C07C   1/00  \	0	0	4H006	C07C   1/00	128	úǤǤʤĤޤϤʾβʪúǤ¤	Preparation of hydrocarbons from one or more compounds, none of them being a hydrocarbon
C07C   1/02  \	1	1	4H006	C07C   1/02	208	úǤλʪΤαúǺ¤ãǣŷ¤ạ̃ˡΣ	from oxides of carbon (preparation of liquid hydrocarbon mixtures of undefined composition C10G 2/00; of synthetic natural gas C10L 3/06) [5]
C07C   1/04  \	2	2	4H006	C07C   1/04	996	úǤȿǤȤ	from carbon monoxide with hydrogen
C07C   1/06  \	3	3	4H006	C07C   1/06	51	ͭʪ㡥úǡ¸߲	in the presence of organic compounds, e.g. hydrocarbons
C07C   1/08  \	3	3	4H006	C07C   1/08	6		Isosyntheses
C07C   1/10  \	2	2	4H006	C07C   1/10	243	úǤȿȤ	from carbon monoxide with water vapour
C07C   1/12  \	2	2	4H006	C07C   1/12	523	úǤȿǤȤ	from carbon dioxide with hydrogen
C07C   1/20  \	1	1	4H006	C07C   1/20	925	ۼ︶ҤȤƻǸҤΤߤͭͭʪȤ	starting from organic compounds containing only oxygen atoms as hetero atoms
C07C   1/207  \	2	2	4H006	C07C   1/207	213	ܥ˥벽ʪΣ	from carbonyl compounds [5]
C07C   1/213  \	3	3	4H006	C07C   1/213	60	ƥγˤΡΣ	by splitting of esters [5]
C07C   1/22  \	2	2	4H006	C07C   1/22	246	Ըˤ	by reduction
C07C   1/24  \	2	2	4H006	C07C   1/24	871	æΥˤ	by elimination of water
C07C   1/247  \	2	2	4H006	C07C   1/247	127	ľƥγˤΡΣ	by splitting of cyclic ethers [3]
C07C   1/26  \	1	1	4H006	C07C   1/26	259	ۼ︶ҤȤƥϥ󸶻ҤΤߤͭͭʪȤ	starting from organic compounds containing only halogen atoms as hetero atoms
C07C   1/28  \	2	2	4H006	C07C   1/28	49	ĴĤˤ	by ring closure
C07C   1/30  \	2	2	4H006	C07C   1/30	180	ĤʬҤϥ󲽿ǤæΥˤ	by splitting-off the elements of hydrogen halide from a single molecule
C07C   1/32  \	1	1	4H006	C07C   1/32	586	Ǥޤϥϥʳΰۼ︶Ҥͭ벽ʪޤϤۼ︶ҤǤޤϥϥȤȤ˴ͭ벽ʪȤΡΣ	starting from compounds containing hetero atoms other than, or in addition to, oxygen or halogen [3]
C07C   1/34  \	2	2	4H006	C07C   1/34	66	ۥեȥǥҥɤޤϥȥȤȿ㡥åƥåȿΣ	reacting phosphines with aldehydes or ketones, e.g. Wittig reaction [3]
C07C   1/36  \	1	1	4H006	C07C   1/36	24	ƥγˤΡʣããããͥˡΣ	by splitting of esters (C07C 1/213, C07C 1/30 take precedence) [3,5]
C07C   2/00  \	0	0	4H006	C07C   2/00	139	ʤúǸҤͭúǤúǤ¤Σ	Preparation of hydrocarbons from hydrocarbons containing a smaller number of carbon atoms [3]
C07C   2/02  \	1	1	4H006	C07C   2/02	74	˰úߤղäˤΡΣ	by addition between unsaturated hydrocarbons [3]
C07C   2/04  \	2	2	4H006	C07C   2/04	45	Τ˰úǤΥꥴޡǴĲʤΡΣ	by oligomerisation of well-defined unsaturated hydrocarbons without ring formation [3]
C07C   2/06  \	3	3	4H006	C07C   2/06	71	륱Ρ㡥ĤúǡúŷͭļúǡΣ	of alkenes, i.e. acyclic hydrocarbons having only one carbon-to-carbon double bond [3]
C07C   2/08  \	4	4	4H006	C07C   2/08	282	ܿŪץΣ	Catalytic processes [3]
C07C   2/10  \	5	5	4H006	C07C   2/10	134	°ʪѤΡΣ	with metal oxides [3]
C07C   2/12  \	5	5	4H006	C07C   2/12	218	뾽ߥΥꥱȤѤΡ㡥ʬҤդ뤤Σ	with crystalline alumino-silicates, e.g. molecular sieves [3]
C07C   2/14  \	5	5	4H006	C07C   2/14	33	̵ѤΡαޤ̵ʪѤΡΣ	with inorganic acids; with salts or anhydrides of acids [3]
C07C   2/16  \	6	6	4H006	C07C   2/16	20	βλαβʪΣ	Acids of sulfur; Salts thereof; Sulfur oxides [3]
C07C   2/18  \	6	6	4H006	C07C   2/18	79	λαʪΣ	Acids of phosphorus; Salts thereof; Phosphorus oxides [3]
C07C   2/20  \	6	6	4H006	C07C   2/20	38	ϥλαΣ	Acids of halogen; Salts thereof [3]
C07C   2/22  \	7	7	4H006	C07C   2/22	134	°ϥ饤ɡͭʪȤκΡΣ	Metal halides; Complexes thereof with organic compounds [3]
C07C   2/24  \	5	5	4H006	C07C   2/24	162	°ѤΡΣ	with metals [3]
C07C   2/26  \	5	5	4H006	C07C   2/26	124	ǲʪޤͭʪѤΡʣããͥˡΣ	with hydrides or organic compounds (C07C 2/22 takes precedence) [3]
C07C   2/28  \	6	6	4H006	C07C   2/28	49	򴹼ѤΡΣ	with ion-exchange resins [3]
C07C   2/30  \	6	6	4H006	C07C   2/30	319	°úǷͭΡ°ǲʪΣ	containing a metal-to-carbon bond; Metal hydrides [3]
C07C   2/32  \	6	6	4H006	C07C   2/32	304	Ρ㡥륢ȥ͡ȡΣ	as complexes, e.g. acetyl-acetonates [3]
C07C   2/34  \	7	7	4H006	C07C   2/34	97	°úǺΡΣ	Metal-hydrocarbon complexes [3]
C07C   2/36  \	6	6	4H006	C07C   2/36	99	ۥե󡤥륷󡤥ӥ󡤥ӥޥΣ	as phosphines, arsines, stilbines or bismuthines [3]
C07C   2/38  \	3	3	4H006	C07C   2/38	109	ޤϥ륭ΡΣ	of dienes or alkynes [3]
C07C   2/40  \	4	4	4H006	C07C   2/40	298	򥸥ΡΣ	of conjugated dienes [3]
C07C   2/42  \	2	2	4H006	C07C   2/42	127	ǥ륹ȿʳδĲȼʤۥޤϥꥴޡΣ	homo- or co-oligomerisation with ring formation, not being a Diels-Alder conversion [3]
C07C   2/44  \	3	3	4H006	C07C   2/44	19	򥸥ΤߤΡΣ	of conjugated dienes only [3]
C07C   2/46  \	4	4	4H006	C07C   2/46	263	ܿŪץΣ	Catalytic processes [3]
C07C   2/48  \	3	3	4H006	C07C   2/48	71	úǡúǻŷͭúǤΤߤΡΣ	of only hydrocarbons containing a carbon-to-carbon triple bond [3]
C07C   2/50  \	2	2	4H006	C07C   2/50	120	ǥ륹ȿΣ	Diels-Alder conversion [3]
C07C   2/52  \	3	3	4H006	C07C   2/52	57	ܿŪץΣ	Catalytic processes [3]
C07C   2/54  \	1	1	4H006	C07C   2/54	38	˰úǤ˰úǤؤղäޤ˧İʳ˰·⤿ʤ˧ĤͭúǤؤղäˤΡΣ	by addition of unsaturated hydrocarbons to saturated hydrocarbons, or to hydrocarbons containing a six-membered aromatic ring with no unsaturation outside the aromatic ring [3]
C07C   2/56  \	2	2	4H006	C07C   2/56	23	ļúǤؤղáΣ	Addition to acyclic hydrocarbons [3]
C07C   2/58  \	3	3	4H006	C07C   2/58	91	ܿŪץΣ	Catalytic processes [3]
C07C   2/60  \	4	4	4H006	C07C   2/60	30	ϥ饤ɤѤΡΣ	with halides [3]
C07C   2/62  \	4	4	4H006	C07C   2/62	167	ѤΡΣ	with acids [3]
C07C   2/64  \	2	2	4H006	C07C   2/64	71	˧ĤúǸҤؤղáΣ	Addition to a carbon atom of a six-membered aromatic ring [3]
C07C   2/66  \	3	3	4H006	C07C   2/66	730	ܿŪץΣ	Catalytic processes [3]
C07C   2/68  \	4	4	4H006	C07C   2/68	134	ϥ饤ɤѤΡΣ	with halides [3]
C07C   2/70  \	4	4	4H006	C07C   2/70	207	ѤΡΣ	with acids [3]
C07C   2/72  \	2	2	4H006	C07C   2/72	148	˧Ĥͭú˧²úǸҤؤղáΣ	Addition to a non-aromatic carbon atom of hydrocarbons containing a six-membered aromatic ring [3]
C07C   2/74  \	1	1	4H006	C07C   2/74	61	źƱȼʤղäˤΡΣ	by addition with simultaneous hydrogenation [3]
C07C   2/76  \	1	1	4H006	C07C   2/76	304	ʬŪʿǤæΥȼʤúǤν̹ˤΡΣ	by condensation of hydrocarbons with partial elimination of hydrogen [3]
C07C   2/78  \	2	2	4H006	C07C   2/78	17	ʬǳƤˤץΣ	Processes with partial combustion [3]
C07C   2/80  \	2	2	4H006	C07C   2/80	18	ŵŪʤˤץΣ	Processes with the aid of electrical means [3]
C07C   2/82  \	2	2	4H006	C07C   2/82	82	åץ󥰡Σ	oxidative coupling [3]
C07C   2/84  \	3	3	4H006	C07C   2/84	292	ܿŪΣ	catalytic [3]
C07C   2/86  \	1	1	4H006	C07C   2/86	814	úǤúߤν̹ˤΡΣ	by condensation between a hydrocarbon and a non-hydrocarbon [3]
C07C   2/88  \	2	2	4H006	C07C   2/88	65	ĹȿæΥȿˤΡΣ	Growth and elimination reactions [3]
C07C   4/00  \	0	0	4H006	C07C   4/00	89	¿úǸҤͭúǤúǤ¤Σ	Preparation of hydrocarbons from hydrocarbons containing a larger number of carbon atoms [3]
C07C   4/02  \	1	1	4H006	C07C   4/02	58	ñúǤޤϸġʬ餫úǺʪޤ̾塞úαʬʬˤΡΣ	by cracking a single hydrocarbon or a mixture of individually defined hydrocarbons or a normally gaseous hydrocarbon fraction [3]
C07C   4/04  \	2	2	4H006	C07C   4/04	262	ǮŪץΣ	Thermal processes [3]
C07C   4/06  \	2	2	4H006	C07C   4/06	561	ܿŪץΣ	Catalytic processes [3]
C07C   4/08  \	1	1	4H006	C07C   4/08	35	ʬҤ²ʬޤϴļ²ʬΥæ뤳ȤˤΡΣ	by splitting-off an aliphatic or cycloaliphatic part from the molecule [3]
C07C   4/10  \	2	2	4H006	C07C   4/10	47	ļúǤΣ	from acyclic hydrocarbons [3]
C07C   4/12  \	2	2	4H006	C07C   4/12	61	˧ĤͭúǤ顤㡥ץԥȥ륨󤫤ӥ˥ȥ륨Σ	from hydrocarbons containing a six-membered aromatic ring, e.g. propyltoluene to vinyltoluene [3]
C07C   4/14  \	3	3	4H006	C07C   4/14	24	˧²²ˤ볫Σ	splitting taking place at an aromatic-aliphatic bond [3]
C07C   4/16  \	4	4	4H006	C07C   4/16	70	ǮŪץΣ	Thermal processes [3]
C07C   4/18  \	4	4	4H006	C07C   4/18	263	ܿŪץΣ	Catalytic processes [3]
C07C   4/20  \	4	4	4H006	C07C   4/20	45	ȿǿǤΡ㡥Σ	Hydrogen being formed <u>in situ</u>, e.g. from steam [3]
C07C   4/22  \	1	1	4H006	C07C   4/22	197	ŹˤäƤȤñΤ¤Ρ㡥ڥ󥿥󤫤饷ڥ󥿥Σ	by depolymerisation to the original monomer, e.g. dicyclopentadiene to cyclopentadiene [3]
C07C   4/24  \	1	1	4H006	C07C   4/24	27	¿˧²ִ²ʪˤ²²γˤΡ㡥ե˥֥󤫤饹Σ	by splitting polyarylsubstituted aliphatic compounds at an aliphatic-aliphatic bond, e.g. 1,4-diphenylbutane to styrene [3]
C07C   4/26  \	1	1	4H006	C07C   4/26	14	¿˧ļʪˤ̹礷Ƥʤ˧ߤηγˤΡ㡥ӥե˥뤫٥󥼥Σ	by splitting polyaryl compounds at a bond between uncondensed six-membered aromatic rings, e.g. biphenyl to benzene [3]
C07C   5/00  \	0	0	4H006	C07C   5/00	374	ƱúǸҤͭúǤúǤ¤	Preparation of hydrocarbons from hydrocarbons containing the same number of carbon atoms
C07C   5/02  \	1	1	4H006	C07C   5/02	172	źäˤ	by hydrogenation
C07C   5/03  \	2	2	4H006	C07C   5/03	419	˧²úǡúŷΡΣ	of non-aromatic carbon-to-carbon double bonds [3]
C07C   5/05  \	3	3	4H006	C07C   5/05	283	ʬźΣ	Partial hydrogenation [3]
C07C   5/08  \	2	2	4H006	C07C   5/08	95	úǡúǻŷ	of carbon-to-carbon triple bonds
C07C   5/09  \	3	3	4H006	C07C   5/09	214	úǡúŷءΣ	to carbon-to-carbon double bonds [3]
C07C   5/10  \	2	2	4H006	C07C   5/10	325	˧Ĥ	of aromatic six-membered rings
C07C   5/11  \	3	3	4H006	C07C   5/11	185	ʬźΣ	Partial hydrogenation [3]
C07C   5/13  \	2	2	4H006	C07C   5/13	112	ƱȼʤΡΣ	with simultaneous isomerisation [3]
C07C   5/22  \	1	1	4H006	C07C   5/22	304	ˤΡʿźäƱȼʤΣãã	by isomerisation (with simultaneous hydrogenation C07C 5/13)
C07C   5/23  \	2	2	4H006	C07C   5/23	57	úǡú˰·ž̡Σ	Rearrangement of carbon-to-carbon unsaturated bonds [3]
C07C   5/25  \	3	3	4H006	C07C   5/25	358	úǡúŷΰưΣ	Migration of carbon-to-carbon double bonds [3]
C07C   5/27  \	2	2	4H006	C07C   5/27	884	úǹʤˤúǸҤž̡Σ	Rearrangement of carbon atoms in the hydrocarbon skeleton [3]
C07C   5/29  \	3	3	4H006	C07C   5/29	121	ĿѲʤǴĹúǸҿѲΡΣ	changing the number of carbon atoms in a ring while maintaining the number of rings [3]
C07C   5/31  \	3	3	4H006	C07C   5/31	72	ĿѲΡΣ	changing the number of rings [3]
C07C   5/32  \	1	1	4H006	C07C   5/32	81	ͷΥǤˤæǤˤΡΣ	by dehydrogenation with formation of free hydrogen [2]
C07C   5/327  \	2	2	4H006	C07C   5/327	103	˧²úǡúŷΤߤΣ	Formation of non-aromatic carbon-to-carbon double bonds only [3]
C07C   5/333  \	3	3	4H006	C07C   5/333	875	ܿŪץΣ	Catalytic processes [3]
C07C   5/35  \	2	2	4H006	C07C   5/35	5	úǡúǻŷΤߤΣ	Formation of carbon-to-carbon triple bonds only [3]
C07C   5/367  \	2	2	4H006	C07C   5/367	207	Ĥ飶˧Ĥ㡥륷إæǤˤ륨٥󥼥¤Σ	Formation of an aromatic six-membered ring from an existing six-membered ring, e.g. dehydrogenation of ethylcyclohexane to ethylbenzene [3]
C07C   5/373  \	2	2	4H006	C07C   5/373	139	ƱȼʤΡΣ	with simultaneous isomerisation [3]
C07C   5/387  \	3	3	4H006	C07C   5/387	43	İʳδľʪ飶˧Ĥͭ벽ʪ¤Σ	of cyclic compounds containing no six-membered ring to compounds containing a six-membered aromatic ring [3]
C07C   5/393  \	3	3	4H006	C07C   5/393	159	˧ĤؤδĲȼʤΡ㡥إæǤˤ٥󥼥¤Σ	with cyclisation to an aromatic six-membered ring, e.g. dehydrogenation of n-hexane to benzene [3]
C07C   5/41  \	4	4	4H006	C07C   5/41	180	ܿŪץΣ	Catalytic processes [3]
C07C   5/42  \	1	1	4H006	C07C   5/42	88	ǼΤˤæǤˤΡΣ	by dehydrogenation with a hydrogen acceptor
C07C   5/44  \	2	2	4H006	C07C   5/44	51	ϥޤϥϥͭʪΤȤѤΡΣ	with a halogen or a halogen-containing compound as an acceptor [2]
C07C   5/46  \	2	2	4H006	C07C   5/46	20	βޤβͭʪΤȤѤΡΣ	with sulfur or a sulfur-containing compound as an acceptor [2]
C07C   5/48  \	2	2	4H006	C07C   5/48	742	ǤΤȤѤΡΣ	with oxygen as an acceptor [2]
C07C   5/50  \	2	2	4H006	C07C   5/50	5	ͭʪΤȤѤΡΣ	with an organic compound as an acceptor [2]
C07C   5/52  \	3	3	4H006	C07C   5/52	27	úǤΤȤѤΡ㡥úǤԶѲʤãȣ𢪣ãȣܣܣãȣݣΣ	with a hydrocarbon as an acceptor, e.g. hydrocarbon disproportionation, i.e. 2 C<sub>n</sub>H<sub>p</sub>&rarr; C<sub>n</sub>H<sub>p+q</sub> + C<sub>n</sub>H<sub>p-q</sub> [2]
C07C   5/54  \	2	2	4H006	C07C   5/54	14	ããããΥ롼פΣʾʬव뾯ʤȤ⣲ĤβʪͭΤѤΡΣ	with an acceptor system containing at least two compounds provided for in more than one of groups C07C 5/44-C07C 5/50 [3]
C07C   5/56  \	3	3	4H006	C07C   5/56	42	ǤӥϥޤϥϥͭʪΤ줫ΤߤͭΡΣ	containing only oxygen and either halogens or halogen-containing compounds [3]
C07C   6/00  \	0	0	4H006	C07C   6/00	48	ʬȿˤۤʤäúǸҤͭúǤúǤ¤Σ	Preparation of hydrocarbons from hydrocarbons containing a different number of carbon atoms by redistribution reactions [3]
C07C   6/02  \	1	1	4H006	C07C   6/02	19	˰úǡúǷˤʣʬȿΣ	Metathesis reactions at an unsaturated carbon-to-carbon bond [3]
C07C   6/04  \	2	2	4H006	C07C   6/04	346	úǡúŷˤΣ	at a carbon-to-carbon double bond [3]
C07C   6/06  \	3	3	4H006	C07C   6/06	41	ļúǡúŷˤΣ	at a cyclic carbon-to-carbon double bond [3]
C07C   6/08  \	1	1	4H006	C07C   6/08	15	˰úǡúǷˤžˤΡΣ	by conversion at a saturated carbon-to-carbon bond [3]
C07C   6/10  \	2	2	4H006	C07C   6/10	16	˧ĤͭʤúǤˤΣ	in hydrocarbons containing no six-membered aromatic rings [3]
C07C   6/12  \	2	2	4H006	C07C   6/12	606	˧ĤͭúǤΤߤΡΣ	of exclusively hydrocarbons containing a six-membered aromatic ring [3]
C07C   7/00  \	0	0	4H006	C07C   7/00	211	úǤʬΥޤϰ경źúޤλѡΣ	Purification, separation or&nbsp;stabilisation of hydrocarbons; Use of additives [5]
C07C   7/04  \	1	1	4H006	C07C   7/04	904	αˤΡΣ	by distillation [3]
C07C   7/05  \	2	2	4H006	C07C   7/05	85	ʪѤΡΣ	with the aid of auxiliary compounds [3]
C07C   7/06  \	3	3	4H006	C07C   7/06	69	ʨαˤ	by azeotropic distillation
C07C   7/08  \	3	3	4H006	C07C   7/08	371	оαˤ	by extractive distillation
C07C   7/09  \	1	1	4H006	C07C   7/09	172	ʬ̶Ž̤ˤΡΣ	by fractional condensation [3]
C07C   7/10  \	1	1	4H006	C07C   7/10	461	ФˤΡ㡥պޤѤվúǤޤʬΥΣ	by extraction, i.e. purification or separation of liquid hydrocarbons with the aid of liquids [3]
C07C   7/11  \	1	1	4H006	C07C   7/11	328	ۼˤΡ㡥պޤѤ륬úǤޤʬΥΣ	by absorption, i.e. purification or separation of gaseous hydrocarbons with the aid of liquids [3]
C07C   7/12  \	1	1	4H006	C07C   7/12	604	ˤΡ㡥εޤѤúǤޤʬΥΣ	by adsorption, i.e. purification or separation of hydrocarbons with the aid of solids, e.g. with ion-exchangers [3]
C07C   7/13  \	2	2	4H006	C07C   7/13	433	ʬҤդ뤤ѤˤΡΣ	by molecular-sieve technique [2,3]
C07C   7/135  \	1	1	4H006	C07C   7/135	5	ޥȥեˤΡΣ	by gas-chromatography [3]
C07C   7/14  \	1	1	4H006	C07C   7/14	331	뾽ˤΡ뾽ޤʬΥΣ	by crystallisation; Purification or separation of the crystals [3]
C07C   7/144  \	1	1	4H006	C07C   7/144	181	ѤΡ㡥ŪƩΣ	using membranes, e.g. selective permeation [3]
C07C   7/148  \	1	1	4H006	C07C   7/148	462	ʤȤ⣱ĤβʪβŪѲҤˤΡΣ	by treatment giving rise to a chemical modification of at least one compound [3]
C07C   7/152  \	2	2	4H006	C07C   7/152	309	ղʪޤϺΤ뤳ȤˤΡΣ	by forming adducts or complexes [3]
C07C   7/156  \	3	3	4H006	C07C   7/156	68	ƼϱդѤΡΣ	with solutions of copper salts [3]
C07C   7/163  \	2	2	4H006	C07C   7/163	272	źäˤΡΣ	by hydrogenation [3]
C07C   7/167  \	3	3	4H006	C07C   7/167	190	úǡúǻŷͭ벽ʪνΤΤΡΣ	for removal of compounds containing a triple carbon-to-carbon bond [3]
C07C   7/17  \	2	2	4H006	C07C   7/17	100	ޤβʪѤΡΣ	with acids or sulfur oxides [3]
C07C   7/171  \	3	3	4H006	C07C   7/171	2	βޤȯβΣ	Sulfuric acid or oleum [7]
C07C   7/173  \	2	2	4H006	C07C   7/173	28	ͭ°ʪѤΡΣ	with the aid of organo-metallic compounds [3]
C07C   7/177  \	2	2	4H006	C07C   7/177	60	ʪξʤȤ⣱ĤβʪŪŹޤŪŹˤΡΣ	by selective oligomerisation or selective polymerisation of at least one compound of the mixture [3]
C07C   7/20  \	1	1	4H006	C07C   7/20	643	źúޤλѡ㡥경ΤΤΡΣ	Use of additives, e.g. for stabilisation [3]
C07C   9/00  \	0	0	4H006	C07C   9/00	550	ļ˰ú	Acyclic saturated hydrocarbons
C07C   9/02  \	1	1	4H006	C07C   9/02	327	ĤúǸҤͭΡΣ	with one to four carbon atoms [5]
C07C   9/04  \	2	2	4H006	C07C   9/04	1543	᥿ʱťνˤ¤ãƣˡΣ	Methane (production by treatment of sewage C02F 11/04) [5]
C07C   9/06  \	2	2	4H006	C07C   9/06	323		Ethane
C07C   9/08  \	2	2	4H006	C07C   9/08	234	ץѥ	Propane
C07C   9/10  \	2	2	4H006	C07C   9/10	186	ĤúǸҤͭΡΣ	with four carbon atoms [5]
C07C   9/12  \	3	3	4H006	C07C   9/12	84	֥	Iso-butane
C07C   9/14  \	1	1	4H006	C07C   9/14	437	ĤúǸҤͭ	with five to fifteen carbon atoms
C07C   9/15  \	2	2	4H006	C07C   9/15	248	úǡΣ	Straight-chain hydrocarbons [3]
C07C   9/16  \	2	2	4H006	C07C   9/16	437	ʬ޺ú	Branched-chain hydrocarbons
C07C   9/18  \	3	3	4H006	C07C   9/18	53	ĤúǸҤͭΡΣ	with five carbon atoms [5]
C07C   9/21  \	3	3	4H006	C07C   9/21	26	ȥڥ󥿥Σ	2,2,4-Trimethylpentane [3]
C07C   9/22  \	1	1	4H006	C07C   9/22	259	İʾúǸҤͭ	with more than fifteen carbon atoms
C07C  11/00  \	0	0	4H006	C07C  11/00	450	ļ˰ú	Acyclic unsaturated hydrocarbons
C07C  11/02  \	1	1	4H006	C07C  11/02	2987	륱	Alkenes
C07C  11/04  \	2	2	4H006	C07C  11/04	1344	Σ	Ethene[2006.01]
C07C  11/06  \	2	2	4H006	C07C  11/06	1185	ץڥ	Propene
C07C  11/08  \	2	2	4H006	C07C  11/08	732	ĤúǸҤͭΡΣ	with four carbon atoms [5]
C07C  11/09  \	3	3	4H006	C07C  11/09	413	֥ƥΣ	Isobutene [3]
C07C  11/10  \	2	2	4H006	C07C  11/10	165	ĤúǸҤͭΡΣ	with five carbon atoms [5]
C07C  11/107  \	2	2	4H006	C07C  11/107	460	ĤúǸҤͭΡΣ	with six carbon atoms [5]
C07C  11/113  \	3	3	4H006	C07C  11/113	113	ڥƥΣ	Methylpentenes [3]
C07C  11/12  \	1	1	4H006	C07C  11/12	628	륫	Alkadienes
C07C  11/14  \	2	2	4H006	C07C  11/14	21		Allene
C07C  11/16  \	2	2	4H006	C07C  11/16	45	ĤúǸҤͭ	with four carbon atoms
C07C  11/167  \	3	3	4H006	C07C  11/167	873	֥Σ	1,3-Butadiene [3]
C07C  11/173  \	2	2	4H006	C07C  11/173	22	ĤúǸҤͭΡΣ	with five carbon atoms [3]
C07C  11/18  \	3	3	4H006	C07C  11/18	429	ץΣ	Isoprene [3]
C07C  11/20  \	3	3	4H006	C07C  11/20	23	ڥ󥿥Σ	1,3-Pentadiene [3]
C07C  11/21  \	1	1	4H006	C07C  11/21	318	륫ȥꥨ󡨥륫ƥȥ饨¾Υ륫ݥꥨΣ	Alkatrienes; Alkatetraenes; Other alkapolyenes [2,3]
C07C  11/22  \	1	1	4H006	C07C  11/22	100	úǡúǻŷͭ	containing carbon-to-carbon triple bonds
C07C  11/24  \	2	2	4H006	C07C  11/24	252	ʼˡˤ륢󥬥¤ãȡˡΣ	Acetylene (production of acetylene gas by wet methods C10H) [5]
C07C  11/28  \	1	1	4H006	C07C  11/28	35	úǡúŷúǡúǻŷȤͭ	containing carbon-to-carbon double bonds and carbon-to-carbon triple bonds
C07C  11/30  \	2	2	4H006	C07C  11/30	100	֥ƥ˥	Butenyne
C07C  13/00  \	0	0	4H006	C07C  13/00	31	˧İʳδĤͭļúǤޤϤδĤȣ˧ĤȤͭļú	Cyclic hydrocarbons containing rings other than, or in addition to, six-membered aromatic rings
C07C  13/02  \	1	1	4H006	C07C  13/02	269	ñļúǤޤϤļúͶƳ	Monocyclic hydrocarbons or acyclic hydrocarbon derivatives thereof
C07C  13/04  \	2	2	4H006	C07C  13/04	65	ĤĤ	with a three-membered ring
C07C  13/06  \	2	2	4H006	C07C  13/06	13	ĤĤ	with a four-membered ring
C07C  13/08  \	2	2	4H006	C07C  13/08	14	ĤĤ	with a five-membered ring
C07C  13/10  \	3	3	4H006	C07C  13/10	65	ڥ󥿥ĤĤ	with a cyclopentane ring
C07C  13/11  \	4	4	4H006	C07C  13/11	12	˰úǴִ줿ΡΣ	substituted by unsaturated hydrocarbon groups [2]
C07C  13/12  \	3	3	4H006	C07C  13/12	99	ڥƥĤĤ	with a cyclopentene ring
C07C  13/15  \	3	3	4H006	C07C  13/15	173	ڥ󥿥ĤĤΡΣ	with a cyclopentadiene ring [3]
C07C  13/16  \	2	2	4H006	C07C  13/16	60	ĤĤ	with a six-membered ring
C07C  13/18  \	3	3	4H006	C07C  13/18	411	إĤĤ	with a cyclohexane ring
C07C  13/19  \	4	4	4H006	C07C  13/19	75	˰úǴִ줿ΡΣ	substituted by unsaturated hydrocarbon groups [2]
C07C  13/20  \	3	3	4H006	C07C  13/20	405	إĤĤ	with a cyclohexene ring
C07C  13/21  \	4	4	4H006	C07C  13/21	29	󥿥Σ	Menthadienes [2]
C07C  13/23  \	3	3	4H006	C07C  13/23	52	إĤĤΡΣ	with a cyclohexadiene ring [3]
C07C  13/24  \	2	2	4H006	C07C  13/24	24	ĤĤ	with a seven-membered ring
C07C  13/26  \	2	2	4H006	C07C  13/26	21	ĤĤ	with an eight-membered ring
C07C  13/263  \	3	3	4H006	C07C  13/263	79	ƥޤϥĤĤΡΣ	with a cyclo-octene or cyclo-octadiene ring [3]
C07C  13/267  \	3	3	4H006	C07C  13/267	20	ȥꥨޤϥƥȥ饨ĤĤΡΣ	with a cyclo-octatriene or cyclo-octatetraene ring [3]
C07C  13/271  \	2	2	4H006	C07C  13/271	16	ĤĤΡΣ	with a nine- to eleven-membered ring [3]
C07C  13/273  \	2	2	4H006	C07C  13/273	14	ĤĤΡΣ	with a twelve-membered ring [3]
C07C  13/275  \	3	3	4H006	C07C  13/275	42	˰¤ΣġΣ	the twelve-membered ring being unsaturated [3]
C07C  13/277  \	4	4	4H006	C07C  13/277	168	ɥǥȥꥨĤĤΡΣ	with a cyclododecatriene ring [3]
C07C  13/28  \	1	1	4H006	C07C  13/28	479	¿ļúǤޤϤļúͶƳ	Polycyclic hydrocarbons or acyclic hydrocarbon derivatives thereof
C07C  13/32  \	2	2	4H006	C07C  13/32	79	̹ĤĤ	with condensed rings
C07C  13/34  \	3	3	4H006	C07C  13/34	1	ĤúǸҤͭӥķϤĤ	with a bicyclo ring system containing four carbon atoms
C07C  13/36  \	3	3	4H006	C07C  13/36	7	ĤúǸҤͭӥķϤĤ	with a bicyclo ring system containing five carbon atoms
C07C  13/38  \	3	3	4H006	C07C  13/38	26	ĤúǸҤͭӥķϤĤ	with a bicyclo ring system containing six carbon atoms
C07C  13/39  \	3	3	4H006	C07C  13/39	28	ĤúǸҤͭӥķϤĤΡΣ	with a bicyclo ring system containing seven carbon atoms [3]
C07C  13/40  \	4	4	4H006	C07C  13/40	59	ӥإץĹ¤ĤΡΣ	with a bicycloheptane ring structure [3]
C07C  13/42  \	4	4	4H006	C07C  13/42	77	ӥإץƥĹ¤ĤΡΣ	with a bicycloheptene ring structure [3]
C07C  13/43  \	5	5	4H006	C07C  13/43	144	ļ˰úǴˤִƤΡΣ	substituted by unsaturated acyclic hydrocarbon groups [3]
C07C  13/44  \	3	3	4H006	C07C  13/44	44	ĤúǸҤͭӥķϤĤ	with a bicyclo ring system containing eight carbon atoms
C07C  13/45  \	3	3	4H006	C07C  13/45	38	ĤúǸҤͭӥķϤĤΡΣ	with a bicyclo ring system containing nine carbon atoms [3]
C07C  13/465  \	4	4	4H006	C07C  13/465	192	ǥ󡨴ޤʬǲ줿ǥΣ	Indenes; Completely or partially hydrogenated indenes [3]
C07C  13/47  \	3	3	4H006	C07C  13/47	59	ĤúǸҤͭӥķϤĤΡΣ	with a bicyclo ring system containing ten carbon atoms [3]
C07C  13/48  \	4	4	4H006	C07C  13/48	217	ޤʬǲ줿ʥեΣ	Completely or partially hydrogenated naphthalenes [3]
C07C  13/50  \	5	5	4H006	C07C  13/50	45	ǥҥɥʥեΣ	Decahydronaphthalenes [3]
C07C  13/52  \	4	4	4H006	C07C  13/52	32	󡨴ޤʬǲ줿Σ	Azulenes; Completely or partially hydrogenated azulenes [3]
C07C  13/54  \	3	3	4H006	C07C  13/54	36	Ĥν̹Ĥͭ	with three condensed rings
C07C  13/547  \	4	4	4H006	C07C  13/547	123	ʤȤ⣱ĤδĤϣĤǤʤ¾δĤϹ⡹ĤǤΡΣ	at least one ring not being six-membered, the other rings being at the most six-membered [3]
C07C  13/553  \	5	5	4H006	C07C  13/553	9	󡨴ޤʬǲ줿Σ	Indacenes; Completely or partially hydrogenated indacenes [3]
C07C  13/567  \	5	5	4H006	C07C  13/567	156	ե륪󡨴ޤʬǲ줿ե륪Σ	Fluorenes; Completely or partially hydrogenated fluorenes [3]
C07C  13/573  \	4	4	4H006	C07C  13/573	26	ĤΣĤĤΡΣ	with three six-membered rings [3]
C07C  13/58  \	5	5	4H006	C07C  13/58	37	ޤʬǲ줿ȥ饻Σ	Completely or partially hydrogenated anthracenes [3]
C07C  13/60  \	5	5	4H006	C07C  13/60	13	ޤʬǲ줿եʥȥΣ	Completely or partially hydrogenated phenanthrenes [3]
C07C  13/605  \	4	4	4H006	C07C  13/605	136	ͶķϤĤΡΣ	with a bridged ring system [3]
C07C  13/61  \	5	5	4H006	C07C  13/61	88	Ͷǥ㡥ڥ󥿥Σ	Bridged indenes, e.g. dicyclopentadiene [3]
C07C  13/615  \	5	5	4H006	C07C  13/615	154	ޥ󥿥Σ	Adamantanes [3]
C07C  13/62  \	3	3	4H006	C07C  13/62	450	İʾν̹ĤĤ	with more than three condensed rings
C07C  13/64  \	4	4	4H006	C07C  13/64	123	ͶķϤĤΡΣ	with a bridged ring system [3]
C07C  13/66  \	4	4	4H006	C07C  13/66	131	ĤδĤ̹ͭķϡΣ	the condensed ring system contains only four rings [3]
C07C  13/68  \	5	5	4H006	C07C  13/68	90	ͶķϤĤΡΣ	with a bridged ring system [3]
C07C  13/70  \	3	3	4H006	C07C  13/70	52	ʤȤ⣲Ĥθߤ˽̹礷Ƥʤ˧ķϤ˧Ĥ֤ܰˤúǺˤ줿Ĺ¤Ƿ礵줿̹ķϤĤΡ㡥եΣ	with a condensed ring system consisting of at least two mutually uncondensed aromatic ring systems, linked by an annular structure formed by carbon chains on non-adjacent positions of the aromatic ring, e.g. cyclophanes [3]
C07C  13/72  \	3	3	4H006	C07C  13/72	75	ԥúǡΣ	Spiro hydrocarbons [3]
C07C  15/00  \	0	0	4H006	C07C  15/00	297	ʬȤƣ˧ĤΤߤͭļúǡΣ	Cyclic hydrocarbons containing only six-membered aromatic rings as cyclic part [2]
C07C  15/02  \	1	1	4H006	C07C  15/02	2070	ñļú	Monocyclic hydrocarbons
C07C  15/04  \	2	2	4H006	C07C  15/04	782	٥󥼥	Benzene
C07C  15/06  \	2	2	4H006	C07C  15/06	467	ȥ륨	Toluene
C07C  15/067  \	2	2	4H006	C07C  15/067	103	âȢúǡΣ	C<sub>8</sub>H<sub>10</sub> hydrocarbons [3]
C07C  15/073  \	3	3	4H006	C07C  15/073	421	٥󥼥Σ	Ethylbenzene [3]
C07C  15/08  \	3	3	4H006	C07C  15/08	1406	Σ	Xylenes [3]
C07C  15/085  \	2	2	4H006	C07C  15/085	289	ץԥ٥󥼥Σ	Isopropylbenzene [3]
C07C  15/107  \	2	2	4H006	C07C  15/107	216	ʤȤ⣶ĤúǸҤͭ˰¦ĤΡ㡥ޥ륭졼ȡΣ	having a saturated side-chain containing at least six carbon atoms, e.g. detergent alkylates [3]
C07C  15/113  \	3	3	4H006	C07C  15/113	16	ơʤȤ⣶ĤúǸҤͭ뾯ʤȤ⣲Ĥ˰¦ĤΡΣ	having at least two saturated side-chains, each containing at least six carbon atoms [3]
C07C  15/12  \	1	1	4H006	C07C  15/12	143	̹¿ļú	Polycyclic non-condensed hydrocarbons
C07C  15/14  \	2	2	4H006	C07C  15/14	503	٤ƤΥե˥ľܷ礷ƤΡΣ	all phenyl groups being directly linked [3]
C07C  15/16  \	2	2	4H006	C07C  15/16	215	ĤļúǸҤ˷礹뾯ʤȤ⣲ĤΥե˥ͭ	containing at least two phenyl groups linked by one single acyclic carbon atom
C07C  15/18  \	2	2	4H006	C07C  15/18	124	ʤȤ⣱ĤμǼͭΡֿޡ	containing at least one group with formula [figure]
C07C  15/20  \	1	1	4H006	C07C  15/20	317	̹¿ú	Polycyclic condensed hydrocarbons
C07C  15/24  \	2	2	4H006	C07C  15/24	1140	ĤδĤͭ	containing two rings
C07C  15/27  \	2	2	4H006	C07C  15/27	114	ĤδĤͭΡΣ	containing three rings [3]
C07C  15/28  \	3	3	4H006	C07C  15/28	196	ȥ饻Σ	Anthracenes [3]
C07C  15/30  \	3	3	4H006	C07C  15/30	64	եʥȥΣ	Phenanthrenes [3]
C07C  15/38  \	2	2	4H006	C07C  15/38	237	ĤδĤͭΡΣ	containing four rings [3]
C07C  15/40  \	1	1	4H006	C07C  15/40	39	˰úǴִ줿ΡΣ	substituted by unsaturated hydrocarbon radicals [3]
C07C  15/42  \	2	2	4H006	C07C  15/42	12	ñļΤΡΣ	monocyclic [3]
C07C  15/44  \	3	3	4H006	C07C  15/44	602	úǡúŷͭúִΣ	the hydrocarbon substituent containing a carbon-to-carbon double bond [3]
C07C  15/46  \	4	4	4H006	C07C  15/46	918	󡨴Ĥ륭벽줿Σ	Styrene; Ring-alkylated styrenes [3]
C07C  15/48  \	3	3	4H006	C07C  15/48	63	úǡúǻŷͭúִΣ	the hydrocarbon substituent containing a carbon-to-carbon triple bond [3]
C07C  15/50  \	2	2	4H006	C07C  15/50	214	̹¿ļΤΡΣ	polycyclic non-condensed [3]
C07C  15/52  \	3	3	4H006	C07C  15/52	193	ǼͭΡֿޡסΣ	containing a group with formula [figure] [3]
C07C  15/54  \	3	3	4H006	C07C  15/54	96	ǼͭΡֿޡסΣ	containing a group with formula [figure] [3]
C07C  15/56  \	2	2	4H006	C07C  15/56	91	̹¿ļΤΡΣ	polycyclic condensed [3]
C07C  15/58  \	3	3	4H006	C07C  15/58	116	ĤδĤͭΡΣ	containing two rings [3]
C07C  15/60  \	3	3	4H006	C07C  15/60	118	ĤδĤͭΡΣ	containing three rings [3]
C07C  15/62  \	3	3	4H006	C07C  15/62	73	ĤδĤͭΡΣ	containing four rings [3]
C07C  17/00  \	0	0	4H006	C07C  17/00	475	ϥ󲽤줿úǤ¤	Preparation of halogenated hydrocarbons
C07C  17/007  \	1	1	4H006	C07C  17/007	12	úǤȥϥ󡤤ޤúʪȥϥ󤫤Σ	from carbon or carbides and halogens [6]
C07C  17/013  \	1	1	4H006	C07C  17/013	9	ϥղäˤΡΣ	by addition of halogens [6]
C07C  17/02  \	2	2	4H006	C07C  17/02	465	˰úǤءΣ	to unsaturated hydrocarbons [6]
C07C  17/04  \	2	2	4H006	C07C  17/04	204	ϥ󲽤줿˰úǤءΣ	to unsaturated halogenated hydrocarbons [6]
C07C  17/06  \	2	2	4H006	C07C  17/06	35	ǤΥϥˤִȤ߹碌	combined with replacement of hydrogen atoms by halogens
C07C  17/07  \	1	1	4H006	C07C  17/07	12	ϥ󲽿ǤղäˤΡΣ	by addition of hydrogen halides [6]
C07C  17/08  \	2	2	4H006	C07C  17/08	326	˰úǤءΣ	to unsaturated hydrocarbons [6]
C07C  17/087  \	2	2	4H006	C07C  17/087	234	ϥ󲽤줿˰úǤءΣ	to unsaturated halogenated hydrocarbons [6]
C07C  17/093  \	1	1	4H006	C07C  17/093	282	ϥˤִˤΡΣ	by replacement by halogens [6]
C07C  17/10  \	2	2	4H006	C07C  17/10	609	ǤΡ˰úǤؤΥϥղäȤ߹碌ΣããˡΣ	of hydrogen atoms (combined with addition of halogens to unsaturated hydrocarbons C07C 17/06) [6]
C07C  17/12  \	3	3	4H006	C07C  17/12	529	˧²ʪδĤˤΣ	in the ring of aromatic compounds [6]
C07C  17/14  \	3	3	4H006	C07C  17/14	231	˧²ʪ¦ˤΣ	in the side-chain of aromatic compounds [6]
C07C  17/15  \	2	2	4H006	C07C  17/15	131	ޤȤƻǤѤΡ㡥͡Σ	with oxygen as auxiliary reagent, e.g. oxychlorination [2,6]
C07C  17/152  \	3	3	4H006	C07C  17/152	20	úǤΡΣ	of hydrocarbons [3,6]
C07C  17/154  \	4	4	4H006	C07C  17/154	63	˰úǤΡΣ	of saturated hydrocarbons [3,6]
C07C  17/156  \	4	4	4H006	C07C  17/156	368	˰úǤΡΣ	of unsaturated hydrocarbons [3,6]
C07C  17/158  \	3	3	4H006	C07C  17/158	102	ϥ󲽤줿úǤΡΣ	of halogenated hydrocarbons [3,6]
C07C  17/16  \	2	2	4H006	C07C  17/16	395	ΡΣ	of hydroxyl groups [3,6]
C07C  17/18  \	2	2	4H006	C07C  17/18	109	ܥ˥λǤΡΣ	of oxygen atoms of carbonyl groups [6]
C07C  17/20  \	2	2	4H006	C07C  17/20	922	¾ΥϥˤϥΡΣ	of halogen atoms by other halogen atoms [6]
C07C  17/21  \	3	3	4H006	C07C  17/21	107	ϥθҿäƱȼΡΣ	with simultaneous increase of the number of halogen atoms [6]
C07C  17/23  \	1	1	4H006	C07C  17/23	469	æϥ󲽤ˤΡΣ	by dehalogenation [6]
C07C  17/25  \	1	1	4H006	C07C  17/25	1385	ϥ󲽤줿úǤΥϥ󲽿ǤæΥˤΡΣ	by splitting-off hydrogen halides from halogenated hydrocarbons [6]
C07C  17/26  \	1	1	4H006	C07C  17/26	391	úǹúǸҿäȼȿˤ	by reactions involving an increase in the number of carbon atoms in the skeleton
C07C  17/263  \	2	2	4H006	C07C  17/263	353	̹ȿˤΡΣ	by condensation reactions [6]
C07C  17/266  \	3	3	4H006	C07C  17/266	82	úǤȥϥ󲽤줿úǤΡΣ	of hydrocarbons and halogenated hydrocarbons [6]
C07C  17/269  \	3	3	4H006	C07C  17/269	199	ϥ󲽤줿úǤΤߤΡΣ	of only halogenated hydrocarbons [6]
C07C  17/272  \	2	2	4H006	C07C  17/272	37	ղȿˤΡΣ	by addition reactions [6]
C07C  17/275  \	3	3	4H006	C07C  17/275	137	úǤȥϥ󲽤줿úǤΡΣ	of hydrocarbons and halogenated hydrocarbons [6]
C07C  17/278  \	3	3	4H006	C07C  17/278	172	ϥ󲽤줿úǤΤߤΡΣ	of only halogenated hydrocarbons [6]
C07C  17/281  \	4	4	4H006	C07C  17/281	31	βʪΤߤΡΣ	of only one compound [6]
C07C  17/30  \	2	2	4H006	C07C  17/30	54	ǥ륹ݥˤ	by a Diels-Alder synthesis
C07C  17/32  \	2	2	4H006	C07C  17/32	160	ľʪؤΥϥ󲽤줿륭Ƴˤ	by introduction of halogenated alkyl groups into ring compounds
C07C  17/35  \	1	1	4H006	C07C  17/35	264	ʬúǤޤϥϥ󸶻ҿѲʤȿˤΡΣ	by reactions not affecting the number of carbon or halogen atoms in the molecules [6]
C07C  17/354  \	2	2	4H006	C07C  17/354	186	źäˤΡΣ	by hydrogenation [6]
C07C  17/357  \	2	2	4H006	C07C  17/357	46	æǤˤΡΣ	by dehydrogenation [6]
C07C  17/358  \	2	2	4H006	C07C  17/358	266	ˤΡΣ	by isomerisation [6]
C07C  17/361  \	1	1	4H006	C07C  17/361	214	úǸҿθȼȿˤΡΣ	by reactions involving a decrease in the number of carbon atoms [6]
C07C  17/363  \	2	2	4H006	C07C  17/363	100	ܥæΥˤΡΣ	by elimination of carboxyl groups [6]
C07C  17/367  \	2	2	4H006	C07C  17/367	28	ŹˤΡΣ	by depolymerisation [6]
C07C  17/37  \	1	1	4H006	C07C  17/37	78	ϥ󲽤줿úǤԶѲˤΡΣ	by disproportionation of halogenated hydrocarbons [6]
C07C  17/38  \	1	1	4H006	C07C  17/38	441	ʬΥ경źúޤλ	Separation; Purification; Stabilisation; Use of additives
C07C  17/383  \	2	2	4H006	C07C  17/383	539	αˤΡΣ	by distillation [6]
C07C  17/386  \	3	3	4H006	C07C  17/386	228	ʪѤΡΣ	with auxiliary compounds [6]
C07C  17/389  \	2	2	4H006	C07C  17/389	406	ΤؤεˤΡΣ	by adsorption on solids [6]
C07C  17/392  \	2	2	4H006	C07C  17/392	91	뾽ˤΡ뾽ޤʬΥΣ	by crystallisation; Purification or separation of the crystals [6]
C07C  17/395  \	2	2	4H006	C07C  17/395	370	ʤȤ⣱ĤβʪβŪѲҤˤΡΣ	by treatment giving rise to a chemical modification of at least one compound [6]
C07C  17/42  \	2	2	4H006	C07C  17/42	810	źúޤλѡ㡥경ΤΤΡΣ	Use of additives, e.g. for stabilisation [3,6]
C07C  19/00  \	0	0	4H006	C07C  19/00	32	ϥ󸶻Ҥͭļ˰²ʪΣ	Acyclic saturated compounds containing halogen atoms [5]
C07C  19/01  \	1	1	4H006	C07C  19/01	675	ǤͭΡΣ	containing chlorine [6]
C07C  19/03  \	2	2	4H006	C07C  19/03	229	᥿Σ	Chloromethanes [6]
C07C  19/04  \	3	3	4H006	C07C  19/04	115	ۥΣ	Chloroform [6]
C07C  19/041  \	3	3	4H006	C07C  19/041	119	ͱúǡΣ	Carbon tetrachloride [6]
C07C  19/043  \	2	2	4H006	C07C  19/043	36	Σ	Chloroethanes [6]
C07C  19/045  \	3	3	4H006	C07C  19/045	464	Σ	Dichloroethanes [3,6]
C07C  19/05  \	3	3	4H006	C07C  19/05	373	ȥꥯΣ	Trichloroethanes [3,6]
C07C  19/055  \	3	3	4H006	C07C  19/055	29	ƥȥ饯Σ	Tetrachloroethanes [3,6]
C07C  19/07  \	1	1	4H006	C07C  19/07	137	襦ǤͭΡΣ	containing iodine [2]
C07C  19/075  \	1	1	4H006	C07C  19/075	158	ǤͭΡΣ	containing bromine [6]
C07C  19/08  \	1	1	4H006	C07C  19/08	1992	եǤͭ	containing fluorine
C07C  19/10  \	2	2	4H006	C07C  19/10	816	˱ǤͭΡΣ	and chlorine [6]
C07C  19/12  \	3	3	4H006	C07C  19/12	545	ĤúǸҤͭΡΣ	having two carbon atoms [6]
C07C  19/14  \	2	2	4H006	C07C  19/14	153	˽ǤͭΡΣ	and bromine [6]
C07C  19/16  \	2	2	4H006	C07C  19/16	220	˥襦ǤͭΡΣ	and iodine [6]
C07C  21/00  \	0	0	4H006	C07C  21/00	6	ϥ󸶻Ҥͭļ˰²ʪΣ	Acyclic unsaturated compounds containing halogen atoms [5]
C07C  21/02  \	1	1	4H006	C07C  21/02	88	úǡúŷͭ	containing carbon-to-carbon double bonds
C07C  21/04  \	2	2	4H006	C07C  21/04	436	륱	Chloro-alkenes
C07C  21/06  \	3	3	4H006	C07C  21/06	420	ӥ˥	Vinyl chloride
C07C  21/067  \	3	3	4H006	C07C  21/067	80	륯饤ɡ᥿륯饤ɡΣ	Allyl chloride; Methallyl chloride [3]
C07C  21/073  \	3	3	4H006	C07C  21/073	98	륱Σ	Dichloro-alkenes [3]
C07C  21/08  \	4	4	4H006	C07C  21/08	103	ӥ˥ǥΣ	Vinylidene chloride [3]
C07C  21/09  \	4	4	4H006	C07C  21/09	104	֥ƥΣ	Dichloro-butenes [3]
C07C  21/10  \	3	3	4H006	C07C  21/10	192	ȥꥯΣ	Trichloroethene[2006.01]
C07C  21/12  \	3	3	4H006	C07C  21/12	176	ƥȥ饯Σ	Tetrachloroethene[2006.01]
C07C  21/14  \	2	2	4H006	C07C  21/14	82	Ǥͭ	containing bromine
C07C  21/16  \	3	3	4H006	C07C  21/16	0		Crotyl bromide
C07C  21/17  \	2	2	4H006	C07C  21/17	70	襦ǤͭΡΣ	containing iodine [5]
C07C  21/18  \	2	2	4H006	C07C  21/18	1910	եǤͭ	containing fluorine
C07C  21/185  \	3	3	4H006	C07C  21/185	112	ƥȥե륪Σ	Tetrafluoroethene[2006.01]
C07C  21/19  \	2	2	4H006	C07C  21/19	130	ϥ󲽤줿Σ	Halogenated dienes [3]
C07C  21/20  \	3	3	4H006	C07C  21/20	113	ϥ󲽤줿֥Σ	Halogenated butadienes [3]
C07C  21/21  \	4	4	4H006	C07C  21/21	158	ץΣ	Chloroprene [3]
C07C  21/215  \	2	2	4H006	C07C  21/215	19	İʾúǡúŷͭϥ󲽤줿ݥꥨΣ	Halogenated polyenes with more than two carbon-to-carbon double bonds [3]
C07C  21/22  \	1	1	4H006	C07C  21/22	135	úǡúǻŷͭ	containing carbon-to-carbon triple bonds
C07C  22/00  \	0	0	4H006	C07C  22/00	145	ļúǸҤ˷礷Ƥϥ󸶻ҤͭļʪΣ	Cyclic compounds containing halogen atoms bound to an acyclic carbon atom [5]
C07C  22/02  \	1	1	4H006	C07C  22/02	101	˰·ĤΡΣ	having unsaturation in the rings [5]
C07C  22/04  \	2	2	4H006	C07C  22/04	551	˧ĤͭΡΣ	containing six-membered aromatic rings [5]
C07C  22/06  \	3	3	4H006	C07C  22/06	17	ȥꥯ٥󥼥Σ	Trichloromethylbenzene [5]
C07C  22/08  \	3	3	4H006	C07C  22/08	733	եǤͭΡΣ	containing fluorine [5]
C07C  23/00  \	0	0	4H006	C07C  23/00	5	˧İʳδĤ˷礷Ƥ뾯ʤȤ⣱ĤΥϥ󸶻Ҥͭ벽ʪ	Compounds containing at least one halogen atom bound to a ring other than a six-membered aromatic ring
C07C  23/02  \	1	1	4H006	C07C  23/02	77	ϥ󲽤줿ñļú	Monocyclic halogenated hydrocarbons
C07C  23/04  \	2	2	4H006	C07C  23/04	43	ĤĤ	with a three-membered ring
C07C  23/06  \	2	2	4H006	C07C  23/06	109	ĤĤ	with a four-membered ring
C07C  23/08  \	2	2	4H006	C07C  23/08	128	ĤĤ	with a five-membered ring
C07C  23/10  \	2	2	4H006	C07C  23/10	124	ĤĤ	with a six-membered ring
C07C  23/12  \	3	3	4H006	C07C  23/12	90	إإ	Hexachlorocyclohexanes
C07C  23/14  \	2	2	4H006	C07C  23/14	8	ĤĤ	with a seven-membered ring
C07C  23/16  \	2	2	4H006	C07C  23/16	18	ĤĤ	with an eight-membered ring
C07C  23/18  \	1	1	4H006	C07C  23/18	137	ϥ󲽤줿¿ļú	Polycyclic halogenated hydrocarbons
C07C  23/20  \	2	2	4H006	C07C  23/20	34	δĤ˧²ͭʤ̹ķϤͭ	with condensed rings none of which is aromatic
C07C  23/22  \	3	3	4H006	C07C  23/22	1	ĤúǸҤͭӥķϤĤ	with a bicyclo ring system containing four carbon atoms
C07C  23/24  \	3	3	4H006	C07C  23/24	8	ĤúǸҤͭӥķϤĤ	with a bicyclo ring system containing five carbon atoms
C07C  23/26  \	3	3	4H006	C07C  23/26	3	ĤúǸҤͭӥķϤĤ	with a bicyclo ring system containing six carbon atoms
C07C  23/27  \	3	3	4H006	C07C  23/27	1	ĤúǸҤͭӥķϤĤΡΣ	with a bicyclo ring system containing seven carbon atoms [5]
C07C  23/28  \	4	4	4H006	C07C  23/28	21	˰¥ӥķϡΣ	Saturated bicyclo ring system [5]
C07C  23/30  \	4	4	4H006	C07C  23/30	23	ñ˰¥ӥķϡΣ	Mono-unsaturated bicyclo ring system [5]
C07C  23/32  \	3	3	4H006	C07C  23/32	10	ĤúǸҤͭӥķϤĤ	with a bicyclo ring system containing eight carbon atoms
C07C  23/34  \	3	3	4H006	C07C  23/34	14	ϥ󲽤줿ޤʬǲ줿ǥ	Halogenated completely or partially hydrogenated indenes
C07C  23/36  \	3	3	4H006	C07C  23/36	16	ϥ󲽤줿ޤʬǲ줿ʥե	Halogenated completely or partially hydrogenated naphthalenes
C07C  23/38  \	3	3	4H006	C07C  23/38	94	Ĥν̹ĤĤ	with three condensed rings
C07C  23/40  \	4	4	4H006	C07C  23/40	11	ϥ󲽤줿ޤʬǲ줿ե륪	Halogenated completely or partially hydrogenated fluorenes
C07C  23/42  \	4	4	4H006	C07C  23/42	6	ϥ󲽤줿ޤʬǲ줿ȥ饻	Halogenated completely or partially hydrogenated anthracenes
C07C  23/44  \	4	4	4H006	C07C  23/44	8	ϥ󲽤줿ޤʬǲ줿եʥȥ	Halogenated completely or partially hydrogenated phenanthrenes
C07C  23/46  \	3	3	4H006	C07C  23/46	58	İʾν̹Ĥͭ	with more than 3 condensed rings
C07C  25/00  \	0	0	4H006	C07C  25/00	60	˧Ĥ˷礷Ƥ뾯ʤȤ⣱ĤΥϥ󸶻Ҥͭ벽ʪ	Compounds containing at least one halogen atom bound to a six-membered aromatic ring
C07C  25/02  \	1	1	4H006	C07C  25/02	724	ϥ󲽤줿ñļ˧²ú	Monocyclic aromatic halogenated hydrocarbons
C07C  25/06  \	2	2	4H006	C07C  25/06	103	Υ٥󥼥Σ	Monochloro-benzene [3]
C07C  25/08  \	2	2	4H006	C07C  25/08	222	٥󥼥Σ	Dichloro-benzenes [3]
C07C  25/10  \	2	2	4H006	C07C  25/10	71	ȥꥯ٥󥼥Σ	Trichloro-benzenes [3]
C07C  25/12  \	2	2	4H006	C07C  25/12	28	إ٥󥼥Σ	Hexachloro-benzene [3]
C07C  25/125  \	2	2	4H006	C07C  25/125	50	ϥ󲽤줿Σ	Halogenated xylenes [2,3]
C07C  25/13  \	2	2	4H006	C07C  25/13	528	եǤͭΡΣ	containing fluorine [2,3]
C07C  25/18  \	1	1	4H006	C07C  25/18	1393	ϥ󲽤줿¿ļ˧²ú	Polycyclic aromatic halogenated hydrocarbons
C07C  25/20  \	2	2	4H006	C07C  25/20	25	ե˥롽ȥꥯʣģģԡ	Dichloro-diphenyl-trichloro-ethane
C07C  25/22  \	2	2	4H006	C07C  25/22	722	̹ĤĤ	with condensed rings
C07C  25/24  \	1	1	4H006	C07C  25/24	526	˰¦ĥϥ󲽤줿˧²ú	Halogenated aromatic hydrocarbons with unsaturated side chains
C07C  25/28  \	2	2	4H006	C07C  25/28	88	ϥ󲽤줿Σ	Halogenated styrenes [3]
C07C  27/00  \	0	0	4H006	C07C  27/00	322	饹ʾλǤޤಽʪƱ¤뤳Ȥץ	Processes involving the simultaneous production of more than one class of oxygen-containing compounds
C07C  27/00 310 \	1	1	4H006	C07C  27/00	204	ʥҥɥ˥ڥ륪ɤʬ	Decompositions of (hydro) peroxides
C07C  27/00 320 \	1	1	4H006	C07C  27/00	200	ãϴͭ㡥ãϡܣȢãϡܣϢͤȤȿˤ	by reaction of gases containing CO e.g. CO+H2, CO+O2)
C07C  27/00 330 \	1	1	4H006	C07C  27/00	125	â˰»ƥ롤ǥҥɤ¤	Manufacture of C3, 4 unsaturated acids, esters, aldehyde
C07C  27/00 340 \	1	1	4H006	C07C  27/00	57	ǤΤߤˤˤ	by oxidation only with oxygen
C07C  27/00 350 \	1	1	4H006	C07C  27/00	30	ǰʳλޤˤΡ㡥Ϣ¾λޡϢ	by oxidizers other than by oxygen e.g. O2 and other oxidizer, O3
C07C  27/02  \	1	1	4H006	C07C  27/02	883	ͭƥΥ	Saponification of organic acid esters
C07C  27/04  \	1	1	4H006	C07C  27/04	137	ǤޤಽʪδԸˤΡʣããͥ	by reduction of oxygen-containing compounds (C07C 29/14 takes precedence)
C07C  27/06  \	2	2	4H006	C07C  27/06	405	úǤλʪοźäˤ	by hydrogenation of oxides of carbon
C07C  27/08  \	3	3	4H006	C07C  27/08	7	ưޤѤ	with moving catalysts
C07C  27/10  \	1	1	4H006	C07C  27/10	20	úǤλˤ	by oxidation of hydrocarbons
C07C  27/12  \	2	2	4H006	C07C  27/12	27	ǤѤ	with oxygen
C07C  27/12 300 \	3	3	4H006	C07C  27/12	28	Τ	With versatility
C07C  27/12 310 \	3	3	4H006	C07C  27/12	237	ʥ˥륫λ	Oxidation of (cyclo) alkane
C07C  27/12 320 \	4	4	4H006	C07C  27/12	53	ۥǲʪ¸߲˻򤪤ʤ	Oxidation in boron compound atmosphere
C07C  27/12 330 \	3	3	4H006	C07C  27/12	92	ʥ˥եλ	Oxidation of (cyclo) olefin
C07C  27/12 340 \	3	3	4H006	C07C  27/12	62	˧ĤΥ륭¦λʥ륱˥¦λ	Oxidation of alkyl chains of aromatic rings (Oxidation of alkenyl chain R 330)
C07C  27/12 350 \	3	3	4H006	C07C  27/12	86	ˡʥҥɥڥ륪ɷͳΥեΡݥȥȥƱˡ	Cumene process (simultaneous manufacturing method of phenol and ketone via hydro peroxide)
C07C  27/14  \	3	3	4H006	C07C  27/14	12	ȿ	wholly gaseous reactions
C07C  27/14  A	3	0	4H006	C07C  27/14	388	âեλ	Oxidation of C3, C4 olefin
C07C  27/14  Z	3	0	4H006	C07C  27/14	58	¾Τ	Others
C07C  27/16  \	2	2	4H006	C07C  27/16	82	¾λޤѤ	with other oxidising agents
C07C  27/18  \	1	1	4H006	C07C  27/18	3	륭򥢥ǥҥɡȥޤϥ륭󥪥ɤղä뤳Ȥˤ	by addition of alkynes to aldehydes, ketones, or alkylene oxides
C07C  27/20  \	1	1	4H006	C07C  27/20	67	ȿˤ	by oxo-reaction
C07C  27/22  \	2	2	4H006	C07C  27/22	177	ΥץͭοޤѤ	with the use of catalysts which are specific for this process
C07C  27/24  \	2	2	4H006	C07C  27/24	2	ưޤѤ	with moving catalysts
C07C  27/26  \	1	1	4H006	C07C  27/26	122	ʬΥ경	Purification; Separation; Stabilisation
C07C  27/28  \	2	2	4H006	C07C  27/28	95	αˤ	by distillation
C07C  27/30  \	3	3	4H006	C07C  27/30	14	ʨαˤ	by azeotropic distillation
C07C  27/32  \	3	3	4H006	C07C  27/32	17	оαˤ	by extractive distillation
C07C  27/34  \	2	2	4H006	C07C  27/34	30	Фˤ	by extraction
C07C  29/00  \	0	0	4H006	C07C  29/00	413	˧Ĥ°ƤʤúǸҤ˷礷Ƥޤϣϡ°Ĳʪ¤	Preparation of compounds having hydroxy or O-metal groups bound to a carbon atom not belonging to a six-membered aromatic ring
C07C  29/03  \	1	1	4H006	C07C  29/03	67	˰úǡúǷ˿ղä뤳ȤˤΡ㡥ȢϢѤΡΣ	by addition of hydroxy groups to unsaturated carbon-to-carbon bonds, e.g. with the aid of H<sub>2</sub>O<sub>2</sub> [3]
C07C  29/04  \	2	2	4H006	C07C  29/04	536	úǡúŷο¤ˤ	by hydration of carbon-to-carbon double bonds
C07C  29/05  \	3	3	4H006	C07C  29/05	14	ۻǵۼʪÿʬ򤹤뤳ȤˤΡΣ	with formation of absorption products in mineral acids and their hydrolysis [3]
C07C  29/06  \	4	4	4H006	C07C  29/06	66	βǤΡΣ	the acid being sulfuric acid [3]
C07C  29/08  \	4	4	4H006	C07C  29/08	49	ǤΡΣ	the acid being phosphoric acid [3]
C07C  29/09  \	1	1	4H006	C07C  29/09	284	ÿʬˤΡͭƥβÿʬããˡΣ	by hydrolysis (of esters of organic acids C07C 27/02) [3]
C07C  29/10  \	2	2	4H006	C07C  29/10	454	ƥʴľƥޤˤΡ㡥	of ethers, including cyclic ethers, e.g. oxiranes
C07C  29/12  \	2	2	4H006	C07C  29/12	100	ۻƥΡΣ	of esters of mineral acids [3]
C07C  29/124  \	3	3	4H006	C07C  29/124	168	ϥʪΡΣ	of halides [3]
C07C  29/128  \	1	1	4H006	C07C  29/128	160	륳ʬˤΡͭƥΥ륳ʬããˡΣ	by alcoholysis (of esters of organic acids C07C 27/02) [3]
C07C  29/132  \	1	1	4H006	C07C  29/132	774	ǴͭǽδԸˤΡΣ	by reduction of an oxygen-containing functional group [3]
C07C  29/136  \	2	2	4H006	C07C  29/136	606	áϴͭΡ㡥ݣãϣϣȡΣ	of &lt;C=O containing groups, e.g. &mdash;COOH [3]
C07C  29/14  \	3	3	4H006	C07C  29/14	620	ãȣϴΡΣ	of a &mdash;CHO group [3]
C07C  29/141  \	4	4	4H006	C07C  29/141	837	ǤޤϿǴͭˤΡΣ	with hydrogen or hydrogen-containing gases [5]
C07C  29/143  \	3	3	4H006	C07C  29/143	478	ȥΡΣ	of ketones [5]
C07C  29/145  \	4	4	4H006	C07C  29/145	501	ǤޤϿǴͭˤΡΣ	with hydrogen or hydrogen-containing gases [5]
C07C  29/147  \	3	3	4H006	C07C  29/147	389	ܥޤͶƳΤΡΣ	of carboxylic acids or derivatives thereof [5]
C07C  29/149  \	4	4	4H006	C07C  29/149	805	ǤޤϿǴͭˤΡΣ	with hydrogen or hydrogen-containing gases [5]
C07C  29/15  \	1	1	4H006	C07C  29/15	589	úǤλʪδԸΤߤˤΡΣ	by reduction of oxides of carbon exclusively [3]
C07C  29/151  \	2	2	4H006	C07C  29/151	335	ǤޤϿǴͭˤΡΣ	with hydrogen or hydrogen-containing gases [5]
C07C  29/152  \	3	3	4H006	C07C  29/152	324	ѤȿħΤΡΣ	characterised by the reactor used [5]
C07C  29/153  \	3	3	4H006	C07C  29/153	173	Ѥ뿨ޤħΤΡΣ	characterised by the catalyst used [5]
C07C  29/154  \	4	4	4H006	C07C  29/154	289	Ƽ䡤ޤϤβʪͭΡΣ	containing copper, silver, gold, or compounds thereof [5]
C07C  29/156  \	4	4	4H006	C07C  29/156	163	Ŵ²°²°ޤϤβʪͭΡΣ	containing iron group metals, platinum group metals, or compounds thereof [5]
C07C  29/157  \	5	5	4H006	C07C  29/157	171	²°ޤϤβʪͭΡΣ	containing platinum group metals or compounds thereof [5]
C07C  29/158  \	6	6	4H006	C07C  29/158	248	ޤϤβʪͭΡΣ	containing rhodium or compounds thereof [5]
C07C  29/159  \	2	2	4H006	C07C  29/159	50	ǤޤϿǴͭʳδԸޤˤΡΣ	with reducing agents other than hydrogen or hydrogen-containing gases [5]
C07C  29/16  \	1	1	4H006	C07C  29/16	256	ԸȤ߹碌ȿˤ	by oxo-reaction combined with reduction
C07C  29/17  \	1	1	4H006	C07C  29/17	416	úǡúŷޤϻŷοźäˤΡΣ	by hydrogenation of carbon-to-carbon double or triple bonds [3]
C07C  29/19  \	2	2	4H006	C07C  29/19	79	˧ĤˤΣ	in six-membered aromatic rings [3]
C07C  29/20  \	3	3	4H006	C07C  29/20	127	ִƤ̹ĤˤΣ	in non-condensed rings substituted with hydroxy groups [3]
C07C  29/32  \	1	1	4H006	C07C  29/32	283	ϣȴȼʤúǸҿäȿˤΡΣ	increasing the number of carbon atoms by reactions without formation of hydroxy groups [3]
C07C  29/34  \	2	2	4H006	C07C  29/34	116	ޤϤιۻƥδͿ̹ȿˤΡ㡥ǣȿΣ	by condensation involving hydroxy groups or the mineral ester groups derived therefrom, e.g. Guerbet reaction [3]
C07C  29/36  \	1	1	4H006	C07C  29/36	167	ȼúǸҿäȿˤΡͶƳΡ㡥ϡ°𡤤ΤȤƷͳޤΣ	increasing the number of carbon atoms by reactions with formation of hydroxy groups, which may occur <u>via</u> intermediates being derivatives of hydroxy groups, e.g. O-metal [3]
C07C  29/38  \	2	2	4H006	C07C  29/38	396	ǥҥɤޤϥȥȤȿˤΡΣ	by reaction with aldehydes or ketones [3]
C07C  29/40  \	3	3	4H006	C07C  29/40	281	úǡ°ͭ벽ʪȤΤΡΣ	with compounds containing carbon-to-metal bonds [3]
C07C  29/42  \	3	3	4H006	C07C  29/42	176	úǡúǻŷͭ벽ʪȤΤΡ㡥°륭ȤΤΡΣ	with compounds containing triple carbon-to-carbon bonds, e.g. with metal-alkynes [3]
C07C  29/44  \	1	1	4H006	C07C  29/44	216	ղȿˤúǸҿäΡ㡥ʤȤ⣱Ĥúǡúŷޤϻŷ礬ͿȿʣããͥˡΣ	increasing the number of carbon atoms by addition reactions, i.e. reactions involving at least one carbon-to-carbon double or triple bond (C07C 29/16 takes precedence) [3]
C07C  29/46  \	2	2	4H006	C07C  29/46	26	ˤΡΣ	by diene-synthesis [3]
C07C  29/48  \	1	1	4H006	C07C  29/48	306	ηȼȿˤΡΣ	by oxidation reactions with formation of hydroxy groups [3]
C07C  29/50  \	2	2	4H006	C07C  29/50	304	ʬҾǤΤߤѤΡΣ	with molecular oxygen only [3]
C07C  29/52  \	3	3	4H006	C07C  29/52	90	̵ۥǲʪ¸߲ɬפ˱Ʒ줿ΤβÿʬȼΡΣ	in the presence of mineral boron compounds with, when necessary, hydrolysis of the intermediate formed [3]
C07C  29/54  \	3	3	4H006	C07C  29/54	19	úǡ°ͭ벽ʪȤϡ°ѴΡΣ	starting from compounds containing carbon-to-metal bonds and followed by conversion of the O-metal to hydroxy groups [3]
C07C  29/56  \	1	1	4H006	C07C  29/56	130	ˤΡΣ	by isomerisation [3]
C07C  29/56  A	1	0	4H006	C07C  29/56	44	Ģ˰¥륳ݥ	Oxirane ring R unsaturated alcohol
C07C  29/56  B	1	0	4H006	C07C  29/56	23	ŷΰư	Relocation of double bonds
C07C  29/56  C	1	0	4H006	C07C  29/56	25	ãɣӡֿޡףԣңΣ	Cis-trans
C07C  29/56  Z	1	0	4H006	C07C  29/56	103	¾	Others
C07C  29/58  \	1	1	4H006	C07C  29/58	81	ϥæΥˤΡ㡥ǲʬΥæˤΡʣããͥˡΣ	by elimination of halogen, e.g. by hydrogenolysis, splitting-off (C07C 29/124 takes precedence) [3]
C07C  29/60  \	1	1	4H006	C07C  29/60	148	æΥˤΡ㡥æˤΡʣããͥˡΣ	by elimination of hydroxy groups, e.g. by dehydration (C07C 29/34 takes precedence) [3]
C07C  29/62  \	1	1	4H006	C07C  29/62	215	ϥƳˤΡϥ󸶻Ҥ¾Υϥ󸶻ҤִΡΣ	by introduction of halogen; by substitution of halogen atoms by other halogen atoms [3]
C07C  29/64  \	1	1	4H006	C07C  29/64	87	ȥϥƱƳΡΣ	by simultaneous introduction of hydroxy groups and halogens [3]
C07C  29/66  \	2	2	4H006	C07C  29/66	87	ϥʤξǷޤˤúǡú˰·ؤղäˤΡΣ	by addition of hypohalogenous acids, which may be formed <u>in situ</u>, to carbon-to-carbon unsaturated bonds [3]
C07C  29/68  \	1	1	4H006	C07C  29/68	69	°륳顼Ȥ¤ʣããããͥˡΣ	Preparation of metal-alcoholates (C07C 29/42, C07C 29/54 take precedence) [3]
C07C  29/70  \	2	2	4H006	C07C  29/70	182	ϡ°Ѵ뤳ȤˤΡΣ	by converting hydroxy groups to O-metal groups [3]
C07C  29/72  \	2	2	4H006	C07C  29/72	13	úǡ°λˤΡΣ	by oxidation of carbon-to-metal bonds [3]
C07C  29/74  \	1	1	4H006	C07C  29/74	174	ʬΥ경źúޤλѡΣ	Separation; Purification; Stabilisation; Use of additives [3]
C07C  29/76  \	2	2	4H006	C07C  29/76	597	ʪŪˤΡΣ	by physical treatment [3]
C07C  29/78  \	3	3	4H006	C07C  29/78	202	Ž̤ޤϷ뾽ˤΡΣ	by condensation or crystallisation [3]
C07C  29/80  \	3	3	4H006	C07C  29/80	872	αˤΡΣ	by distillation [3]
C07C  29/82  \	4	4	4H006	C07C  29/82	113	ʨαˤΡΣ	by azeotropic distillation [3]
C07C  29/84  \	4	4	4H006	C07C  29/84	62	оαˤΡΣ	by extractive distillation [3]
C07C  29/86  \	3	3	4H006	C07C  29/86	308	ասˤΡΣ	by liquid-liquid treatment [3]
C07C  29/88  \	2	2	4H006	C07C  29/88	356	ʤȤ⣱ĤβʪβŪҤˤΡΣ	by treatment giving rise to a chemical modification of at least one compound (chemisorption C07C 29/76) [3]
C07C  29/90  \	3	3	4H006	C07C  29/90	47	ǤΤߤѤΡΣ	using hydrogen only [3]
C07C  29/92  \	3	3	4H006	C07C  29/92	36	Ϣ³ŪѴӺˤΡΣ	by a consecutive conversion and reconstruction [3]
C07C  29/94  \	2	2	4H006	C07C  29/94	146	źúޤλѡ㡥경ΤΤΡΣ	Use of additives, e.g. for stabilisation [3]
C07C  31/00  \	0	0	4H006	C07C  31/00	51	ļúǸҤ˷礷ޤϣϡ°˰²ʪ	Saturated compounds having hydroxy or O-metal groups bound to acyclic carbon atoms
C07C  31/02  \	1	1	4H006	C07C  31/02	906	ļ륳	Monohydroxylic acyclic alcohols
C07C  31/04  \	2	2	4H006	C07C  31/04	1584	᥿Ρ	Methanol
C07C  31/08  \	2	2	4H006	C07C  31/08	982	Ρ	Ethanol
C07C  31/10  \	2	2	4H006	C07C  31/10	439	ĤúǸҤͭ	containing three carbon atoms
C07C  31/12  \	2	2	4H006	C07C  31/12	544	ĤúǸҤͭ	containing four carbon atoms
C07C  31/125  \	2	2	4H006	C07C  31/125	972	ʤĤúǸҤͭΡΣ	containing five to twenty-two carbon atoms [3]
C07C  31/13  \	1	1	4H006	C07C  31/13	52	˰´Ĥͭ륳Σ	Monohydroxylic alcohols containing saturated rings [2,3]
C07C  31/133  \	2	2	4H006	C07C  31/133	57	ñļΤΡΣ	monocyclic [3]
C07C  31/135  \	3	3	4H006	C07C  31/135	182	ޤϣĤͭΡʥեƥ󥢥륳Σ	with five- or six-membered rings; Naphthenic alcohols [3]
C07C  31/137  \	2	2	4H006	C07C  31/137	106	̹ķϤͭ¿ļΤΡΣ	polycyclic with condensed ring systems [3]
C07C  31/18  \	1	1	4H006	C07C  31/18	208	ļ¿륳	Polyhydroxylic acyclic alcohols
C07C  31/18  A	1	0	4H006	C07C  31/18	50	륳ݥ㡢ĥȡ	Pentahydroxy alcohol e.g. xylite
C07C  31/18  Z	1	0	4H006	C07C  31/18	43	¾Τ	Others
C07C  31/20  \	2	2	4H006	C07C  31/20	796	륳	Dihydroxylic alcohols
C07C  31/20  A	2	0	4H006	C07C  31/20	497	󥰥ꥳݥ	Ethylene glycol
C07C  31/20  B	2	0	4H006	C07C  31/20	473	֥󥸥ݥ̣ݡݡݡݡ	Butane diol (1,4-;1,3-;1,2-;2,3-)
C07C  31/20  Z	2	0	4H006	C07C  31/20	842	¾Τ	Others
C07C  31/22  \	2	2	4H006	C07C  31/22	421	륳롤㡥ꥻΣ	Trihydroxylic alcohols, e.g. glycerol [3]
C07C  31/24  \	2	2	4H006	C07C  31/24	120	Ͳ륳롤㡥ڥ󥿥ꥹȡΣ	Tetrahydroxylic alcohols, e.g. pentaerythritol [3]
C07C  31/26  \	2	2	4H006	C07C  31/26	200	ϻ륳	Hexahydroxylic alcohols
C07C  31/27  \	1	1	4H006	C07C  31/27	243	˰´Ĥͭ¿륳Σ	Polyhydroxylic alcohols containing saturated rings [3]
C07C  31/28  \	1	1	4H006	C07C  31/28	161	°륳顼	Metal alcoholates
C07C  31/30  \	2	2	4H006	C07C  31/30	132	륫°ޤϥ륫°륳顼	Alkali-metal or alkaline-earth-metal alcoholates
C07C  31/32  \	2	2	4H006	C07C  31/32	68	ߥ˥ॢ륳顼	Aluminium alcoholates
C07C  31/34  \	1	1	4H006	C07C  31/34	140	ϥ󲽥륳	Halogenated alcohols
C07C  31/36  \	2	2	4H006	C07C  31/36	297	եǰʳΥϥΣ	the halogen not being fluorine [3]
C07C  31/38  \	2	2	4H006	C07C  31/38	317	ϥȤƥեǤΤߤͭΡΣ	containing only fluorine as halogen [3]
C07C  31/40  \	2	2	4H006	C07C  31/40	30	ѡϥ󲽤줿ΡΣ	perhalogenated [3]
C07C  31/42  \	2	2	4H006	C07C  31/42	149	ϥ󲽤줿ļ¿륳Σ	Halogenated polyhydroxylic acyclic alcohols [3]
C07C  31/44  \	2	2	4H006	C07C  31/44	61	˰´Ĥͭϥ󲽥륳Σ	Halogenated alcohols containing saturated rings [3]
C07C  33/00  \	0	0	4H006	C07C  33/00	12	ļúǸҤ˷礹ޤϣϡ°˰²ʪ	Unsaturated compounds having hydroxy or O-metal groups bound to acyclic carbon atoms
C07C  33/02  \	1	1	4H006	C07C  33/02	773	úǡúŷͭļ륳	Acyclic alcohols with carbon-to-carbon double bonds
C07C  33/025  \	2	2	4H006	C07C  33/025	373	ĤŷͭΡΣ	with only one double bond [3]
C07C  33/03  \	3	3	4H006	C07C  33/03	290	¡̤ͭΡ㡥륢륳롤᥿륢륳Σ	in beta-position, e.g. allyl alcohol, methallyl alcohol [3]
C07C  33/035  \	3	3	4H006	C07C  33/035	118	륱󥸥Σ	Alkenediols [3]
C07C  33/04  \	1	1	4H006	C07C  33/04	63	úǡúǻŷͭļ륳	Acyclic alcohols with carbon-to-carbon triple bonds
C07C  33/042  \	2	2	4H006	C07C  33/042	151	ĤλŷͭΡΣ	with only one triple bond [3]
C07C  33/044  \	3	3	4H006	C07C  33/044	34	륭󥸥Σ	Alkynediols [3]
C07C  33/046  \	4	4	4H006	C07C  33/046	29	֥󥸥Σ	Butynediols [3]
C07C  33/048  \	2	2	4H006	C07C  33/048	77	ŷ礪ӻŷͭΡΣ	with double and triple bonds [3]
C07C  33/05  \	1	1	4H006	C07C  33/05	107	˧İʳδĤͭ륢륳Σ	Alcohols containing rings other than six-membered aromatic rings [2]
C07C  33/05  A	1	0	4H006	C07C  33/05	24	ñļΤΡ̣İʾ墪	Of single rings (five or more membered, R 33/12 to 33/16)
C07C  33/05  B	1	0	4H006	C07C  33/05	12	̹ķ	Condensed ring systems
C07C  33/05  C	1	1	4H006	C07C  33/05	35		Double rings
C07C  33/05  D	1	2	4H006	C07C  33/05	20	ΣϷ	(2,2,1) systems
C07C  33/05  E	1	1	4H006	C07C  33/05	21		Triple rings
C07C  33/05  Z	1	0	4H006	C07C  33/05	5	¾	Others
C07C  33/12  \	2	2	4H006	C07C  33/12	86	ĤͭΡΣ	containing five-membered rings [3]
C07C  33/14  \	2	2	4H006	C07C  33/14	241	ĤͭΡΣ	containing six-membered rings [3]
C07C  33/16  \	2	2	4H006	C07C  33/16	18	İʾδĤͭΡΣ	containing rings with more than six ring members [3]
C07C  33/18  \	1	1	4H006	C07C  33/18	225	ʬȤƣ˧ĤΤߤͭ륳Σ	Monohydroxylic alcohols containing only six-membered aromatic rings as cyclic part [3]
C07C  33/20  \	2	2	4H006	C07C  33/20	473	ñļΤΡΣ	monocyclic [3]
C07C  33/22  \	3	3	4H006	C07C  33/22	485	٥󥸥륢륳롨ե˥륨륢륳Σ	Benzylalcohol; Phenylethyl alcohol [3]
C07C  33/24  \	2	2	4H006	C07C  33/24	130	̹ķϤͭʤ¿ļΤΡΣ	polycyclic without condensed ring systems [3]
C07C  33/26  \	1	1	4H006	C07C  33/26	297	ʬȤƣ˧ĤΤߤͭ¿륳Σ	Polyhydroxylic alcohols containing only six-membered aromatic rings as cyclic part [3]
C07C  33/28  \	1	1	4H006	C07C  33/28	160	ʬȤƣ˧ĤΤߤͭ˧İʳ˰·ͭ륢륳Σ	Alcohols containing only six-membered aromatic rings as cyclic part with unsaturation outside the aromatic rings [3]
C07C  33/30  \	2	2	4H006	C07C  33/30	203	ñļΤΡΣ	monocyclic [3]
C07C  33/32  \	3	3	4H006	C07C  33/32	39	饢륳Σ	Cinnamyl alcohol [3]
C07C  33/34  \	1	1	4H006	C07C  33/34	43	˧Ĥ¾δĤͭ륳Σ	Monohydroxylic alcohols containing six-membered aromatic rings and other rings [3]
C07C  33/34  A	1	0	4H006	C07C  33/34	47	̹ĤΤߤʤ	Consisting of non-condensed rings only
C07C  33/34  B	1	0	4H006	C07C  33/34	51	̹ĤĤ	With condensed rings
C07C  33/34  Z	1	0	4H006	C07C  33/34	4	¾	Others
C07C  33/36  \	1	1	4H006	C07C  33/36	58	˧Ĥ¾δĤͭ¿륳Σ	Polyhydroxylic alcohols containing six-membered aromatic rings and other rings [3]
C07C  33/38  \	1	1	4H006	C07C  33/38	31	˧Ĥ¾δĤͭ˧İʳ˰·ĥ륳Σ	Alcohols containing six-membered aromatic rings and other rings and having unsaturation outside the aromatic rings [3]
C07C  33/40  \	1	1	4H006	C07C  33/40	47	ϥ󲽤Ƥ˰¥륳Σ	Halogenated unsaturated alcohols [3]
C07C  33/42  \	2	2	4H006	C07C  33/42	191	ļΤΡΣ	acyclic [3]
C07C  33/44  \	2	2	4H006	C07C  33/44	52	˧İʳδĤͭΡΣ	containing rings other than six-membered aromatic rings [3]
C07C  33/46  \	2	2	4H006	C07C  33/46	536	ʬȤƣ˧ĤΤߤͭΡΣ	containing only six-membered aromatic rings as cyclic part [3]
C07C  33/48  \	3	3	4H006	C07C  33/48	149	˧İʳ˰·ͭΡΣ	with unsaturation outside the aromatic rings [3]
C07C  33/50  \	2	2	4H006	C07C  33/50	55	˧Ĥ¾δĤͭΡΣ	containing six-membered aromatic rings and other rings [3]
C07C  35/00  \	0	0	4H006	C07C  35/00	13	˧İʳδĤúǸҤ˷礷Ƥ뾯ʤȤ⣱Ĥοޤϣϡ°ĲʪΣ	Compounds having at least one hydroxy or O-metal group bound to a carbon atom of a ring other than a six-membered aromatic ring [2]
C07C  35/02  \	1	1	4H006	C07C  35/02	134	ñļΤ	monocyclic
C07C  35/04  \	2	2	4H006	C07C  35/04	17	ޤϣĤͭ	containing three- or four-membered rings
C07C  35/06  \	2	2	4H006	C07C  35/06	142	Ĥͭ	containing five-membered rings
C07C  35/08  \	2	2	4H006	C07C  35/08	635	Ĥͭ	containing six-membered rings
C07C  35/12  \	3	3	4H006	C07C  35/12	116	ȡ	Menthol
C07C  35/14  \	3	3	4H006	C07C  35/14	96	Ĥ˷礷Ƥ룲İʾοͭ	with more than one hydroxy group bound to the ring
C07C  35/16  \	4	4	4H006	C07C  35/16	55	Υȡ	Inositol
C07C  35/17  \	3	3	4H006	C07C  35/17	95	İʳˤΤ˰·ͭΡΣ	with unsaturation only outside the ring [3]
C07C  35/18  \	3	3	4H006	C07C  35/18	154	Ĥ˾ʤȤ˰·ͭΡΣ	with unsaturation at least in the ring [3]
C07C  35/20  \	2	2	4H006	C07C  35/20	47	ޤϣĤͭ	containing seven- or eight-membered rings
C07C  35/205  \	2	2	4H006	C07C  35/205	66	ĤͭΡ㡥ɥǥΡΣ	containing nine- to twelve-membered rings, e.g. cyclododecanols [3]
C07C  35/21  \	1	1	4H006	C07C  35/21	203	¿ļΤΡ̹Ĥ˷礷Ƥ뾯ʤȤ⣱ĤοĤΡΣ	polycyclic, at least one hydroxy group bound to a non-condensed ring [2]
C07C  35/22  \	1	1	4H006	C07C  35/22	12	¿ļΤΡ̹ķϤ˷礷Ƥ뾯ʤȤ⣱ĤοĤΡΣ	polycyclic, at least one hydroxy group bound to a condensed ring system [2]
C07C  35/23  \	2	2	4H006	C07C  35/23	79	ĤδĤĽ̹ķϤ˿ͭΡΣ	with a hydroxy group on a condensed ring system having two rings [3]
C07C  35/24  \	3	3	4H006	C07C  35/24	9	ĤúǸҤ̹ͭķϤΤΡΣ	the condensed ring system containing five carbon atoms [3]
C07C  35/26  \	4	4	4H006	C07C  35/26	0	ӥڥ󥿥ΡΣ	Bicyclopentadienols [3]
C07C  35/27  \	3	3	4H006	C07C  35/27	35	ĤúǸҤ̹ͭķϤΤΡΣ	the condensed ring system containing six carbon atoms [3]
C07C  35/28  \	3	3	4H006	C07C  35/28	19	ĤúǸҤ̹ͭķϤΤΡΣ	the condensed ring system containing seven carbon atoms [3]
C07C  35/29  \	4	4	4H006	C07C  35/29	36	̣ͷϡΣ	being a [2.2.1] system [3]
C07C  35/30  \	5	5	4H006	C07C  35/30	58	ܥͥ롨ܥͥΣ	Borneol; Isoborneol [3]
C07C  35/31  \	3	3	4H006	C07C  35/31	41	ĤúǸҤ̹ͭķϤΤΡΣ	the condensed ring system containing eight carbon atoms [3]
C07C  35/32  \	3	3	4H006	C07C  35/32	74	̣ͷϤν̹ķϤΤΡ㡥ǥΡΣ	the condensed ring system being a [4.3.0] system, e.g. indenols [3]
C07C  35/34  \	3	3	4H006	C07C  35/34	11	̣ͷϤν̹ķϤΤΡ㡥ΡΣ	the condensed ring system being a [5.3.0] system, e.g. azulenols [3]
C07C  35/36  \	3	3	4H006	C07C  35/36	103	̣ͷϤν̹ķϤΤΡ㡥ǲ줿ʥեȡΣ	the condensed ring system being a [4.4.0] system, e.g. hydrogenated naphthols [3]
C07C  35/37  \	2	2	4H006	C07C  35/37	270	ĤδĤĽ̹ķϤ˿ͭΡΣ	with a hydroxy group on a condensed ring system having three rings [3]
C07C  35/38  \	3	3	4H006	C07C  35/38	17	ե륪ʤͶƳΡΣ	derived from the fluorene skeleton [3]
C07C  35/40  \	3	3	4H006	C07C  35/40	4	ȥ饻ʤͶƳΡΣ	derived from the anthracene skeleton [3]
C07C  35/42  \	3	3	4H006	C07C  35/42	10	եʥȥʤͶƳΡΣ	derived from the phenanthrene skeleton [3]
C07C  35/44  \	2	2	4H006	C07C  35/44	132	İʾδĤĽ̹ķϤ˿ͭ	with a hydroxy group on a condensed ring system having more than three rings
C07C  35/46  \	1	1	4H006	C07C  35/46	12	Ĥ˷礷Σϡ°ͶƳΡΣ	O-metal derivatives of the cyclically bound hydroxy groups [3]
C07C  35/48  \	1	1	4H006	C07C  35/48	76	ϥ󲽤줿ͶƳΡΣ	Halogenated derivatives [3]
C07C  35/50  \	2	2	4H006	C07C  35/50	29	ʤȤ⣲ĤδĤͭ륢륳Σ	Alcohols with at least two rings [3]
C07C  35/52  \	2	2	4H006	C07C  35/52	125	̹ķϤͭ륢륳Σ	Alcohols with a condensed ring system [3]
C07C  37/00  \	0	0	4H006	C07C  37/00	433	˧ĤúǸҤ˷礷Ƥޤϣϡ°Ĳʪ¤	Preparation of compounds having hydroxy or O-metal groups bound to a carbon atom of a six-membered aromatic ring
C07C  37/01  \	1	1	4H006	C07C  37/01	67	˧Ĥ˷礷Ƥ봱ǽˤäִ뤳ȤˤΡ㡥ÿʬˤΡΣ	by replacing functional groups bound to a six-membered aromatic ring by hydroxy groups, e.g. by hydrolysis [3]
C07C  37/02  \	2	2	4H006	C07C  37/02	154	ϥִˤΡΣ	by substitution of halogen [3]
C07C  37/04  \	2	2	4H006	C07C  37/04	97	ӣϢȴޤϤͶƳΤִˤΡΣ	by substitution of SO<sub>3</sub>H groups or a derivative thereof [3]
C07C  37/045  \	2	2	4H006	C07C  37/045	26	Ĥ˷礷ǤĴִˤΡΣ	by substitution of a group bound to the ring by nitrogen [3]
C07C  37/05  \	3	3	4H006	C07C  37/05	48	ΣȢִˤΡΣ	by substitution of a NH<sub>2</sub> group [3]
C07C  37/055  \	2	2	4H006	C07C  37/055	257	Ĥ˷礷ǤĴ㡥ƥִˤΡΣ	by substitution of a group bound to the ring by oxygen, e.g. ether group [3]
C07C  37/06  \	1	1	4H006	C07C  37/06	138	˧²ĤžˤΤޤϤξ˧²ĤĤžˤΡ㡥æȿ	by conversion of non-aromatic six-membered rings or of such rings formed <u>in situ</u> into aromatic six-membered rings, e.g. by dehydrogenation
C07C  37/07  \	2	2	4H006	C07C  37/07	189	Ʊ˴ĤˤáϴδԸȼΡΣ	with simultaneous reduction of C=O group in that ring [3]
C07C  37/08  \	1	1	4H006	C07C  37/08	369	ҥɥѡɤʬˤΡ㡥ҥɥѡ	by decomposition of hydroperoxides, e.g. cumene hydroperoxide
C07C  37/11  \	1	1	4H006	C07C  37/11	286	úǸҿäȿˤΡΣ	by reactions increasing the number of carbon atoms [3]
C07C  37/14  \	2	2	4H006	C07C  37/14	452	ղȿˤΡʤʤȤ⣱Ĥúǡú˰·礬ͿȿΣ	by addition reactions, i.e. reactions involving at least one carbon-to-carbon unsaturated bond [3]
C07C  37/16  \	2	2	4H006	C07C  37/16	491	եΡޤϥ륳οޤϤ餫ͶƳ륨ƥޤϹۻƥ𤬴Ϳ̹ȿˤΡΣ	by condensation involving hydroxy groups of phenols or alcohols or the ether or mineral ester group derived therefrom [3]
C07C  37/18  \	2	2	4H006	C07C  37/18	120	ϥ󲽤줿ʪΥϥ󸶻ҤͿ̹ȿˤ	by condensation involving halogen atoms of halogenated compounds
C07C  37/20  \	2	2	4H006	C07C  37/20	993	ǥҥɤޤϥȥѤ	using aldehydes or ketones
C07C  37/48  \	1	1	4H006	C07C  37/48	68	ִƤƤ褤úǴ¾βʪȤθ򴹤ˤΡ㡥ȥ󥹥륭벽ȿΣ	by exchange of hydrocarbon groups which may be substituted, from other compounds, e.g. transalkylation [3]
C07C  37/50  \	1	1	4H006	C07C  37/50	244	úǸҿθȿˤΡʣããããããͥˡΣ	by reactions decreasing the number of carbon atoms (C07C 37/01, C07C 37/08, C07C 37/48 take precedence) [3]
C07C  37/52  \	2	2	4H006	C07C  37/52	142	¿ļ˧²ʪγˤΡ㡥ݥեΡ륢륫Σ	by splitting polyaromatic compounds, e.g. polyphenolalkanes [3]
C07C  37/54  \	3	3	4H006	C07C  37/54	28	ꥰ˥ޤϰβѱդβÿʬˤΡΣ	by hydrolysis of lignin or sulfite waste liquor [3]
C07C  37/56  \	2	2	4H006	C07C  37/56	94	ܥޤϥǥҥɴˤäִ뤳ȤˤΡΣ	by replacing a carboxyl or aldehyde group by a hydroxy group [3]
C07C  37/58  \	1	1	4H006	C07C  37/58	111	ʬҾǤѤƣ˧ĤΣãȴľܿƳȿˤΡΣ	by oxidation reactions introducing directly a hydroxy group on a CH-group belonging to a six-membered aromatic ring with the aid of molecular oxygen [3]
C07C  37/60  \	1	1	4H006	C07C  37/60	268	ʬҾǰʳλޤޤϤʬҾǤȤκʪѤƣ˧ĤΣãȴľܿƳȿˤΡΣ	by oxidation reactions introducing directly a hydroxy group on a CH-group belonging to a six-membered aromatic ring with the aid of other oxidants than molecular oxygen or their mixtures with molecular oxygen [3]
C07C  37/62  \	1	1	4H006	C07C  37/62	243	ϥƳˤΡϥ󸶻Ҥ¾Υϥ󸶻Ҥˤäִ뤳ȤˤΡΣ	by introduction of halogen; by substitution of halogen atoms by other halogen atoms [3]
C07C  37/64  \	1	1	4H006	C07C  37/64	37	˧ĤúǸҤ˷礹ϡ°ͭϡ°ʪ¤Σ	Preparation of O-metal compounds with the O-metal group linked to a carbon atom belonging to a six-membered aromatic ring [3]
C07C  37/66  \	2	2	4H006	C07C  37/66	65	Σϡ°ؤžˤΡΣ	by conversion of hydroxy groups to O-metal groups [3]
C07C  37/68  \	1	1	4H006	C07C  37/68	93	ʬΥ경źúޤλѡΣ	Separation; Purification; Stabilisation; Use of additives [3]
C07C  37/70  \	2	2	4H006	C07C  37/70	141	ʪŪˤΡΣ	by physical treatment [3]
C07C  37/72  \	3	3	4H006	C07C  37/72	274	ասˤΡΣ	by liquid-liquid treatment [3]
C07C  37/74  \	3	3	4H006	C07C  37/74	318	αˤΡΣ	by distillation [3]
C07C  37/76  \	4	4	4H006	C07C  37/76	16	αˤΡΣ	by steam distillation [3]
C07C  37/78  \	4	4	4H006	C07C  37/78	24	ʨαˤΡΣ	by azeotropic distillation [3]
C07C  37/80  \	4	4	4H006	C07C  37/80	23	оαˤΡΣ	by extractive distillation [3]
C07C  37/82  \	3	3	4H006	C07C  37/82	246	ǡսˤΡصˤΡΣ	by solid-liquid treatment; by chemisorption [3]
C07C  37/84  \	3	3	4H006	C07C  37/84	458	뾽ˤΡΣ	by crystallisation [3]
C07C  37/86  \	2	2	4H006	C07C  37/86	331	ŪҤˤΡʲصããˡΣ	by treatment giving rise to a chemical modification (by chemisorption C07C 37/82) [3]
C07C  37/88  \	2	2	4H006	C07C  37/88	159	źúޤλѡ㡥경ΤΤΡΣ	Use of additives, e.g. for stabilisation [3]
C07C  39/00  \	0	0	4H006	C07C  39/00	27	˧ĤúǸҤ˷礷Ƥ뾯ʤȤ⣱Ĥοޤϣϡ°Ĳʪ	Compounds having at least one hydroxy or O-metal group bound to a carbon atom of a six-membered aromatic ring
C07C  39/02  \	1	1	4H006	C07C  39/02	192	˧İʳ˰·ͭʤñļΤ	monocyclic with no unsaturation outside the aromatic ring
C07C  39/04  \	2	2	4H006	C07C  39/04	864	եΡ	Phenol
C07C  39/06  \	2	2	4H006	C07C  39/06	748	륭벽եΡ	Alkylated phenols
C07C  39/07  \	3	3	4H006	C07C  39/07	480	륭ȤƥΤߤͭΡ㡥쥾롤ΡΣ	containing only methyl groups as alkyl groups, e.g. cresols, xylenols [3]
C07C  39/08  \	2	2	4H006	C07C  39/08	822	ҥɥ٥󥼥󡨤Υ륭ͶƳ	Dihydroxy benzenes; Alkylated derivatives thereof
C07C  39/10  \	2	2	4H006	C07C  39/10	123	ݥҥɥ٥󥼥󡨤Υ륭ͶƳΡʣããͥ	Polyhydroxy benzenes; Alkylated derivatives thereof (C07C 39/08 takes precedence)
C07C  39/11  \	2	2	4H006	C07C  39/11	171	ļŪ˷礷Ƥͭ륢륭벽ҥɥ٥󥼥㡥ꥲΡΣ	Alkylated hydroxy benzenes containing also acyclically bound hydroxy groups, e.g. saligenol [3]
C07C  39/12  \	1	1	4H006	C07C  39/12	244	˧İʳ˰·ͭʤ¿ļΤ	polycyclic with no unsaturation outside the aromatic rings
C07C  39/14  \	2	2	4H006	C07C  39/14	373	ʤȤ⣱Ĥο򡤣ĤδĤͭ룱Ĥν̹ķϤͭΡΣ	with at least one hydroxy group on a condensed ring system containing two rings [3]
C07C  39/15  \	2	2	4H006	C07C  39/15	1063	٤Ƥο̹ĤͭΡΣ	with all hydroxy groups on non-condensed rings [3]
C07C  39/16  \	3	3	4H006	C07C  39/16	1177	ӥʥҥɥե˥˥륫󡨥ȥꥹʥҥɥե˥˥륫Σ	Bis(hydroxy phenyl)alkanes; Tris(hydroxy phenyl)alkanes [3]
C07C  39/17  \	2	2	4H006	C07C  39/17	740	˧ĤȤȤ¾δĤͭΡΣ	containing other rings in addition to the six-membered aromatic rings [2]
C07C  39/18  \	1	1	4H006	C07C  39/18	26	˧İʳ˰·ͭñļΤ	monocyclic with unsaturation outside the aromatic ring
C07C  39/19  \	2	2	4H006	C07C  39/19	207	úǡúŷͭ뤬úǡúǻŷϴͭʤΡΣ	containing carbon-to-carbon double bonds but no carbon-to-carbon triple bonds [3]
C07C  39/20  \	3	3	4H006	C07C  39/20	36	ҥɥΣ	Hydroxy styrenes [3]
C07C  39/205  \	1	1	4H006	C07C  39/205	22	ʬȤƣ˧ĤΤߤͭİʳ˰·ͭ¿ļΤΡΣ	polycyclic, containing only six-membered aromatic rings as cyclic part, with unsaturation outside the rings [3]
C07C  39/21  \	2	2	4H006	C07C  39/21	193	ʤȤ⣱Ĥο̹ĤͭΡΣ	with at least one hydroxy group on a non-condensed ring [3]
C07C  39/215  \	3	3	4H006	C07C  39/215	32	ֿޡ׹¤ͭΡ㡥륹٥ȥΣ	containing the [figure] structure, e.g. diethylstilbestrol [3]
C07C  39/225  \	2	2	4H006	C07C  39/225	65	ʤȤ⣱Ĥο̹ķϤͭΡΣ	with at least one hydroxy group on a condensed ring system [3]
C07C  39/23  \	1	1	4H006	C07C  39/23	258	˧Ĥ¾δĤͭ˧İʳ˰·ͭ¿ļΤΡΣ	polycyclic, containing six-membered aromatic rings and other rings, with unsaturation outside the aromatic rings [3]
C07C  39/235  \	1	1	4H006	C07C  39/235	100	˧Ĥ˷礷Ƥζ°ͶƳΡΣ	Metal derivatives of a hydroxy group bound to a six-membered aromatic ring [3]
C07C  39/24  \	1	1	4H006	C07C  39/24	146	ϥͶƳ	Halogenated derivatives
C07C  39/26  \	2	2	4H006	C07C  39/26	44	ĤúǸҤ˷礷ƤϥͭñļǣĤοͭ	monocyclic monohydroxylic containing halogen bound to ring carbon atoms
C07C  39/27  \	3	3	4H006	C07C  39/27	221	٤ƤΥϥ󸶻ҤĤˤĤƤ	all halogen atoms being attached to the ring
C07C  39/28  \	4	4	4H006	C07C  39/28	68	ϥ󤬣ĤαǸҤǤ	the halogen being one chlorine atom
C07C  39/30  \	4	4	4H006	C07C  39/30	36	ϥ󤬣ĤαǸҤǤ	the halogen being two chlorine atoms
C07C  39/32  \	4	4	4H006	C07C  39/32	16	ϥ󤬣ĤαǸҤǤ	the halogen being three chlorine atoms
C07C  39/34  \	4	4	4H006	C07C  39/34	2	ϥ󤬣ĤαǸҤǤ	the halogen being four chlorine atoms
C07C  39/36  \	4	4	4H006	C07C  39/36	38	ڥ󥿥եΡ	Pentachlorophenol
C07C  39/367  \	2	2	4H006	C07C  39/367	307	˧ĤΤߤͭ¿ļ̹ΤΡ㡥ϥ󲽥ݥʥҥɥե˥˥륫Σ	polycyclic non-condensed, containing only six-membered aromatic rings, e.g. halogenated poly-(hydroxy-phenyl)alkanes [3]
C07C  39/373  \	2	2	4H006	C07C  39/373	68	٤Ƥο̹Ĥͭ˧İʳ˰·ͭΡΣ	with all hydroxy groups on non-condensed rings and with unsaturation outside the aromatic rings [3]
C07C  39/38  \	2	2	4H006	C07C  39/38	87	ʤȤ⣱Ĥο򡤣ĤδĤ̹ͭķϤͭ	with at least one hydroxy group on a condensed ring system containing two rings
C07C  39/40  \	2	2	4H006	C07C  39/40	26	ʤȤ⣱Ĥο򡤣İʾδĤ̹ͭķϤͭΡΣ	with at least one hydroxy group on a condensed ring system containing more than two rings [3]
C07C  39/42  \	2	2	4H006	C07C  39/42	131	˧Ĥ¾δĤͭΡΣ	containing six-membered aromatic rings and other rings [3]
C07C  39/44  \	2	2	4H006	C07C  39/44	32	˧ĤúǸҤ˷礷Ƥζ°ͶƳΡΣ	Metal derivatives of a hydroxy group bound to a carbon atom of a six-membered aromatic ring [3]
C07C  41/00  \	0	0	4H006	C07C  41/00	92	ƥ¤ֿޡ״𡤡ֿޡ״ޤϡֿޡ״Ĳʪ¤Σ	Preparation of ethers; Preparation of compounds having [figure] groups, [figure] groups or [figure] groups [3]
C07C  41/01  \	1	1	4H006	C07C  41/01	515	ƥ¤Σ	Preparation of ethers [3]
C07C  41/02  \	2	2	4H006	C07C  41/02	109	󤫤ΤΡΣ	from oxiranes [3]
C07C  41/03  \	3	3	4H006	C07C  41/03	505	ĤȿȤȿˤΡΣ	by reaction of an oxirane ring with a hydroxy group [3]
C07C  41/05  \	2	2	4H006	C07C  41/05	105	˰²ʪؤβʪղäˤΡΣ	by addition of compounds to unsaturated compounds [3]
C07C  41/06  \	3	3	4H006	C07C  41/06	403	ͭʪΤߤղäˤΡΣ	by addition of organic compounds only [3]
C07C  41/08  \	4	4	4H006	C07C  41/08	50	úǡúǻŷؤΡΣ	to carbon-to-carbon triple bonds [3]
C07C  41/09  \	2	2	4H006	C07C  41/09	469	ͭ벽ʪæˤΡΣ	by dehydration of compounds containing hydroxy groups [3]
C07C  41/14  \	2	2	4H006	C07C  41/14	76	ƥλǸҤ˷礹ͭ¾ͭˤäƸ򴹤뤳ȤˤΡ㡥ȥ󥹥ƥ벽ˤΡΣ	by exchange of organic parts on the ether-oxygen for other organic parts, e.g. by trans-etherification [3]
C07C  41/16  \	2	2	4H006	C07C  41/16	580	ۻޤͭΥƥȿޤϣϡ°ȤȿˤΡΣ	by reaction of esters of mineral or organic acids with hydroxy or O-metal groups [3]
C07C  41/18  \	2	2	4H006	C07C  41/18	356	ƥλǷʤȿˤΡΣ	by reactions not forming ether-oxygen bonds [3]
C07C  41/20  \	3	3	4H006	C07C  41/20	127	úǡúŷޤϻŷοǲˤΡΣ	by hydrogenation of carbon-to-carbon double or triple bonds [3]
C07C  41/22  \	3	3	4H006	C07C  41/22	391	ϥƳˤΡϥ󸶻Ҥ¾Υϥ󸶻Ҥˤäִ뤳ȤˤΡΣ	by introduction of halogen; by substitution of halogen atoms by other halogen atoms [3]
C07C  41/24  \	3	3	4H006	C07C  41/24	186	ϥæΥˤΡ㡥ȣãæΥΣ	by elimination of halogen, e.g. elimination of HCl [3]
C07C  41/26  \	3	3	4H006	C07C  41/26	474	ޤϣϡ°ƳˤΡΣ	by introduction of hydroxy or O-metal groups [3]
C07C  41/28  \	3	3	4H006	C07C  41/28	85	뤫ΤΡ㡥æ륳ʬˤΡΣ	from acetals, e.g. by dealcoholysis [3]
C07C  41/30  \	3	3	4H006	C07C  41/30	852	úǸҿäˤΡ㡥ꥴޡˤΡΣ	by increasing the number of carbon atoms, e.g. by oligomerisation [3]
C07C  41/32  \	2	2	4H006	C07C  41/32	51	ˤΡΣ	by isomerisation [3]
C07C  41/34  \	2	2	4H006	C07C  41/34	100	ʬΥ경źúޤλѡΣ	Separation; Purification; Stabilisation; Use of additives [3]
C07C  41/36  \	3	3	4H006	C07C  41/36	88	ǡսˤΡصˤΡΣ	by solid-liquid treatment; by chemisorption [3]
C07C  41/38  \	3	3	4H006	C07C  41/38	95	ասˤΡΣ	by liquid-liquid treatment [3]
C07C  41/40  \	3	3	4H006	C07C  41/40	202	ʪŪ֤ѲˤΡ㡥뾽ˤΡΣ	by change of physical state, e.g. by crystallisation [3]
C07C  41/42  \	4	4	4H006	C07C  41/42	224	αˤΡΣ	by distillation [3]
C07C  41/44  \	3	3	4H006	C07C  41/44	75	ŪҤˤΡʲصˤΣããˡΣ	by treatment giving rise to a chemical modification (by chemisorption C07C 41/36) [3]
C07C  41/46  \	3	3	4H006	C07C  41/46	94	źúޤλѡ㡥경ΤΤΡΣ	Use of additives, e.g. for stabilisation [3]
C07C  41/48  \	1	1	4H006	C07C  41/48	103	ֿޡ״Ĳʪ¤Σ	Preparation of compounds having [figure] groups [3]
C07C  41/50  \	2	2	4H006	C07C  41/50	146	ֿޡ״ȿˤΡΣ	by reactions producing [figure] groups [3]
C07C  41/52  \	3	3	4H006	C07C  41/52	16	ϥΤߤִˤΡΣ	by substitution of halogen only [3]
C07C  41/54  \	3	3	4H006	C07C  41/54	71	˰úǡúǷؤβʪղäˤΡΣ	by addition of compounds to unsaturated carbon-to-carbon bonds [3]
C07C  41/56  \	3	3	4H006	C07C  41/56	53	ǥҥɡѥۥॢǥҥɡޤϥȥν̹ˤΡΣ	by condensation of aldehydes, paraformaldehyde, or ketones [3]
C07C  41/58  \	2	2	4H006	C07C  41/58	115	ʬΥ경źúޤλѡΣ	Separation; Purification; Stabilisation; Use of additives [3]
C07C  41/60  \	1	1	4H006	C07C  41/60	22	ֿޡ״ޤϡֿޡ״Ĳʪ¤Σ	Preparation of compounds having [figure] groups or [figure] groups [3]
C07C  43/00  \	0	0	4H006	C07C  43/00	5	ƥ롨ֿޡ״𡤡ֿޡ״ޤϡֿޡ״Ĳʪ	Ethers; Compounds having [figure] groups, [figure] groups or [figure] groups
C07C  43/02  \	1	1	4H006	C07C  43/02	29	ƥ	Ethers
C07C  43/03  \	2	2	4H006	C07C  43/03	46	٤ƤΥƥλǸҤļúǸҤ˷礷ƤΡΣ	having all ether-oxygen atoms bound to acyclic carbon atoms [3]
C07C  43/04  \	3	3	4H006	C07C  43/04	229	˰¥ƥΣ	Saturated ethers [3]
C07C  43/04  A	3	0	4H006	C07C  43/04	229	ˡħͭ	Characterized by preparation methods
C07C  43/04  B	3	0	4H006	C07C  43/04	184	ޤħͭ	Characterized by catalysts
C07C  43/04  C	3	0	4H006	C07C  43/04	50	ʪ	Compounds
C07C  43/04  D	3	0	4H006	C07C  43/04	233	ãȢϣãȢڤӤˡ	CH3OCH3 and manufacturing methods thereof
C07C  43/04  E	3	0	4H006	C07C  43/04	176	ãȢϣạ́ãȢ͢ڤӤˡ	CH3OC(CH3)3 and manufacturing methods thereof
C07C  43/04  Z	3	0	4H006	C07C  43/04	57	¾	Others
C07C  43/06  \	4	4	4H006	C07C  43/06	32	륨ƥΣ	Diethyl ether [3]
C07C  43/10  \	4	4	4H006	C07C  43/10	249	ݥҥɥʪΡΣ	of polyhydroxy compounds [3]
C07C  43/11  \	5	5	4H006	C07C  43/11	632	壱Ρϡʣááϡˣñ̤ͭݥꥨƥΣ	Polyethers containing &mdash;O&mdash;(C&mdash;C&mdash;O&mdash;)<sub>n</sub> units with 2 &le; n &le; 10 [2,3]
C07C  43/115  \	4	4	4H006	C07C  43/115	63	úǴĤͭΡΣ	containing carbocyclic rings [3]
C07C  43/12  \	4	4	4H006	C07C  43/12	779	ϥͭΡΣ	containing halogen [3]
C07C  43/13  \	4	4	4H006	C07C  43/13	311	ޤϣϡ°ͭΡʣããͥˡΣ	containing hydroxy or O-metal groups (C07C 43/11 takes precedence) [3]
C07C  43/13  A	4	0	4H006	C07C  43/13	349	ˡħͭ	Characterized by manufacturing methods
C07C  43/13  B	4	0	4H006	C07C  43/13	199	ޤħͭ	Characterized by catalysts
C07C  43/13  C	4	0	4H006	C07C  43/13	234	ʪ	Compounds
C07C  43/13  D	4	0	4H006	C07C  43/13	341	ݥꥪݥ벽ʪ	Polyol compounds
C07C  43/13  Z	4	0	4H006	C07C  43/13	106	¾	Others
C07C  43/14  \	3	3	4H006	C07C  43/14	161	˰¥ƥΣ	Unsaturated ethers [3]
C07C  43/15  \	4	4	4H006	C07C  43/15	262	˧²úǡúŷΤߤͭΡΣ	containing only non-aromatic carbon-to-carbon double bonds [3]
C07C  43/16  \	5	5	4H006	C07C  43/16	123	ӥ˥륨ƥΣ	Vinyl ethers [3]
C07C  43/162  \	4	4	4H006	C07C  43/162	118	˧İʳδĤͭΡΣ	containing rings other than six-membered aromatic rings [3]
C07C  43/164  \	4	4	4H006	C07C  43/164	218	˧ĤͭΡΣ	containing six-membered aromatic rings [3]
C07C  43/166  \	5	5	4H006	C07C  43/166	143	˧İʳ˰·ĤΡΣ	having unsaturation outside the aromatic rings [3]
C07C  43/168  \	5	5	4H006	C07C  43/168	86	˧Ĥ¾δĤͭΡΣ	containing six-membered aromatic rings and other rings [3]
C07C  43/17  \	4	4	4H006	C07C  43/17	444	ϥͭΡΣ	containing halogen [2,3]
C07C  43/172  \	5	5	4H006	C07C  43/172	30	˧İʳδĤͭΡΣ	containing rings other than six-membered aromatic rings [3]
C07C  43/174  \	5	5	4H006	C07C  43/174	225	˧ĤͭΡΣ	containing six-membered aromatic rings [3]
C07C  43/176  \	6	6	4H006	C07C  43/176	113	˧İʳ˰·ĤΡΣ	having unsaturation outside the aromatic rings [3]
C07C  43/178  \	4	4	4H006	C07C  43/178	212	ޤϣϡ°ͭΡΣ	containing hydroxy or O-metal groups [3]
C07C  43/178  A	4	0	4H006	C07C  43/178	179	ˡħͭ	Characterized by manufacturing methods
C07C  43/178  B	4	0	4H006	C07C  43/178	79	ޤħͭ	Characterized by catalysts
C07C  43/178  C	4	0	4H006	C07C  43/178	291	ʪ	Compounds
C07C  43/178  D	4	0	4H006	C07C  43/178	152	ݥꥪݥ벽ʪ	Polyol compounds
C07C  43/178  Z	4	0	4H006	C07C  43/178	44	¾	Others
C07C  43/18  \	2	2	4H006	C07C  43/18	98	ƥλǸҤ˧İʳδĤúǸҤ˷礷Ƥ	having an ether-oxygen atom bound to a carbon atom of a ring other than a six-membered aromatic ring
C07C  43/18  A	2	0	4H006	C07C  43/18	58	ˡħͭ	Characterized by manufacturing methods
C07C  43/18  B	2	0	4H006	C07C  43/18	19	ޤħͭ	Characterized by catalysts
C07C  43/18  C	2	0	4H006	C07C  43/18	102	ʪ	Compounds
C07C  43/18  Z	2	0	4H006	C07C  43/18	13	¾	Others
C07C  43/184  \	3	3	4H006	C07C  43/184	117	̹ĤúǸҤ˷礷ƤΡΣ	to a carbon atom of a non-condensed ring [3]
C07C  43/188  \	3	3	4H006	C07C  43/188	245	˰¥ƥΣ	Unsaturated ethers [3]
C07C  43/192  \	3	3	4H006	C07C  43/192	295	ϥͭΡΣ	containing halogen [3]
C07C  43/196  \	3	3	4H006	C07C  43/196	269	ޤϣϡ°ͭΡΣ	containing hydroxy or O-metal groups [3]
C07C  43/20  \	2	2	4H006	C07C  43/20	238	ƥλǸҤ˧ĤúǸҤ˷礷Ƥ	having an ether-oxygen atom bound to a carbon atom of a six-membered aromatic ring
C07C  43/20  A	2	0	4H006	C07C  43/20	140	ˡħͭ	Characterized by manufacturing methods
C07C  43/20  B	2	0	4H006	C07C  43/20	61	ޤħͭ	Characterized by catalysts
C07C  43/20  C	2	0	4H006	C07C  43/20	197	ʪ	Compounds
C07C  43/20  D	2	0	4H006	C07C  43/20	272	̹Ĵͭʪ	Compounds containing condensed rings
C07C  43/20  Z	2	0	4H006	C07C  43/20	41	¾	Others
C07C  43/205  \	3	3	4H006	C07C  43/205	241	˧Ĥ̹ĤǤΡΣ	the aromatic ring being a non-condensed ring [3]
C07C  43/205  A	3	0	4H006	C07C  43/205	220	ˡħͭ	Characterized by manufacturing methods
C07C  43/205  B	3	0	4H006	C07C  43/205	170	ޤħͭ	Characterized by catalysts
C07C  43/205  C	3	0	4H006	C07C  43/205	235	ʪ	Compounds
C07C  43/205  D	3	0	4H006	C07C  43/205	197	ӥե˥ͭʪ	Compounds containing biphenyl groups
C07C  43/205  Z	3	0	4H006	C07C  43/205	89	¾	Others
C07C  43/21  \	3	3	4H006	C07C  43/21	390	˧İʳδĤͭΡΣ	containing rings other than six-membered aromatic rings [3]
C07C  43/215  \	3	3	4H006	C07C  43/215	819	˧İʳ˰·ĤΡΣ	having unsaturation outside the six-membered aromatic rings [3]
C07C  43/225  \	3	3	4H006	C07C  43/225	425	ϥͭΡΣ	containing halogen [3]
C07C  43/225  A	3	0	4H006	C07C  43/225	493	ˡħͭ	Characterized by manufacturing methods
C07C  43/225  B	3	0	4H006	C07C  43/225	131	ޤħͭ	Characterized by catalysts
C07C  43/225  C	3	0	4H006	C07C  43/225	1213	ʪ	Compounds
C07C  43/225  D	3	0	4H006	C07C  43/225	329	ӥե˥ͭʪ	Compounds containing biphenyl groups
C07C  43/225  Z	3	0	4H006	C07C  43/225	110	¾	Others
C07C  43/23  \	3	3	4H006	C07C  43/23	600	ޤϣϡ°ͭΡΣ	containing hydroxy or O-metal groups [3]
C07C  43/23  A	3	0	4H006	C07C  43/23	588	ˡħͭ	Characterized by manufacturing methods
C07C  43/23  B	3	0	4H006	C07C  43/23	318	ޤħͭ	Characterized by catalysts
C07C  43/23  C	3	0	4H006	C07C  43/23	657	ʪ	Compounds
C07C  43/23  D	3	0	4H006	C07C  43/23	508	ݥꥪݥ벽ʪ	Polyol compounds
C07C  43/23  E	3	0	4H006	C07C  43/23	307	ϥͭʪ	Compounds containing halogens
C07C  43/23  F	3	0	4H006	C07C  43/23	87	ӥեΡݥղʪͶƳεڤӤˡ	Bisphenol AO adduct derivatives and manufacturing methods thereof
C07C  43/23  G	3	0	4H006	C07C  43/23	64	ִϥɥΥͶƳεڤӤˡ	2,3,5-substituted hydroquinone derivatives and manufacturing methods thereof
C07C  43/23  Z	3	0	4H006	C07C  43/23	144	¾	Others
C07C  43/235  \	2	2	4H006	C07C  43/235	54	ƥλǸҤ˧ĤúǸҤӣ˧İʳδĤúǸҤ˷礷ƤΡΣ	having an ether-oxygen atom bound to a carbon atom of a six-membered aromatic ring and to a carbon atom of a ring, other than a six-membered aromatic ring [3]
C07C  43/243  \	3	3	4H006	C07C  43/243	32	˧İʳ˰·ĤΡΣ	having unsaturation outside the six-membered aromatic rings [3]
C07C  43/247  \	3	3	4H006	C07C  43/247	53	ϥͭΡΣ	containing halogen [3]
C07C  43/253  \	3	3	4H006	C07C  43/253	59	ޤϣϡ°ͭΡΣ	containing hydroxy or O-metal groups [3]
C07C  43/257  \	2	2	4H006	C07C  43/257	71	ƥλǸҤȤˣ˧ĤúǸҤ˷礷ƤΡΣ	having an ether-oxygen atom bound to carbon atoms both belonging to six-membered aromatic rings [3]
C07C  43/257  A	2	0	4H006	C07C  43/257	21	ˡħͭ	Characterized by manufacturing methods
C07C  43/257  B	2	0	4H006	C07C  43/257	24	ޤħͭ	Characterized by catalysts
C07C  43/257  C	2	0	4H006	C07C  43/257	43	ʪ	Compounds
C07C  43/257  D	2	0	4H006	C07C  43/257	35	ݣϡݣʳΥݥƥͭʪ	Compounds containing ether groups other than Ar-O-Ar
C07C  43/257  Z	2	0	4H006	C07C  43/257	13	¾	Others
C07C  43/263  \	3	3	4H006	C07C  43/263	133	˧Ĥ̹ĤǤΡΣ	the aromatic rings being non-condensed [3]
C07C  43/267  \	3	3	4H006	C07C  43/267	21	¾δĤͭΡΣ	containing other rings [3]
C07C  43/275  \	3	3	4H006	C07C  43/275	100	٤ƤΥƥλǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having all ether-oxygen atoms bound to carbon atoms of six-membered aromatic rings [3]
C07C  43/285  \	3	3	4H006	C07C  43/285	71	˧İʳ˰·ĤΡΣ	having unsaturation outside the six-membered aromatic rings [3]
C07C  43/29  \	3	3	4H006	C07C  43/29	202	ϥͭΡΣ	containing halogen [3]
C07C  43/29  A	3	0	4H006	C07C  43/29	134	ˡħͭ	Characterized by manufacturing methods
C07C  43/29  B	3	0	4H006	C07C  43/29	66	ޤħͭ	Characterized by catalysts
C07C  43/29  C	3	0	4H006	C07C  43/29	116	ʪ	Compounds
C07C  43/29  D	3	0	4H006	C07C  43/29	82	ݣϡݣʳΥݥƥͭʪ	Compounds containing ether groups other than Ar-O-Ar
C07C  43/29  Z	3	0	4H006	C07C  43/29	29	¾	Others
C07C  43/295  \	3	3	4H006	C07C  43/295	163	ޤϣϡ°ͭΡΣ	containing hydroxy or O-metal groups [3]
C07C  43/295  A	3	0	4H006	C07C  43/295	128	ˡħͭ	Characterized by manufacturing methods
C07C  43/295  B	3	0	4H006	C07C  43/295	63	ޤħͭ	Characterized by catalysts
C07C  43/295  C	3	0	4H006	C07C  43/295	136	ʪ	Compounds
C07C  43/295  D	3	0	4H006	C07C  43/295	47	ݣϡݣʳΥݥƥͭʪ	Compounds containing ether groups other than Ar-O-Ar
C07C  43/295  Z	3	0	4H006	C07C  43/295	22	¾	Others
C07C  43/30  \	1	1	4H006	C07C  43/30	124	ֿޡ״Ĳʪ	Compounds having groups
C07C  43/303  \	2	2	4H006	C07C  43/303	339	úǸҤļúǸҤ˷礷ƤΡΣ	having acetal carbon atoms bound to acyclic carbon atoms [3]
C07C  43/305  \	2	2	4H006	C07C  43/305	70	úǸҤĤƤ뤫ޤϣ˧İʳδĤúǸҤ˷礷ƤΡΣ	having acetal carbon atoms as ring members or bound to carbon atoms of rings other than six-membered aromatic rings [3]
C07C  43/307  \	2	2	4H006	C07C  43/307	51	úǸҤ˧Ĥ˷礷ƤΡΣ	having acetal carbon atoms bound to carbon atoms of six-membered aromatic rings [3]
C07C  43/313  \	2	2	4H006	C07C  43/313	181	ϥͭΡΣ	containing halogen [3]
C07C  43/315  \	2	2	4H006	C07C  43/315	314	úǸҰʳúǸҤñ礷ƤǸҤͭΡΣ	containing oxygen atoms singly bound to carbon atoms not being acetal carbon atoms [3]
C07C  43/317  \	2	2	4H006	C07C  43/317	76	ֿޡ״ĤΡؤϿǤޤ϶°Σ	having [figure] groups, X being hydrogen or metal [3]
C07C  43/32  \	1	1	4H006	C07C  43/32	73	ֿޡ״ޤϡֿޡ״Ĳʪ	Compounds having [figure] groups or [figure] groups
C07C  45/00  \	0	0	4H006	C07C  45/00	316	úǸҤޤϿǸҤΤߤ˷礷ƤáϴĲʪ¤βʪΥ졼Ȥ¤Σ	Preparation of compounds having &lt;C=O groups bound only to carbon or hydrogen atoms; Preparation of chelates of such compounds [2]
C07C  45/26  \	1	1	4H006	C07C  45/26	16	úǡúǻŷο¤ˤΡΣ	by hydration of carbon-to-carbon triple bonds [3]
C07C  45/27  \	1	1	4H006	C07C  45/27	124	ˤΡΣ	by oxidation [3]
C07C  45/28  \	2	2	4H006	C07C  45/28	212	ãȣʬΡΣ	of &mdash;CH<sub>x</sub>-moieties [3]
C07C  45/29  \	2	2	4H006	C07C  45/29	594	ΡΣ	of hydroxy groups [3]
C07C  45/30  \	2	2	4H006	C07C  45/30	454	ϥͭʪѤΡ㡥ϥݥϥ͡ʣˡΣ	with halogen containing compounds, e.g. hypohalogenation [3]
C07C  45/31  \	2	2	4H006	C07C  45/31	6	丶Ҥͭ벽ʪѤΡβʪϡȤлǤˤäƤξǺ줿ΤǤ褤Σ	with compounds containing mercury atoms, which may be regenerated <u>in situ</u>, e.g. by oxygen [3]
C07C  45/32  \	2	2	4H006	C07C  45/32	66	ʬҾǤѤΡΣ	with molecular oxygen [3]
C07C  45/33  \	3	3	4H006	C07C  45/33	279	ãȣʬΡΣ	of CH<sub>x</sub>-moieties [3]
C07C  45/34  \	4	4	4H006	C07C  45/34	252	˰²ʪˤΣ	in unsaturated compounds [3]
C07C  45/35  \	5	5	4H006	C07C  45/35	590	ץڥޤϥ֥ƥˤΣ	in propene or isobutene [3]
C07C  45/36  \	5	5	4H006	C07C  45/36	145	˧Ĥͭ벽ʪˤΣ	in compounds containing six-membered aromatic rings [3]
C07C  45/37  \	3	3	4H006	C07C  45/37	122	ֿޡ״ΡáϴؤΡΣ	of &ni;C&mdash;O&mdash; functional groups to &lt;C=O groups [3]
C07C  45/38  \	4	4	4H006	C07C  45/38	216	ΡΣ	being a primary hydroxy group [3]
C07C  45/39  \	4	4	4H006	C07C  45/39	130	ΡΣ	being a secondary hydroxy group [3]
C07C  45/40  \	1	1	4H006	C07C  45/40	40	ˤˤΡʬˤΡΣ	by oxidation with ozone; by ozonolysis [3]
C07C  45/41  \	1	1	4H006	C07C  45/41	176	ܥޤϤδǽͶƳΤοźʬޤϴԸˤΡΣ	by hydrogenolysis or reduction of carboxylic groups or functional derivatives thereof [3]
C07C  45/42  \	1	1	4H006	C07C  45/42	238	ÿʬˤΡΣ	by hydrolysis [3]
C07C  45/43  \	2	2	4H006	C07C  45/43	57	ãآΡؤϥϥΣ	of &lt;CX<sub>2</sub> groups, X being halogen [3]
C07C  45/44  \	1	1	4H006	C07C  45/44	33	˥ȥδԸӲÿʬˤΡΣ	by reduction and hydrolysis of nitriles [3]
C07C  45/45  \	1	1	4H006	C07C  45/45	277	̹ˤΡΣ	by condensation [3]
C07C  45/46  \	2	2	4H006	C07C  45/46	243	ե꡼ǥ롽եȿˤΡΣ	Friedel-Crafts reactions [3]
C07C  45/47  \	2	2	4H006	C07C  45/47	5	ۥѤΡΣ	using phosgene [3]
C07C  45/48  \	2	2	4H006	C07C  45/48	67	æܥȿδͿΡΣ	involving decarboxylation [3]
C07C  45/49  \	1	1	4H006	C07C  45/49	172	úǤȤȿˤΡΣ	by reaction with carbon monoxide [3]
C07C  45/50  \	2	2	4H006	C07C  45/50	1074	ȿˤΡΣ	by oxo-reactions [3]
C07C  45/51  \	1	1	4H006	C07C  45/51	247	Ǯʬž̤ޤʬˤΡΣ	by pyrolysis, rearrangement or decomposition [3]
C07C  45/52  \	2	2	4H006	C07C  45/52	162	ƱʬΣĤοδͿæ太žȿˤΡΣ	by dehydration and rearrangement involving two hydroxy groups in the same molecule [3]
C07C  45/53  \	2	2	4H006	C07C  45/53	165	ҥɥѡɤΡΣ	of hydroperoxides [3]
C07C  45/54  \	2	2	4H006	C07C  45/54	109	ŷ礷ƤǸҤͭ벽ʪΡ㡥ƥΣ	of compounds containing doubly bound oxygen atoms, e.g. esters [3]
C07C  45/55  \	2	2	4H006	C07C  45/55	16	ʪΥꥴޡޤϥݥޡΡΣ	of oligo- or polymeric oxo-compounds [3]
C07C  45/56  \	1	1	4H006	C07C  45/56	30	ʣǴļʪΤΡʣããͥˡΣ	from heterocyclic compounds (C07C 45/55 takes precedence) [3]
C07C  45/57  \	2	2	4H006	C07C  45/57	34	ۼ︶ҤȤƻǸҤͭΡΣ	with oxygen as the only hetero atom [3]
C07C  45/58  \	3	3	4H006	C07C  45/58	104	ĤΡΣ	in three-membered rings [3]
C07C  45/59  \	3	3	4H006	C07C  45/59	109	ĤΡʥʥɤΤΣããˡΣ	in five-membered rings (from ozonides C07C 45/40) [3]
C07C  45/60  \	3	3	4H006	C07C  45/60	50	ĤΡΣ	in six-membered rings [3]
C07C  45/61  \	1	1	4H006	C07C  45/61	174	áϴȼʤȿˤΡΣ	by reactions not involving the formation of &lt;C=O groups [3]
C07C  45/62  \	2	2	4H006	C07C  45/62	298	úǡúŷޤϻŷοǲˤΡΣ	by hydrogenation of carbon-to-carbon double or triple bonds [3]
C07C  45/63  \	2	2	4H006	C07C  45/63	261	ϥƳˤΡϥ󸶻Ҥ¾Υϥ󸶻Ҥˤäִ뤳ȤˤΡΣ	by introduction of halogen; by substitution of halogen atoms by other halogen atoms [3]
C07C  45/64  \	2	2	4H006	C07C  45/64	297	ñλǸҤͭ봱ǽƳˤΡΣ	by introduction of functional groups containing oxygen only in singly bound form [3]
C07C  45/65  \	2	2	4H006	C07C  45/65	318	ǸҤޤϴǽΥæˤΡǽοźʬˤΡΣ	by splitting-off hydrogen atoms or functional groups; by hydrogenolysis of functional groups [3]
C07C  45/66  \	3	3	4H006	C07C  45/66	113	æȿˤΡΣ	by dehydration [3]
C07C  45/67  \	2	2	4H006	C07C  45/67	225	ˤΡúǹʤ礭Ѳ뤳ȤˤΡΣ	by isomerisation; by change of size of the carbon skeleton [3]
C07C  45/68  \	3	3	4H006	C07C  45/68	464	úǿäˤΡΣ	by increase in the number of carbon atoms [3]
C07C  45/69  \	4	4	4H006	C07C  45/69	197	úǡúŷޤϻŷؤղäˤΡΣ	by addition to carbon-to-carbon double or triple bonds [3]
C07C  45/70  \	4	4	4H006	C07C  45/70	52	ñλǸҤͭ봱ǽȤȿˤΡΣ	by reaction with functional groups containing oxygen only in singly bound form [3]
C07C  45/71  \	5	5	4H006	C07C  45/71	59	ǤΡΣ	being hydroxy groups [3]
C07C  45/72  \	4	4	4H006	C07C  45/72	284	áϴͭ벽ʪȡáϴͭƱޤ¾βʪȤȿˤΡΣ	by reaction of compounds containing &lt;C=O groups with the same or other compounds containing &lt;C=O groups [3]
C07C  45/73  \	5	5	4H006	C07C  45/73	45	ǲȤ߹礻ΡΣ	combined with hydrogenation [3]
C07C  45/74  \	5	5	4H006	C07C  45/74	213	æȤ߹礻ΡΣ	combined with dehydration [3]
C07C  45/75  \	5	5	4H006	C07C  45/75	141	ۥॢǥҥɤȤȿΣ	Reactions with formaldehyde [3]
C07C  45/76  \	3	3	4H006	C07C  45/76	12	ƥѤΡΣ	with the aid of ketenes [3]
C07C  45/77  \	1	1	4H006	C07C  45/77	111	ǥҥɤΥ졼ȤޤϥȥΥ졼Ȥ¤Σ	Preparation of chelates of aldehydes or ketones [3]
C07C  45/78  \	1	1	4H006	C07C  45/78	119	ʬΥ경źúޤλѡΣ	Separation; Purification; Stabilisation; Use of additives [3]
C07C  45/79  \	2	2	4H006	C07C  45/79	146	ǡսˤΡصˤΡΣ	by solid-liquid treatment; by chemisorption [3]
C07C  45/80  \	2	2	4H006	C07C  45/80	129	ասˤΡΣ	by liquid-liquid treatment [3]
C07C  45/81  \	2	2	4H006	C07C  45/81	136	ʪŪ֤ѲˤΡ㡥뾽Σ	by change in the physical state, e.g. crystallisation [3]
C07C  45/82  \	3	3	4H006	C07C  45/82	251	αˤΡΣ	by distillation [3]
C07C  45/83  \	4	4	4H006	C07C  45/83	18	оαˤΡΣ	by extractive distillation [3]
C07C  45/84  \	4	4	4H006	C07C  45/84	23	ʨαˤΡΣ	by azeotropic distillation [3]
C07C  45/85  \	2	2	4H006	C07C  45/85	150	ŪҤˤΡΣ	by treatment giving rise to a chemical modification [3]
C07C  45/86  \	2	2	4H006	C07C  45/86	128	źúޤλѡ㡥경ΤΤΡΣ	Use of additives, e.g. for stabilisation [3]
C07C  45/87  \	1	1	4H006	C07C  45/87	2	ƥޤϥƥΤ¤Σ	Preparation of ketenes or dimeric ketenes [3]
C07C  45/88  \	2	2	4H006	C07C  45/88	3	ȥ󤫤ΤΡΣ	from ketones [3]
C07C  45/89  \	2	2	4H006	C07C  45/89	11	ܥλ̵ʪƥޤϻϥʪΤΡΣ	from carboxylic acids, their anhydrides, esters or halides [3]
C07C  45/90  \	2	2	4H006	C07C  45/90	18	ʬΥ경źúޤλѡΣ	Separation; Purification; Stabilisation; Use of additives [3]
C07C  46/00  \	0	0	4H006	C07C  46/00	139	Υ¤Σ	Preparation of quinones [3]
C07C  46/02  \	1	1	4H006	C07C  46/02	44	Υ¤ȿˤΡΣ	by oxidation giving rise to quinoid structures [3]
C07C  46/04  \	2	2	4H006	C07C  46/04	44	˧ĤִƤʤúǸҤΡΣ	of unsubstituted ring carbon atoms in six-membered aromatic rings [3]
C07C  46/06  \	2	2	4H006	C07C  46/06	82	˧ľξʤȤ⣱ĤοΡΣ	of at least one hydroxy group on a six-membered aromatic ring [3]
C07C  46/08  \	3	3	4H006	C07C  46/08	50	ʬҾǤѤΡΣ	with molecular oxygen [3]
C07C  46/10  \	1	1	4H006	C07C  46/10	121	ʬΥ경źúޤλѡΣ	Separation; Purification; Stabilisation; Use of additives [3]
C07C  47/00  \	0	0	4H006	C07C  47/00	32	ãȣϴĲʪ	Compounds having &mdash;CHO groups
C07C  47/02  \	1	1	4H006	C07C  47/02	1067	ļúǸҤޤϿǤ˷礷Ƥ롽ãȣϴ˰²ʪ	Saturated compounds having &mdash;CHO groups bound to acyclic carbon atoms or to hydrogen
C07C  47/04  \	2	2	4H006	C07C  47/04	130	ۥॢǥҥ	Formaldehyde
C07C  47/042  \	3	3	4H006	C07C  47/042	7	úǤ¤Σ	Preparation from carbon monoxide [3]
C07C  47/045  \	3	3	4H006	C07C  47/045	28	Źˤ¤Σ	Preparation by depolymerisation [3]
C07C  47/048  \	3	3	4H006	C07C  47/048	47	úǤλˤ¤Σ	Preparation by oxidation of hydrocarbons [3]
C07C  47/052  \	3	3	4H006	C07C  47/052	161	᥿Ρλˤ¤Σ	Preparation by oxidation of methanol [3]
C07C  47/055  \	4	4	4H006	C07C  47/055	85	ޤȤƵ°ޤϤβʪѤΡΣ	using noble metals or compounds thereof as catalysts [3]
C07C  47/058  \	3	3	4H006	C07C  47/058	10	ʬΥ경źúޤλѡΣ	Separation; Purification; Stabilisation; Use of additives [3]
C07C  47/058  A	3	0	4H006	C07C  47/058	110	ʬΥǻ	Separation, purification, condensation
C07C  47/058  B	3	0	4H006	C07C  47/058	93	경	Stabilization
C07C  47/058  Z	3	0	4H006	C07C  47/058	57	¾̴ޡѱաѥν	Others (including treatment of waste liquors or gases)
C07C  47/06  \	2	2	4H006	C07C  47/06	29	ȥǥҥ	Acetaldehyde
C07C  47/06  A	2	0	4H006	C07C  47/06	108	󤫤¤	Manufacture from acetaldehyde
C07C  47/06  B	2	0	4H006	C07C  47/06	77	ե󤫤¤	Manufacture from olefin
C07C  47/06  C	2	0	4H006	C07C  47/06	29	륢륳ݥ뤫¤	Manufacture from methyl alcohol
C07C  47/06  D	2	0	4H006	C07C  47/06	76	úǵڤӿǤ¤̣äͥ	Manufacture from carbon monoxide and hydrogen (C takes precedence.)
C07C  47/06  Z	2	0	4H006	C07C  47/06	108	¾	Others
C07C  47/07  \	3	3	4H006	C07C  47/07	137	ˤ¤Σ	Preparation by oxidation [3]
C07C  47/09  \	3	3	4H006	C07C  47/09	58	ʬΥ경źúޤλѡΣ	Separation; Purification; Stabilisation; Use of additives [3]
C07C  47/105  \	2	2	4H006	C07C  47/105	6	ĤͭΡΣ	containing rings [3]
C07C  47/11  \	3	3	4H006	C07C  47/11	55	ñļΤΡΣ	monocyclic [3]
C07C  47/115  \	3	3	4H006	C07C  47/115	21	̹ķϤͭΡΣ	containing condensed ring systems [3]
C07C  47/12  \	2	2	4H006	C07C  47/12	145	ʾΡãȣϴͭ	containing more than one &mdash;CHO group
C07C  47/127  \	3	3	4H006	C07C  47/127	104	ꥪΣ	Glyoxal [3]
C07C  47/133  \	3	3	4H006	C07C  47/133	5	ĤͭΡΣ	containing rings [3]
C07C  47/14  \	2	2	4H006	C07C  47/14	152	ϥޤ	containing halogen
C07C  47/16  \	3	3	4H006	C07C  47/16	3	ȥꥯȥǥҥ	Trichloroacetaldehyde
C07C  47/17  \	3	3	4H006	C07C  47/17	7	ĤͭΡΣ	containing rings [3]
C07C  47/19  \	2	2	4H006	C07C  47/19	310	ͭΡΣ	containing hydroxy groups [2,3]
C07C  47/192  \	3	3	4H006	C07C  47/192	11	ĤͭΡΣ	containing rings [3]
C07C  47/195  \	3	3	4H006	C07C  47/195	9	ϥͭΡΣ	containing halogen [3]
C07C  47/198  \	2	2	4H006	C07C  47/198	138	ƥ𡤡ֿޡ״𡤡ֿޡ״𡤤ޤϡֿޡ״ͭΡΣ	containing ether groups, [figure] groups, [figure] groups, or [figure] groups [3]
C07C  47/20  \	1	1	4H006	C07C  47/20	85	ļúǸҤ˷礷Ƥ롽ãȣϴ˰²ʪ	Unsaturated compounds having &mdash;CHO groups bound to acyclic carbon atoms
C07C  47/21  \	2	2	4H006	C07C  47/21	660	˰·ȤúǡúŷΤߤͭΡΣ	with only carbon-to-carbon double bonds as unsaturation [3]
C07C  47/22  \	3	3	4H006	C07C  47/22	79	쥤󡨥᥿쥤Σ	Acrylaldehyde; Methacrylaldehyde [3]
C07C  47/22  A	3	0	4H006	C07C  47/22	648	ͣڤӣ£餬ɬܤζ°޷Ϥˤꥪեǻ	Oxygen oxidation of olefin by metallic catalysts that mandatorily contain Mo and Bi
C07C  47/22  B	3	0	4H006	C07C  47/22	84	ͣ郎ɬܤǣ£餬Ū˵ܤƤ°޷Ϥˤꥪեǻ	Oxygen oxidation of olefin by metallic catalyst that mandatorily contains Mo and contains Bi on a selective basis
C07C  47/22  C	3	0	4H006	C07C  47/22	112	ͣ郎ɬܤǣ£餬ɬޤޤʤ°޷Ϥˤꥪեǻ	Oxygen oxidation of olefin by metallic catalyst that mandatorily contains Mo but does not contain Bi
C07C  47/22  D	3	0	4H006	C07C  47/22	58	ͣ郎Ū˵ܤƤ°޷Ϥˤꥪեǻ	Oxygen oxidation of olefin by metallic catalyst that contains Bi on a selective basis
C07C  47/22  E	3	0	4H006	C07C  47/22	19	ͣ郎ɬޤޤ줺ġ£餬ɬŪ˵ܤƤ°޷Ϥˤꥪեǻ	Oxygen oxidation of olefin by metallic catalysts that does not contain Mo, and contains Bi mandatorily or on a selective basis
C07C  47/22  F	3	0	4H006	C07C  47/22	103	ͣڤӣ£餬ɬޤޤʤ޷Ϥˤꥪեǻ	Oxygen oxidation of olefin by metallic catalysts that contain neither Mo nor Bi
C07C  47/22  G	3	0	4H006	C07C  47/22	247	եǻΤǡ޷ϤʳħΡ㡥̥ǥҥɴͭʪʬΥޤ¤ħΡ	Oxygen oxidation of olefin and characterized by manufacturing methods other than catalyst compositions e.g. including separation or recovery of products containing aldehyde
C07C  47/22  H	3	0	4H006	C07C  47/22	242	եλǻʳˡ	Methods other than oxygen oxidation of olefin
C07C  47/22  J	3	1	4H006	C07C  47/22	170	֥륢륳ݥλˤ	Oxidation of butyl alcohol
C07C  47/22  K	3	0	4H006	C07C  47/22	75	ǥҥɤñΥ경̣ǡȡʤͥ	Isolation, purification or stabilization of aldehyde (G, H or J takes precedence.)
C07C  47/22  Z	3	0	4H006	C07C  47/22	88	¾	Others
C07C  47/222  \	2	2	4H006	C07C  47/222	16	˰·ȤúǡúǻŷΤߤͭΡΣ	with only carbon-to-carbon triple bonds as unsaturation [3]
C07C  47/225  \	2	2	4H006	C07C  47/225	135	˧İʳδĤͭΡΣ	containing rings other than six-membered aromatic rings [3]
C07C  47/228  \	2	2	4H006	C07C  47/228	286	˧ĤͭΡ㡥ե˥륢ȥǥҥɡΣ	containing six-membered aromatic rings, e.g. phenylacetaldehyde [3]
C07C  47/23  \	3	3	4H006	C07C  47/23	23	¿ļΤΡΣ	polycyclic [3]
C07C  47/232  \	3	3	4H006	C07C  47/232	144	˧İʳ˰·ĤΡΣ	having unsaturation outside the aromatic rings [3]
C07C  47/235  \	2	2	4H006	C07C  47/235	25	˧Ĥ¾δĤͭΡΣ	containing six-membered aromatic rings and other rings [3]
C07C  47/238  \	3	3	4H006	C07C  47/238	15	˧İʳ˰·ĤΡΣ	having unsaturation outside the aromatic rings [3]
C07C  47/24  \	2	2	4H006	C07C  47/24	110	ϥޤ	containing halogen
C07C  47/26  \	2	2	4H006	C07C  47/26	17	ͭΡΣ	containing hydroxy groups [3]
C07C  47/263  \	3	3	4H006	C07C  47/263	55	ļΤΡΣ	acyclic [3]
C07C  47/267  \	3	3	4H006	C07C  47/267	29	˧İʳδĤͭΡΣ	containing rings other than six-membered aromatic rings [3]
C07C  47/27  \	3	3	4H006	C07C  47/27	61	˧ĤͭΡΣ	containing six-membered aromatic rings [3]
C07C  47/273  \	3	3	4H006	C07C  47/273	16	ϥͭΡΣ	containing halogen [3]
C07C  47/277  \	2	2	4H006	C07C  47/277	239	ƥ𡤡ֿޡ״𡤡ֿޡ״𡤤ޤϡֿޡ״ͭΡΣ	containing ether groups, [figure] groups, [figure] groups, or [figure] groups [3]
C07C  47/28  \	1	1	4H006	C07C  47/28	19	˧İʳδĤúǸҤ˷礷Ƥ롽ãȣϴ˰²ʪ	Saturated compounds having &mdash;CHO groups bound to carbon atoms of rings other than six-membered aromatic rings
C07C  47/293  \	2	2	4H006	C07C  47/293	11	ޤϣĤͭΡΣ	with a three- or four-membered ring [3]
C07C  47/30  \	2	2	4H006	C07C  47/30	9	Ĥͭ	with a five-membered ring
C07C  47/32  \	2	2	4H006	C07C  47/32	56	Ĥͭ	with a six-membered ring
C07C  47/33  \	2	2	4H006	C07C  47/33	9	ĤͭΡΣ	with a seven- to twelve-membered ring [3]
C07C  47/34  \	2	2	4H006	C07C  47/34	11	¿ļΤ	polycyclic
C07C  47/347  \	3	3	4H006	C07C  47/347	76	̹ķϾˡãȣϴĤΡΣ	having a &mdash;CHO group on a condensed ring system [3]
C07C  47/353  \	2	2	4H006	C07C  47/353	13	ϥͭΡΣ	containing halogen [3]
C07C  47/36  \	2	2	4H006	C07C  47/36	28	ͭ	containing hydroxy groups
C07C  47/37  \	2	2	4H006	C07C  47/37	23	ƥ𡤡ֿޡ״𡤡ֿޡ״𡤤ޤϡֿޡ״ͭΡΣ	containing ether groups, [figure] groups, [figure] groups, or [figure] groups [3]
C07C  47/38  \	1	1	4H006	C07C  47/38	16	˧İʳδĤúǸҤ˷礹롽ãȣϴ˰²ʪ	Unsaturated compounds having &mdash;CHO groups bound to carbon atoms of rings other than six-membered aromatic rings
C07C  47/395  \	2	2	4H006	C07C  47/395	2	ޤϣĤͭΡΣ	with a three- or four-membered ring [3]
C07C  47/40  \	2	2	4H006	C07C  47/40	7	ĤͭΡΣ	with a five-membered ring [3]
C07C  47/42  \	2	2	4H006	C07C  47/42	60	ĤͭΡΣ	with a six-membered ring [3]
C07C  47/43  \	2	2	4H006	C07C  47/43	5	ĤͭΡΣ	with a seven- to twelve-membered ring [3]
C07C  47/44  \	2	2	4H006	C07C  47/44	7	¿ļΤΡΣ	polycyclic [3]
C07C  47/445  \	3	3	4H006	C07C  47/445	66	̹ķϤͭΡΣ	containing a condensed ring system [3]
C07C  47/45  \	2	2	4H006	C07C  47/45	39	İʳ˰·ĤΡΣ	having unsaturation outside the rings [2]
C07C  47/453  \	2	2	4H006	C07C  47/453	20	˧ĤͭΡΣ	containing six-membered aromatic rings [3]
C07C  47/457  \	2	2	4H006	C07C  47/457	8	ϥͭΡΣ	containing halogen [3]
C07C  47/46  \	2	2	4H006	C07C  47/46	51	ͭ	containing hydroxy groups
C07C  47/47  \	2	2	4H006	C07C  47/47	34	ƥ𡤡ֿޡ״𡤡ֿޡ״𡤤ޤϡֿޡ״ͭΡΣ	containing ether groups, [figure] groups, [figure] groups, or [figure] groups [3]
C07C  47/52  \	1	1	4H006	C07C  47/52	129	˧ĤúǸҤ˷礷Ƥ롽ãȣϴĲʪ	Compounds having &mdash;CHO groups bound to carbon atoms of six-membered aromatic rings
C07C  47/54  \	2	2	4H006	C07C  47/54	281	٥󥺥ǥҥ	Benzaldehyde
C07C  47/542  \	2	2	4H006	C07C  47/542	160	륭벽٥󥺥ǥҥɡΣ	Alkylated benzaldehydes [3]
C07C  47/544  \	2	2	4H006	C07C  47/544	62	ۥߥ롽٥󥼥󡨤Υ륭벽ͶƳΡΣ	Diformyl-benzenes; Alkylated derivatives thereof [3]
C07C  47/546  \	2	2	4H006	C07C  47/546	144	¿ļΤΡΣ	polycyclic [3]
C07C  47/548  \	2	2	4H006	C07C  47/548	48	˧İʳ˰·ĤΡΣ	having unsaturation outside the six-membered aromatic rings [3]
C07C  47/55  \	2	2	4H006	C07C  47/55	229	ϥͭΡΣ	containing halogen [2]
C07C  47/56  \	2	2	4H006	C07C  47/56	51	ͭ	containing hydroxy groups
C07C  47/565  \	3	3	4H006	C07C  47/565	251	٤Ƥο𤬴Ĥ˷礷ƤΡΣ	all hydroxy groups bound to the ring [3]
C07C  47/57  \	3	3	4H006	C07C  47/57	71	¿ļΤΡΣ	polycyclic [3]
C07C  47/575  \	2	2	4H006	C07C  47/575	537	ƥ𡤡ֿޡ״𡤡ֿޡ״𡤤ޤϡֿޡ״ͭΡΣ	containing ether groups, [figure] groups, [figure] groups, or [figure] groups [3]
C07C  47/58  \	3	3	4H006	C07C  47/58	107	Х˥	Vanillin
C07C  49/00  \	0	0	4H006	C07C  49/00	46	ȥ󡨥ƥ̲ƥ󡨥ȥ졼	Ketones; Ketenes; Dimeric ketenes; Ketonic chelates
C07C  49/04  \	1	1	4H006	C07C  49/04	40	ļúǸҤ˷礷Ƥ륱ȴͭ˰²ʪ	Saturated compounds containing keto groups bound to acyclic carbon atoms
C07C  49/04  A	1	0	4H006	C07C  49/04	379	áϴȼȿˤ	By reactions involving creation of &gt;C=O group
C07C  49/04  E	1	0	4H006	C07C  49/04	206	áϴȼʤȿˤ	By reactions not involving creation of &gt;C=O group
C07C  49/04  J	1	0	4H006	C07C  49/04	31	ʬΥ경	Separation, purification, stabilization
C07C  49/04  Z	1	0	4H006	C07C  49/04	40	¾̢ʪ	Others (_ new compounds)
C07C  49/08  \	2	2	4H006	C07C  49/08	20	ȥΣ	Acetone [3]
C07C  49/08  A	2	0	4H006	C07C  49/08	286	áϴȼȿˤ	By reactions involving creation of &gt;C=O group
C07C  49/08  E	2	0	4H006	C07C  49/08	11	áϴȼʤȿˤ	By reactions not involving creation of &gt;C=O group
C07C  49/08  J	2	0	4H006	C07C  49/08	112	ʬΥ경	Separation, purification, stabilization
C07C  49/08  Z	2	0	4H006	C07C  49/08	29	¾Τ	Others
C07C  49/10  \	2	2	4H006	C07C  49/10	150	롽륱ȥΣ	Methyl-ethyl ketone [3]
C07C  49/105  \	2	2	4H006	C07C  49/105	10	ĤͭΡΣ	containing rings [3]
C07C  49/11  \	3	3	4H006	C07C  49/11	28	ñļΤΡΣ	monocyclic [3]
C07C  49/115  \	3	3	4H006	C07C  49/115	14	̹ķϤͭΡΣ	containing condensed ring systems [3]
C07C  49/12  \	2	2	4H006	C07C  49/12	159	İʾΥȴͭ륱ȥ	Ketones containing more than one keto group
C07C  49/14  \	3	3	4H006	C07C  49/14	63	륢ȥ󡨤ʤڥ󥿥󥸥	Acetylacetone, i.e. 2,4-pentanedione
C07C  49/15  \	3	3	4H006	C07C  49/15	9	ĤͭΡΣ	containing rings [3]
C07C  49/16  \	2	2	4H006	C07C  49/16	132	ϥޤ	containing halogen
C07C  49/163  \	3	3	4H006	C07C  49/163	12	ĤͭΡΣ	containing rings [3]
C07C  49/167  \	3	3	4H006	C07C  49/167	178	ϥȤƥեǤΤߤͭΡΣ	containing only fluorine as halogen [3]
C07C  49/17  \	2	2	4H006	C07C  49/17	8	ͭΡΣ	containing hydroxy groups [2]
C07C  49/17  A	2	0	4H006	C07C  49/17	79	áϴȼȿˤ	By reactions involving creation of &gt;C=O group
C07C  49/17  E	2	0	4H006	C07C  49/17	137	áϴȼʤȿˤ	By reactions not involving creation of &gt;C=O group
C07C  49/17  J	2	0	4H006	C07C  49/17	23	ʬΥ경	Separation, purification, stabilization
C07C  49/17  Z	2	0	4H006	C07C  49/17	41	¾Τ	Others
C07C  49/172  \	3	3	4H006	C07C  49/172	11	ĤͭΡΣ	containing rings [3]
C07C  49/173  \	3	3	4H006	C07C  49/173	38	ϥͭΡΣ	containing halogen [3]
C07C  49/175  \	2	2	4H006	C07C  49/175	14	ƥ𡤡ֿޡ״𡤡ֿޡ״𡤤ޤϡֿޡ״ͭΡΣ	containing ether groups, [figure] groups, [figure] groups, or [figure] groups [2,3]
C07C  49/175  A	2	0	4H006	C07C  49/175	105	ֿޡס棱	[figure], (n&ge;1)
C07C  49/175  B	2	0	4H006	C07C  49/175	27	ֿޡ	[figure]
C07C  49/175  Z	2	0	4H006	C07C  49/175	35	¾Τ	Others
C07C  49/185  \	2	2	4H006	C07C  49/185	70	ãȣϴͭΡΣ	containing &mdash;CHO groups [3]
C07C  49/20  \	1	1	4H006	C07C  49/20	10	ļúǸҤ˷礷Ƥ륱ȴͭ˰²ʪ	Unsaturated compounds containing keto groups bound to acyclic carbon atoms
C07C  49/20  A	1	0	4H006	C07C  49/20	74	áϴȼȿˤ	By reactions involving creation of &gt;C=O group
C07C  49/20  E	1	0	4H006	C07C  49/20	64	áϴȼʤȿˤ	By reactions not involving creation of &gt;C=O group
C07C  49/20  J	1	0	4H006	C07C  49/20	1	ʬΥ경	Separation, purification, stabilization
C07C  49/20  Z	1	0	4H006	C07C  49/20	34	¾Τ	Others
C07C  49/203  \	2	2	4H006	C07C  49/203	20	˰·ȤúǡúŷΤߤͭΡΣ	with only carbon-to-carbon double bonds as unsaturation [3]
C07C  49/203  A	2	0	4H006	C07C  49/203	142	áϴȼȿˤ	By reactions involving creation of &gt;C=O group
C07C  49/203  E	2	0	4H006	C07C  49/203	220	áϴȼʤȿˤ	By reactions not involving creation of &gt;C=O group
C07C  49/203  J	2	0	4H006	C07C  49/203	23	ʬΥ경	Separation, purification, stabilization
C07C  49/203  Z	2	0	4H006	C07C  49/203	54	¾Τ	Others
C07C  49/205  \	3	3	4H006	C07C  49/205	12	롽ӥ˥륱ȥΣ	Methyl-vinyl ketone [3]
C07C  49/207  \	2	2	4H006	C07C  49/207	18	˰·ȤúǡúǻŷΤߤͭΡΣ	with only carbon-to-carbon triple bonds as unsaturation [3]
C07C  49/21  \	2	2	4H006	C07C  49/21	117	˧İʳδĤͭΡΣ	containing rings other than six-membered aromatic rings [3]
C07C  49/213  \	2	2	4H006	C07C  49/213	149	˧ĤͭΡΣ	containing six-membered aromatic rings [3]
C07C  49/215  \	3	3	4H006	C07C  49/215	37	¿ļΤΡΣ	polycyclic [3]
C07C  49/217  \	3	3	4H006	C07C  49/217	79	˧İʳ˰·ĤΡΣ	having unsaturation outside the aromatic rings [3]
C07C  49/223  \	4	4	4H006	C07C  49/223	25	¿ļΤΡΣ	polycyclic [3]
C07C  49/225  \	2	2	4H006	C07C  49/225	30	˧Ĥ¾δĤͭΡΣ	containing six-membered aromatic rings and other rings [3]
C07C  49/227  \	2	2	4H006	C07C  49/227	68	ϥͭΡΣ	containing halogen [3]
C07C  49/23  \	3	3	4H006	C07C  49/23	10	˧İʳδĤͭΡΣ	containing rings other than six-membered aromatic rings [3]
C07C  49/233  \	3	3	4H006	C07C  49/233	82	˧ĤͭΡΣ	containing six-membered aromatic rings [3]
C07C  49/235  \	4	4	4H006	C07C  49/235	33	˧İʳ˰·ĤΡΣ	having unsaturation outside the aromatic rings [3]
C07C  49/237  \	3	3	4H006	C07C  49/237	7	˧Ĥ¾δĤͭΡΣ	containing six-membered aromatic rings and other rings [3]
C07C  49/24  \	2	2	4H006	C07C  49/24	96	ͭ	containing hydroxy groups
C07C  49/242  \	3	3	4H006	C07C  49/242	29	˧İʳδĤͭΡΣ	containing rings other than six-membered aromatic rings [3]
C07C  49/245  \	3	3	4H006	C07C  49/245	115	˧ĤͭΡΣ	containing six-membered aromatic rings [3]
C07C  49/248  \	4	4	4H006	C07C  49/248	67	˧İʳ˰·ĤΡΣ	having unsaturation outside the aromatic rings [3]
C07C  49/252  \	3	3	4H006	C07C  49/252	13	˧Ĥ¾δĤͭΡΣ	containing six-membered aromatic rings and other rings [3]
C07C  49/255  \	2	2	4H006	C07C  49/255	48	ƥ𡤡ֿޡ״𡤡ֿޡ״𡤤ޤϡֿޡ״ͭΡΣ	containing ether groups, [figure] groups, [figure] groups, or [figure] groups [3]
C07C  49/255  A	2	0	4H006	C07C  49/255	95	ֿޡס棱	[figure], (n&ge;1)
C07C  49/255  B	2	0	4H006	C07C  49/255	221	ֿޡפޤϡֿޡ	[figure] or [figure]
C07C  49/255  Z	2	0	4H006	C07C  49/255	60	¾Τ	Others
C07C  49/258  \	2	2	4H006	C07C  49/258	43	ãȣϴͭΡΣ	containing &mdash;CHO groups [3]
C07C  49/29  \	1	1	4H006	C07C  49/29	26	Ĥ˷礷Ƥ륱ȴͭ˰²ʪΣ	Saturated compounds containing keto groups bound to rings [3]
C07C  49/293  \	2	2	4H006	C07C  49/293	17	ޤϣĤˡΣ	to a three- or four-membered ring [3]
C07C  49/297  \	2	2	4H006	C07C  49/297	17	ĤˡΣ	to a five-membered ring [3]
C07C  49/303  \	2	2	4H006	C07C  49/303	50	ĤˡΣ	to a six-membered ring [3]
C07C  49/307  \	2	2	4H006	C07C  49/307	9	ĤˡΣ	to a seven- to twelve-membered ring [3]
C07C  49/313  \	2	2	4H006	C07C  49/313	11	¿ļΤΡΣ	polycyclic [3]
C07C  49/317  \	3	3	4H006	C07C  49/317	13	ȴ˷礷ƤúǸҤȤ˴Ĥ°ƤΡΣ	both carbon atoms bound to the keto group belonging to rings [3]
C07C  49/323  \	3	3	4H006	C07C  49/323	32	̹ķϤ˷礷Ƥ륱ȴĤΡΣ	having keto groups bound to condensed ring systems [3]
C07C  49/327  \	2	2	4H006	C07C  49/327	20	ϥͭΡΣ	containing halogen [3]
C07C  49/333  \	3	3	4H006	C07C  49/333	2	¿ļΤΡΣ	polycyclic [3]
C07C  49/337  \	2	2	4H006	C07C  49/337	41	ͭΡΣ	containing hydroxy groups [3]
C07C  49/345  \	3	3	4H006	C07C  49/345	7	¿ļΤΡΣ	polycyclic [3]
C07C  49/35  \	2	2	4H006	C07C  49/35	36	ƥ𡤡ֿޡ״𡤡ֿޡ״𡤤ޤϡֿޡ״ͭΡΣ	containing ether groups, [figure] groups, [figure] groups, or [figure] groups [3]
C07C  49/355  \	2	2	4H006	C07C  49/355	4	ãȣϴͭΡΣ	containing &mdash;CHO groups [3]
C07C  49/385  \	1	1	4H006	C07C  49/385	16	ʬƤ륱ȴͭ˰²ʪΣ	Saturated compounds containing a keto group being part of a ring [3]
C07C  49/385  A	1	0	4H006	C07C  49/385	130	áϴȼȿˤ	By reactions involving creation of &gt;C=O group
C07C  49/385  E	1	0	4H006	C07C  49/385	67	áϴȼʤȿˤ	By reactions not involving creation of &gt;C=O group
C07C  49/385  J	1	0	4H006	C07C  49/385	11	ʬΥ경	Separation, purification, stabilization
C07C  49/385  Z	1	0	4H006	C07C  49/385	37	¾ΤΡ̢ʪ	Others (_ new compounds)
C07C  49/39  \	2	2	4H006	C07C  49/39	23	ޤϣĤΡΣ	of a three- or four-membered ring [3]
C07C  49/395  \	2	2	4H006	C07C  49/395	145	ĤΡΣ	of a five-membered ring [3]
C07C  49/403  \	2	2	4H006	C07C  49/403	35	ĤΡΣ	of a six-membered ring [3]
C07C  49/403  A	2	0	4H006	C07C  49/403	509	áϴȼȿˤ	By reactions involving creation of &gt;C=O group
C07C  49/403  E	2	0	4H006	C07C  49/403	72	áϴȼʤȿˤ	By reactions not involving creation of &gt;C=O group
C07C  49/403  J	2	0	4H006	C07C  49/403	65	ʬΥ경	Separation, purification, stabilization
C07C  49/403  Z	2	0	4H006	C07C  49/403	28	¾ΤΡ̢ʪ	Others (_ new compounds)
C07C  49/407  \	3	3	4H006	C07C  49/407	31	ȥΣ	Menthones [3]
C07C  49/413  \	2	2	4H006	C07C  49/413	134	ĤΡΣ	of a seven- to twelve-membered ring [3]
C07C  49/417  \	2	2	4H006	C07C  49/417	52	¿ļΤΡΣ	polycyclic [3]
C07C  49/423  \	3	3	4H006	C07C  49/423	25	ȴ𤬽̹ķϤΰƤΡΣ	a keto group being part of a condensed ring system [3]
C07C  49/427  \	4	4	4H006	C07C  49/427	30	ĤδĤĤΡΣ	having two rings [3]
C07C  49/433  \	5	5	4H006	C07C  49/433	75	̹ķϤĤúǸҤͭΡΣ	the condensed ring system containing seven carbon atoms [3]
C07C  49/437  \	6	6	4H006	C07C  49/437	41	Ǿե󥳥Σ	Camphor; Fenchone [3]
C07C  49/443  \	5	5	4H006	C07C  49/443	28	̹ķϤޤϣĤúǸҤͭΡΣ	the condensed ring system containing eight or nine carbon atoms [3]
C07C  49/447  \	5	5	4H006	C07C  49/447	30	̹ķϤĤúǸҤͭΡΣ	the condensed ring system containing ten carbon atoms [3]
C07C  49/453  \	4	4	4H006	C07C  49/453	124	ĤδĤĤΡΣ	having three rings [3]
C07C  49/457  \	2	2	4H006	C07C  49/457	54	ϥͭΡΣ	containing halogen [3]
C07C  49/463  \	3	3	4H006	C07C  49/463	26	ȴ𤬣ĤδʬƤΡΣ	a keto group being part of a six-membered ring [3]
C07C  49/467  \	3	3	4H006	C07C  49/467	5	¿ļΤΡΣ	polycyclic [3]
C07C  49/473  \	4	4	4H006	C07C  49/473	3	ȴ𤬽̹ķϤδʬƤΡΣ	a keto group being part of a condensed ring system [3]
C07C  49/477  \	5	5	4H006	C07C  49/477	23	ĤδĤĤΡΣ	having two rings [3]
C07C  49/483  \	5	5	4H006	C07C  49/483	14	ĤδĤĤΡΣ	having three rings [3]
C07C  49/487  \	2	2	4H006	C07C  49/487	21	ͭΡΣ	containing hydroxy groups [3]
C07C  49/493  \	3	3	4H006	C07C  49/493	46	ȴ𤬣ĤδʬƤΡΣ	a keto group being part of a three- to five-membered ring [3]
C07C  49/497  \	3	3	4H006	C07C  49/497	68	ȴ𤬣ĤδʬƤΡΣ	a keto group being part of a six-membered ring [3]
C07C  49/503  \	3	3	4H006	C07C  49/503	15	ȴ𤬣ĤδʬƤΡΣ	a keto group being part of a seven- to twelve-membered ring [3]
C07C  49/507  \	3	3	4H006	C07C  49/507	18	¿ļΤΡΣ	polycyclic [3]
C07C  49/513  \	4	4	4H006	C07C  49/513	107	ȴ𤬽̹ķϤδʬƤΡΣ	a keto group being part of a condensed ring system [3]
C07C  49/517  \	2	2	4H006	C07C  49/517	128	ƥ𡤡ֿޡ״𡤡ֿޡ״𡤤ޤϡֿޡ״ͭΡΣ	containing ether groups, [figure] groups, [figure] groups, or [figure] groups [3]
C07C  49/523  \	2	2	4H006	C07C  49/523	27	ãȣϴͭΡΣ	containing &mdash;CHO groups [3]
C07C  49/527  \	1	1	4H006	C07C  49/527	25	˧İʳδĤ˷礷Ƥ륱ȴͭ˰²ʪΣ	Unsaturated compounds containing keto groups bound to rings other than six-membered aromatic rings [3]
C07C  49/533  \	2	2	4H006	C07C  49/533	7	ޤϣĤˡΣ	to a three- or four-membered ring [3]
C07C  49/537  \	2	2	4H006	C07C  49/537	11	ĤˡΣ	to a five-membered ring [3]
C07C  49/543  \	2	2	4H006	C07C  49/543	55	ĤˡΣ	to a six-membered ring [3]
C07C  49/547  \	2	2	4H006	C07C  49/547	7	ĤˡΣ	to a seven- to twelve-membered ring [3]
C07C  49/553  \	2	2	4H006	C07C  49/553	65	¿ļΤΡΣ	polycyclic [3]
C07C  49/557  \	2	2	4H006	C07C  49/557	60	İʳ˰·ĤΡΣ	having unsaturation outside the rings [3]
C07C  49/563  \	2	2	4H006	C07C  49/563	30	˧ĤͭΡΣ	containing six-membered aromatic rings [3]
C07C  49/567  \	2	2	4H006	C07C  49/567	41	ϥͭΡΣ	containing halogen [3]
C07C  49/573  \	2	2	4H006	C07C  49/573	46	ͭΡΣ	containing hydroxy groups [3]
C07C  49/577  \	2	2	4H006	C07C  49/577	60	ƥ𡤡ֿޡ״𡤡ֿޡ״𡤤ޤϡֿޡ״ͭΡΣ	containing ether groups, [figure] groups, [figure] groups, or [figure] groups [3]
C07C  49/583  \	2	2	4H006	C07C  49/583	9	ãȣϴͭΡΣ	containing &mdash;CHO groups [3]
C07C  49/587  \	1	1	4H006	C07C  49/587	7	ʬƤ륱ȴͭ˰²ʪΣ	Unsaturated compounds containing a keto group being part of a ring [3]
C07C  49/587  A	1	0	4H006	C07C  49/587	86	áϴȼȿˤ	By reactions involving creation of &gt;C=O group
C07C  49/587  E	1	0	4H006	C07C  49/587	119	áϴȼʤȿˤ	By reactions not involving creation of &gt;C=O group
C07C  49/587  J	1	0	4H006	C07C  49/587	7	ʬΥ경	Separation, purification, stabilization
C07C  49/587  Z	1	0	4H006	C07C  49/587	70	¾ΤΡ̢ʪ	Others (_ new compounds)
C07C  49/593  \	2	2	4H006	C07C  49/593	6	ޤϣĤΡΣ	of a three- or four-membered ring [3]
C07C  49/597  \	2	2	4H006	C07C  49/597	153	ĤΡΣ	of a five-membered ring [3]
C07C  49/603  \	2	2	4H006	C07C  49/603	214	ĤΤΡ㡥ΥɡΣ	of a six-membered ring, e.g. quinone methides
C07C  49/607  \	2	2	4H006	C07C  49/607	74	ĤΡΣ	of a seven- to twelve-membered ring [3]
C07C  49/613  \	2	2	4H006	C07C  49/613	58	¿ļΤΡΣ	polycyclic [3]
C07C  49/617  \	3	3	4H006	C07C  49/617	32	ȴ𤬽̹ķϤδʬƤΡΣ	a keto group being part of a condensed ring system [3]
C07C  49/623  \	4	4	4H006	C07C  49/623	49	ĤδĤĤΡΣ	having two rings [3]
C07C  49/627  \	5	5	4H006	C07C  49/627	27	̹ķϤĤúǸҤͭΡΣ	the condensed ring system containing seven carbon atoms [3]
C07C  49/633  \	5	5	4H006	C07C  49/633	36	̹ķϤޤϣĤúǸҤͭΡΣ	the condensed ring system containing eight or nine carbon atoms [3]
C07C  49/637  \	5	5	4H006	C07C  49/637	60	̹ķϤĤúǸҤͭΡΣ	the condensed ring system containing ten carbon atoms [3]
C07C  49/643  \	4	4	4H006	C07C  49/643	65	ĤδĤĤΡΣ	having three rings [3]
C07C  49/647  \	2	2	4H006	C07C  49/647	171	İʳ˰·ĤΡΣ	having unsaturation outside the ring [3]
C07C  49/653  \	3	3	4H006	C07C  49/653	140	¿ļΤΡΣ	polycyclic [3]
C07C  49/657  \	2	2	4H006	C07C  49/657	105	˧ĤͭΡΣ	containing six-membered aromatic rings [3]
C07C  49/665  \	3	3	4H006	C07C  49/665	62	ȴ𤬽̹ķϤδʬƤΡΣ	a keto group being part of a condensed ring system [3]
C07C  49/67  \	4	4	4H006	C07C  49/67	138	ĤδĤĤΡ㡥ƥȥΣ	having two rings, e.g. tetralones [3]
C07C  49/675  \	4	4	4H006	C07C  49/675	119	ĤδĤĤΡΣ	having three rings [3]
C07C  49/683  \	3	3	4H006	C07C  49/683	127	˧İʳ˰·ĤΡΣ	having unsaturation outside the aromatic rings [3]
C07C  49/687  \	2	2	4H006	C07C  49/687	77	ϥͭΡΣ	containing halogen [3]
C07C  49/693  \	3	3	4H006	C07C  49/693	36	¿ļΤΡΣ	polycyclic [3]
C07C  49/697  \	3	3	4H006	C07C  49/697	207	˧ĤͭΡΣ	containing six-membered aromatic rings [3]
C07C  49/703  \	2	2	4H006	C07C  49/703	65	ͭΡΣ	containing hydroxy groups [3]
C07C  49/707  \	3	3	4H006	C07C  49/707	204	ȴ𤬣ĤδʬƤΡΣ	a keto group being part of a three- to five-membered ring [3]
C07C  49/713  \	3	3	4H006	C07C  49/713	112	ȴ𤬣ĤδʬƤΡΣ	a keto group being part of a six-membered ring [3]
C07C  49/717  \	3	3	4H006	C07C  49/717	96	ȴ𤬣ĤδʬƤΡΣ	a keto group being part of a seven- to twelve-membered ring [3]
C07C  49/723  \	3	3	4H006	C07C  49/723	30	¿ļΤΡΣ	polycyclic [3]
C07C  49/727  \	4	4	4H006	C07C  49/727	31	ȴ𤬽̹ķϤδʬƤΡΣ	a keto group being part of a condensed ring system [3]
C07C  49/733  \	5	5	4H006	C07C  49/733	64	ĤδĤĤΡΣ	having two rings [3]
C07C  49/737  \	5	5	4H006	C07C  49/737	84	ĤδĤĤΡΣ	having three rings [3]
C07C  49/743  \	3	3	4H006	C07C  49/743	15	İʳ˰·ĤΡ㡥ե󡤥ץΣ	having unsaturation outside the rings, e.g. humulones, lupulones [3]
C07C  49/743  A	3	0	4H006	C07C  49/743	125		Three to five-membered rings
C07C  49/743  B	3	0	4H006	C07C  49/743	50	İʾ	Six-membered or more rings
C07C  49/743  C	3	0	4H006	C07C  49/743	55	¿ļ	Multi-ring types
C07C  49/743  Z	3	0	4H006	C07C  49/743	1	¾Τ	Others
C07C  49/747  \	3	3	4H006	C07C  49/747	22	˧ĤͭΡΣ	containing six-membered aromatic rings [3]
C07C  49/747  A	3	0	4H006	C07C  49/747	60	ȴ𤬣ĤδʬƤ	A keto group being part of a three to five-membered rings
C07C  49/747  B	3	0	4H006	C07C  49/747	84	ȴ𤬣İʾδʬƤ	A keto group being part of a six-membered or more rings
C07C  49/747  C	3	0	4H006	C07C  49/747	161	ȴ𤬽̹ķϤδʬƤ	A keto group being part of a condensed ring system
C07C  49/747  Z	3	0	4H006	C07C  49/747	3	¾Τ	Others
C07C  49/753  \	2	2	4H006	C07C  49/753	38	ƥ𡤡ֿޡ״𡤡ֿޡ״𡤤ޤϡֿޡ״ͭΡΣ	containing ether groups, [figure] groups, [figure] groups, or [figure] groups [3]
C07C  49/753  A	2	0	4H006	C07C  49/753	82	٤ƤΥݥƥλǸҤļúǸҤ˷礷Ƥ	Oxygen atoms of all the ether groups are bound by acrylic carbon atoms
C07C  49/753  B	2	0	4H006	C07C  49/753	175	ݥƥλǸҤ˧İʳδĤúǸҤ˷礷Ƥ	Oxygen atoms of ether groups are bound by carbon atoms rather than that of six-membered aromatic rings
C07C  49/753  C	2	0	4H006	C07C  49/753	226	ݥƥλǸҤ˧ĤúǸҤ˷礷Ƥ	Oxygen atoms of ether groups are bound by carbon atoms of six-membered aromatic rings
C07C  49/753  Z	2	0	4H006	C07C  49/753	31	¾Τ	Others
C07C  49/755  \	3	3	4H006	C07C  49/755	174	ȴ𤬡ʤȤ⣱ĤδĤ˧ĤǤ룲ޤϣĤδĤ̹ͭķϤδʬƤΡΣ	a keto group being part of a condensed ring system with two or three rings, at least one ring being a six-membered aromatic ring [3]
C07C  49/757  \	2	2	4H006	C07C  49/757	55	ãȣϴͭΡΣ	containing &mdash;CHO groups [3]
C07C  49/76  \	1	1	4H006	C07C  49/76	31	˧Ĥ˷礷Ƥ륱ȴͭ륱ȥʽ̹ķϤδʬ˧Ĥ˷礷Ƥ륱ȴĲʪãããã	Ketones containing a keto group bound to a six-membered aromatic ring (compounds having a keto group being part of a condensed ring system and being bound to a six-membered aromatic ring C07C 49/657-C07C 49/757)
C07C  49/76  A	1	0	4H006	C07C  49/76	148	áϴȼȿˤ	By reactions involving creation of &gt;C=O group
C07C  49/76  B	1	1	4H006	C07C  49/76	111	̹Τߤˤȿˤ	by reactions only by condensation
C07C  49/76  E	1	0	4H006	C07C  49/76	82	áϴȼʤȿˤ	By reactions not involving creation of &gt;C=O group
C07C  49/76  J	1	0	4H006	C07C  49/76	14	ʬΥ경	Separation, purification, stabilization
C07C  49/76  Z	1	0	4H006	C07C  49/76	93	¾ΤΡ̢ʪ	Others (_ new compounds)
C07C  49/78  \	2	2	4H006	C07C  49/78	213	ȥեΥ	Acetophenone
C07C  49/782  \	2	2	4H006	C07C  49/782	70	¿ļΤΡΣ	polycyclic [3]
C07C  49/784  \	3	3	4H006	C07C  49/784	239	٤ƤΥȴ̹Ĥ˷礷ƤΡΣ	with all keto groups bound to a non-condensed ring [3]
C07C  49/786  \	4	4	4H006	C07C  49/786	95	٥󥾥եΥΣ	Benzophenone [3]
C07C  49/788  \	3	3	4H006	C07C  49/788	67	ȴ𤬽̹ķϤ˷礷ƤΡΣ	with keto groups bound to a condensed ring system [3]
C07C  49/792  \	3	3	4H006	C07C  49/792	110	˧İʳδĤͭΡΣ	containing rings other than six-membered aromatic rings [3]
C07C  49/794  \	2	2	4H006	C07C  49/794	75	˧İʳ˰·ĤΡΣ	having unsaturation outside an aromatic ring [3]
C07C  49/796  \	3	3	4H006	C07C  49/796	67	¿ļΤΡΣ	polycyclic [3]
C07C  49/798  \	3	3	4H006	C07C  49/798	46	˧İʳδĤͭΡΣ	containing rings other than six-membered aromatic rings [3]
C07C  49/80  \	2	2	4H006	C07C  49/80	221	ϥޤ	containing halogen
C07C  49/807  \	3	3	4H006	C07C  49/807	108	٤ƤΥϥ󸶻ҤĤ˷礷ƤΡΣ	all halogen atoms bound to the ring [3]
C07C  49/813  \	3	3	4H006	C07C  49/813	267	¿ļΤΡΣ	polycyclic [3]
C07C  49/82  \	2	2	4H006	C07C  49/82	174	ͭΡΣ	containing hydroxy groups [3]
C07C  49/825  \	3	3	4H006	C07C  49/825	180	٤Ƥο𤬴Ĥ˷礷ƤΡΣ	all hydroxy groups bound to the ring [3]
C07C  49/83  \	3	3	4H006	C07C  49/83	42	¿ļΤΡΣ	polycyclic [3]
C07C  49/83  A	3	0	4H006	C07C  49/83	175	ֿޡ׹ʤͭ	With skeletons [figure]
C07C  49/83  Z	3	0	4H006	C07C  49/83	234	¾Τ	Others
C07C  49/835  \	3	3	4H006	C07C  49/835	122	˧İʳ˰·ĤΡΣ	having unsaturation outside an aromatic ring [3]
C07C  49/84  \	2	2	4H006	C07C  49/84	67	ƥ𡤡ֿޡ״𡤡ֿޡ״𡤤ޤϡֿޡ״ͭΡΣ	containing ether groups, [figure] groups, [figure] groups, or [figure] groups [2,3]
C07C  49/84  A	2	0	4H006	C07C  49/84	112	٤ƤΥݥƥλǸҤļúǸҤ˷礷Ƥ	Oxygen atoms of all the ether groups are bound by acrylic carbon atoms
C07C  49/84  B	2	0	4H006	C07C  49/84	24	ݥƥλǸҤ˧İʳδĤúǸҤ˷礷Ƥ	Oxygen atoms of ether groups are bound by carbon atoms rather than that of six-membered aromatic rings
C07C  49/84  C	2	0	4H006	C07C  49/84	494	ݥƥλǸҤ˧ĤúǸҤ˷礷Ƥ	Oxygen atoms of ether groups are bound by carbon atoms of six-membered aromatic rings
C07C  49/84  D	2	1	4H006	C07C  49/84	197	ϥͭ	Containing halogens
C07C  49/84  E	2	1	4H006	C07C  49/84	286	ͭ	Containing carbohydrate groups
C07C  49/84  F	2	0	4H006	C07C  49/84	44	ݥƥλǸҤ˧ĤúǸҤӣ˧İʳδĤúǸҤ˷礷Ƥ	having an ether-oxygen atom bound to carbon atoms of six-membered aromatic rings and carbon atoms of rings other than six-membered aromatic rings.
C07C  49/84  G	2	0	4H006	C07C  49/84	134	ݥƥλǸҤȤˣ˧ĤúǸҤ˷礷Ƥ	Oxygen atoms of ether groups are bound by carbon atoms of six-membered aromatic rings
C07C  49/84  Z	2	0	4H006	C07C  49/84	50	¾Τ	Others
C07C  49/86  \	2	2	4H006	C07C  49/86	60	ãȣϴͭΡΣ	containing &mdash;CHO groups [3]
C07C  49/88  \	1	1	4H006	C07C  49/88	27	ƥ̲ƥΣ	Ketenes; Dimeric ketenes [3]
C07C  49/90  \	2	2	4H006	C07C  49/90	26	ƥ󡤤ʤâȢϡΣ	Ketene, i.e. C<sub>2</sub>H<sub>2</sub>O [3]
C07C  49/92  \	1	1	4H006	C07C  49/92	605	ȥ졼ȡΣ	Ketonic chelates [3]
C07C  50/00  \	0	0	4H006	C07C  50/00	22	ΥΣ	Quinones
C07C  50/02  \	1	1	4H006	C07C  50/02	133	ñļΥɹ¤ͭΡΣ	with monocyclic quinoid structure [3]
C07C  50/04  \	2	2	4H006	C07C  50/04	99	٥󥾥Υ󡤤ʤâȢϢΣ	Benzoquinones, i.e. C<sub>6</sub>H<sub>4</sub>O<sub>2</sub> [3]
C07C  50/06  \	2	2	4H006	C07C  50/06	55	Υɹ¤ʳ˰·ͭΡΣ	with unsaturation outside the quinoid structure [3]
C07C  50/08  \	1	1	4H006	C07C  50/08	36	¿ļ̹祭Υɹ¤ͭΡΣ	with polycyclic non-condensed quinoid structure [3]
C07C  50/10  \	1	1	4H006	C07C  50/10	82	Υɹ¤ĤδĤ̹ͭķϤδʬƤΡΣ	the quinoid structure being part of a condensed ring system containing two rings [3]
C07C  50/12  \	2	2	4H006	C07C  50/12	114	ʥեȥΥ󡤤ʤâȢϢΣ	Naphthoquinones, i.e. C<sub>10</sub>H<sub>6</sub>O<sub>2</sub> [3]
C07C  50/14  \	2	2	4H006	C07C  50/14	91	ķϰʳ˰·ͭΡ㡥ӥߥˢΣ	with unsaturation outside the ring system, e.g. vitamin K<sub>1</sub> [3]
C07C  50/16  \	1	1	4H006	C07C  50/16	67	Υɹ¤ĤδĤ̹ͭķϤδʬƤΡΣ	the quinoid structure being part of a condensed ring system containing three rings [3]
C07C  50/18  \	2	2	4H006	C07C  50/18	192	ȥ饭Υ󡤤ʤâȢϢΣ	Anthraquinones, i.e. C<sub>14</sub>H<sub>8</sub>O<sub>2</sub> [3]
C07C  50/20  \	2	2	4H006	C07C  50/20	12	ķϰʳ˰·ͭΡΣ	with unsaturation outside the ring system [3]
C07C  50/22  \	1	1	4H006	C07C  50/22	23	Υɹ¤İʾδĤ̹ͭķϤδʬƤΡΣ	the quinoid structure being part of a condensed ring system containing four or more rings [3]
C07C  50/24  \	1	1	4H006	C07C  50/24	123	ϥͭΡΣ	containing halogen [3]
C07C  50/26  \	1	1	4H006	C07C  50/26	31	úǸҤñ礷ƤǸҤĴͭΡΣ	containing groups having oxygen atoms singly bound to carbon atoms [3]
C07C  50/28  \	2	2	4H006	C07C  50/28	266	ñļΥɹ¤ͭΡΣ	with monocyclic quinoid structure [3]
C07C  50/30  \	2	2	4H006	C07C  50/30	24	¿ļ̹祭Υɹ¤ͭΡΣ	with polycyclic non-condensed quinoid structure [3]
C07C  50/32  \	2	2	4H006	C07C  50/32	134	Υɹ¤ĤδĤĽ̹ķϤδʬƤΡΣ	the quinoid structure being part of a condensed ring system having two rings [3]
C07C  50/34  \	2	2	4H006	C07C  50/34	97	Υɹ¤ĤδĤĽ̹ķϤδʬƤΡΣ	the quinoid structure being part of a condensed ring system having three rings [3]
C07C  50/36  \	2	2	4H006	C07C  50/36	79	Υɹ¤İʾδĤĽ̹ķϤδʬƤΡΣ	the quinoid structure being part of a condensed ring system having four or more rings [3]
C07C  50/38  \	1	1	4H006	C07C  50/38	103	ãȣϤޤ󥭥ΥɥȴͭΡΣ	containing &mdash;CHO or non-quinoid keto groups [3]
C07C  51/00  \	0	0	4H006	C07C  51/00	424	ܥޤϤαϥʪޤϻ̵ʪ¤Σ	Preparation of carboxylic acids or their salts, halides, or anhydrides [2]
C07C  51/02  \	1	1	4H006	C07C  51/02	181	ܥα	from salts of carboxylic acids
C07C  51/04  \	1	1	4H006	C07C  51/04	76	ܥϥʪ	from carboxylic acid halides
C07C  51/06  \	1	1	4H006	C07C  51/06	139	ܥߥɤΤ󲽤ˤ	from carboxylic acid amides
C07C  51/08  \	1	1	4H006	C07C  51/08	250	˥ȥ뤫	from nitriles
C07C  51/083  \	1	1	4H006	C07C  51/083	60	ܥ̵ʪΣ	from carboxylic acid anhydrides [3]
C07C  51/087  \	2	2	4H006	C07C  51/087	46	ÿʬˤΡΣ	by hydrolysis [3]
C07C  51/09  \	1	1	4H006	C07C  51/09	1024	ܥƥޤϥ饯ȥ󤫤ʥܥƥΤ󲽣ãã	from carboxylic acid esters or lactones (saponification of carboxylic acid esters C07C 27/02)
C07C  51/093  \	1	1	4H006	C07C  51/093	47	ãآʣؤϥϥˤβÿʬˤΡΣ	by hydrolysis of &mdash;CX<sub>3</sub> groups, X being halogen [3]
C07C  51/097  \	1	1	4H006	C07C  51/097	6	˥ȥִͭʪޤϤͳΡΣ	from or <u>via</u> nitro-substituted organic compounds [3]
C07C  51/10  \	1	1	4H006	C07C  51/10	170	úǤȤȿˤ	by reaction with carbon monoxide
C07C  51/12  \	2	2	4H006	C07C  51/12	524	ͭʪλǴͭˤΡ㡥륳	on an oxygen-containing group in organic compounds, e.g. alcohols
C07C  51/14  \	2	2	4H006	C07C  51/14	252	ͭʪúǡú˰·ˤΡΣ	on a carbon-to-carbon unsaturated bond in organic compounds [3]
C07C  51/145  \	2	2	4H006	C07C  51/145	25	ƱȼΡΣ	with simultaneous oxidation [3]
C07C  51/15  \	1	1	4H006	C07C  51/15	277	ͭʪúǤȤȿˤΡ㡥١ߥåȹΣ	by reaction of organic compounds with carbon dioxide, e.g. Kolbe-Schmitt synthesis [2]
C07C  51/16  \	1	1	4H006	C07C  51/16	163	ˤΡʣããͥˡΣ	by oxidation (C07C 51/145 takes precedence) [3]
C07C  51/21  \	2	2	4H006	C07C  51/21	228	ʬҾǤѤΡΣ	with molecular oxygen [3]
C07C  51/215  \	3	3	4H006	C07C  51/215	432	˰¥ҥɥӥΡΣ	of saturated hydrocarbyl groups [3]
C07C  51/225  \	4	4	4H006	C07C  51/225	53	ѥեåΡΣ	of paraffin waxes [3]
C07C  51/23  \	3	3	4H006	C07C  51/23	98	ǴͭΥܥؤΡΣ	of oxygen-containing groups to carboxyl groups [3]
C07C  51/235  \	4	4	4H006	C07C  51/235	1221	ãȣϴޤ饢륳ΡΣ	of &mdash;CHO groups or primary alcohol groups [3]
C07C  51/245  \	4	4	4H006	C07C  51/245	65	ȴޤ饢륳ΡΣ	of keto groups or secondary alcohol groups [3]
C07C  51/25  \	3	3	4H006	C07C  51/25	669	˧Ĥͭʤ˰²ʪΡΣ	of unsaturated compounds containing no six-membered aromatic ring [3]
C07C  51/255  \	3	3	4H006	C07C  51/255	62	˧Ĥͭ벽ʪδĳȼʤΡΣ	of compounds containing six-membered aromatic rings without ring-splitting [3]
C07C  51/265  \	4	4	4H006	C07C  51/265	788	륭¦ƥܥˤΡΣ	having alkyl side chains which are oxidised to carboxyl groups [3]
C07C  51/27  \	2	2	4H006	C07C  51/27	61	ǻʪޤǤͭۻѤΡΣ	with oxides of nitrogen or nitrogen-containing mineral acids [3]
C07C  51/275  \	3	3	4H006	C07C  51/275	26	úǴΡΣ	of hydrocarbyl groups [3]
C07C  51/285  \	2	2	4H006	C07C  51/285	167	ʪѤΡΣ	with peroxy-compounds [3]
C07C  51/29  \	2	2	4H006	C07C  51/29	91	ξǷƤ褤ϥͭ벽ʪѤΡΣ	with halogen-containing compounds which may be formed <u>in situ</u> [3]
C07C  51/295  \	2	2	4H006	C07C  51/295	52	̵ѤΡ㡥륫ͻˤΡΣ	with inorganic bases, e.g. by alkali fusion [3]
C07C  51/305  \	2	2	4H006	C07C  51/305	23	βޤβͭ벽ʪѤΡΣ	with sulfur or sulfur-containing compounds [3]
C07C  51/31  \	2	2	4H006	C07C  51/31	210	ļʪδĳȼΡΣ	of cyclic compounds with ring-splitting [3]
C07C  51/34  \	1	1	4H006	C07C  51/34	44	ˤΡ˥ɤβÿʬˤΡΣ	by oxidation with ozone; by hydrolysis of ozonides [3]
C07C  51/347  \	1	1	4H006	C07C  51/347	206	ܥȼʤȿˤΡΣ	by reactions not involving formation of carboxyl groups [3]
C07C  51/353  \	2	2	4H006	C07C  51/353	718	ˤΡúǹʤ礭Ѳ뤳ȤˤΡΣ	by isomerisation; by change of size of the carbon skeleton [3]
C07C  51/36  \	2	2	4H006	C07C  51/36	322	úǡú˰·οźäˤΡΣ	by hydrogenation of carbon-to-carbon unsaturated bonds [3]
C07C  51/363  \	2	2	4H006	C07C  51/363	249	ϥƳˤΡϥ󸶻Ҥ¾Υϥ󸶻Ҥˤäִ뤳ȤˤΡΣ	by introduction of halogen; by substitution of halogen atoms by other halogen atoms [3]
C07C  51/367  \	2	2	4H006	C07C  51/367	375	ñλǤͭ봱ǽƳˤΡΣ	by introduction of functional groups containing oxygen only in singly bound form [3]
C07C  51/373  \	2	2	4H006	C07C  51/373	118	ŷλǤͭ봱ǽƳˤΡΣ	by introduction of functional groups containing oxygen only in doubly bound form [3]
C07C  51/377  \	2	2	4H006	C07C  51/377	440	ǤޤϴǽΥæˤΡǽοźʬˤΡΣ	by splitting-off hydrogen or functional groups; by hydrogenolysis of functional groups [3]
C07C  51/38  \	3	3	4H006	C07C  51/38	114	æúˤΡΣ	by decarboxylation [3]
C07C  51/41  \	1	1	4H006	C07C  51/41	963	ޤϤα򤽤λʬˤƱѴ뤳Ȥˤ륫ܥ¤Ф¤ãġˡΣ	Preparation of salts of carboxylic acids by conversion of the acids or their salts into salts with the same carboxylic acid part (preparation of soap C11D) [3]
C07C  51/42  \	1	1	4H006	C07C  51/42	400	ʬΥ경źúޤλѡΣ	Separation; Purification; Stabilisation; Use of additives [3]
C07C  51/43  \	2	2	4H006	C07C  51/43	1140	ʪŪ֤ѲˤΡ㡥뾽Σ	by change of the physical state, e.g. crystallisation [3]
C07C  51/44  \	3	3	4H006	C07C  51/44	721	αˤΡΣ	by distillation [3]
C07C  51/46  \	4	4	4H006	C07C  51/46	122	ʨαˤΡΣ	by azeotropic distillation [3]
C07C  51/47  \	2	2	4H006	C07C  51/47	544	ǡսˤΡصˤΡΣ	by solid-liquid treatment; by chemisorption [3]
C07C  51/48  \	2	2	4H006	C07C  51/48	444	ասˤ	by liquid-liquid treatment
C07C  51/487  \	2	2	4H006	C07C  51/487	612	ŪѲҤˤΡʲصˤΣããˡΣ	by treatment giving rise to chemical modification (by chemisorption C07C 51/47) [3]
C07C  51/493  \	3	3	4H006	C07C  51/493	53	ܥƥ뤳ȤˤΡΣ	whereby carboxylic acid esters are formed [3]
C07C  51/50  \	2	2	4H006	C07C  51/50	351	źúޤλѡ㡥경ΤΤΡΣ	Use of additives, e.g. for stabilisation [3]
C07C  51/54  \	1	1	4H006	C07C  51/54	80	ܥ̵ʪ¤ʻˤΣãã	Preparation of carboxylic acid anhydrides (by oxidation C07C 51/16)
C07C  51/56  \	2	2	4H006	C07C  51/56	161	ͭαޤϤΥƥ뤫Τ	from organic acids, their salts, or their esters
C07C  51/567  \	2	2	4H006	C07C  51/567	3	ܥ̵ʪδͿʤȿˤΡΣ	by reactions not involving the carboxylic acid anhydride group [3]
C07C  51/573  \	2	2	4H006	C07C  51/573	70	ʬΥ경źúޤλѡΣ	Separation; Purification; Stabilisation; Use of additives [3]
C07C  51/58  \	1	1	4H006	C07C  51/58	295	ܥϥʪ¤	Preparation of carboxylic acid halides
C07C  51/60  \	2	2	4H006	C07C  51/60	249	ܥޤϤ̵ʪ򤽤λʬˤƥϥʪѴ뤳ȤˤΡΣ	by conversion of carboxylic acids or their anhydrides into halides with the same carboxylic acid part [3]
C07C  51/62  \	2	2	4H006	C07C  51/62	50	ܥϥʪδͿʤȿˤΡΣ	by reactions not involving the carboxylic acid halide group [3]
C07C  51/64  \	2	2	4H006	C07C  51/64	133	ʬΥ경źúޤλѡΣ	Separation; Purification; Stabilisation; Use of additives [3]
C07C  53/00  \	0	0	4H006	C07C  53/00	401	ļúǸҤޤϿǤ˷礷Ƥ룱ĤΥܥ˰²ʪ	Saturated compounds having only one carboxyl group bound to an acyclic carbon atom or hydrogen
C07C  53/02  \	1	1	4H006	C07C  53/02	307		Formic acid
C07C  53/04  \	2	2	4H006	C07C  53/04	9	úǤ¤	Preparation from carbon monoxide
C07C  53/06  \	2	2	4H006	C07C  53/06	132	α	Salts thereof
C07C  53/08  \	1	1	4H006	C07C  53/08	1471	ݻ	Acetic acid
C07C  53/10  \	2	2	4H006	C07C  53/10	221	α	Salts thereof
C07C  53/12  \	1	1	4H006	C07C  53/12	262	̵ݻʥƥãã	Acetic anhydride (ketene C07C 49/90)
C07C  53/122  \	1	1	4H006	C07C  53/122	234	ץԥΣ	Propionic acid [3]
C07C  53/124  \	1	1	4H006	C07C  53/124	166	ĤúǸҤͭΣ	Acids containing four carbon atoms [3]
C07C  53/126  \	1	1	4H006	C07C  53/126	985	İʾúǸҤͭΣ	Acids containing more than four carbon atoms [3]
C07C  53/128  \	2	2	4H006	C07C  53/128	177	ܥ𤬾ʤȤ⣲Ĥ¾úǸҤ˷礷ƤúǸҤ˷礷ƤΡ㡥ͥΣ	the carboxyl group being bound to a carbon atom bound to at least two other carbon atoms, e.g. neo-acids [3]
C07C  53/132  \	1	1	4H006	C07C  53/132	18	ĤͭΡΣ	containing rings [3]
C07C  53/134  \	2	2	4H006	C07C  53/134	77	ñļΤΡΣ	monocyclic [3]
C07C  53/136  \	2	2	4H006	C07C  53/136	16	̹ķϤͭΡΣ	containing condensed ring systems [3]
C07C  53/138  \	3	3	4H006	C07C  53/138	8	ޥ󥿥ķϤͭΡΣ	containing an adamantane ring system [3]
C07C  53/15  \	1	1	4H006	C07C  53/15	56	ϥͭΡΣ	containing halogen [3]
C07C  53/16  \	2	2	4H006	C07C  53/16	127	ϥݻΣ	Halogenated acetic acids [3]
C07C  53/18  \	3	3	4H006	C07C  53/18	115	եǤͭΡΣ	containing fluorine [3]
C07C  53/19  \	2	2	4H006	C07C  53/19	160	İʾúǸҤͭΣ	Acids containing three or more carbon atoms [3]
C07C  53/21  \	3	3	4H006	C07C  53/21	214	եǤͭΡΣ	containing fluorine [3]
C07C  53/23  \	2	2	4H006	C07C  53/23	19	ĤͭΡΣ	containing rings [3]
C07C  53/38  \	1	1	4H006	C07C  53/38	45	ϥʪΣ	Acyl halides [3]
C07C  53/40  \	2	2	4H006	C07C  53/40	38	ݻϥʪΣ	Acetyl halides [3]
C07C  53/42  \	2	2	4H006	C07C  53/42	79	İʾúǸҤͭΡΣ	of acids containing three or more carbon atoms [3]
C07C  53/44  \	2	2	4H006	C07C  53/44	7	ĤͭΡΣ	containing rings [3]
C07C  53/46  \	2	2	4H006	C07C  53/46	53	ܥ˥ϥ饤ɴʳ˥ϥͭΡΣ	containing halogen outside the carbonyl halide group [3]
C07C  53/48  \	3	3	4H006	C07C  53/48	103	ϥ󲽿ݻϥʪΣ	Halogenated acetyl halides [3]
C07C  53/50  \	3	3	4H006	C07C  53/50	123	İʾúǸҤͭΡΣ	of acids containing three or more carbon atoms [3]
C07C  55/00  \	0	0	4H006	C07C  55/00	39	ļúǸҤ˷礷Ƥ룲İʾΥܥ˰²ʪΣ	Saturated compounds having more than one carboxyl group bound to acyclic carbon atoms [2]
C07C  55/02  \	1	1	4H006	C07C  55/02	422	ܥ	Dicarboxylic acids
C07C  55/06  \	2	2	4H006	C07C  55/06	186	夦	Oxalic acid
C07C  55/07  \	3	3	4H006	C07C  55/07	128	αΣ	Salts thereof [3]
C07C  55/08  \	2	2	4H006	C07C  55/08	84	ޥ	Malonic acid
C07C  55/10  \	2	2	4H006	C07C  55/10	267	Ϥ	Succinic acid
C07C  55/12  \	2	2	4H006	C07C  55/12	84	륿	Glutaric acid
C07C  55/14  \	2	2	4H006	C07C  55/14	506	ԥ	Adipic acid
C07C  55/16  \	2	2	4H006	C07C  55/16	22	ԥ	Pimelic acid
C07C  55/18  \	2	2	4H006	C07C  55/18	46	饤	Azelaic acid
C07C  55/20  \	2	2	4H006	C07C  55/20	67	Х	Sebacic acid
C07C  55/21  \	2	2	4H006	C07C  55/21	91	ĤúǸҤܥΣ	Dicarboxylic acids having twelve carbon atoms [3]
C07C  55/22  \	1	1	4H006	C07C  55/22	47	ܥ	Tricarboxylic acids
C07C  55/24  \	1	1	4H006	C07C  55/24	51	İʾΥܥͭ	containing more than three carboxyl groups
C07C  55/26  \	1	1	4H006	C07C  55/26	4	ĤͭΡΣ	containing rings [3]
C07C  55/28  \	2	2	4H006	C07C  55/28	16	ñļΤΡΣ	monocyclic [3]
C07C  55/30  \	2	2	4H006	C07C  55/30	5	̹ķϤͭΡΣ	containing condensed ring systems [3]
C07C  55/32  \	1	1	4H006	C07C  55/32	75	ϥͭΡΣ	containing halogen [3]
C07C  55/34  \	2	2	4H006	C07C  55/34	0	ĤͭΡΣ	containing rings [3]
C07C  55/36  \	1	1	4H006	C07C  55/36	39	ϥʪΣ	Acyl halides [3]
C07C  55/38  \	2	2	4H006	C07C  55/38	1	ĤͭΡΣ	containing rings [3]
C07C  55/40  \	2	2	4H006	C07C  55/40	41	ܥ˥ϥ饤ɴʳ˥ϥͭΡΣ	containing halogen outside the carbonyl halide group [3]
C07C  57/00  \	0	0	4H006	C07C  57/00	28	ļúǸҤ˷礷Ƥ륫ܥ˰²ʪΣ	Unsaturated compounds having carboxyl groups bound to acyclic carbon atoms [2]
C07C  57/02  \	1	1	4H006	C07C  57/02	96	˰·ȤúǡúŷΤߤͭ	with only carbon-to-carbon double bonds as unsaturation
C07C  57/03  \	2	2	4H006	C07C  57/03	687	ܥΣ	Monocarboxylic acids [3]
C07C  57/04  \	3	3	4H006	C07C  57/04	555	᥿Σ	Acrylic acid; Methacrylic acid [3]
C07C  57/045  \	4	4	4H006	C07C  57/045	172	ˤ¤Σ	Preparation by oxidation in the liquid phase [3]
C07C  57/05  \	4	4	4H006	C07C  57/05	1189	ˤ¤Σ	Preparation by oxidation in the gaseous phase [3]
C07C  57/055  \	5	5	4H006	C07C  57/055	61	˰¥ǥҥɤȤΡΣ	starting from unsaturated aldehydes [3]
C07C  57/055  A	5	0	4H006	C07C  57/055	510	ˡ	Manufacturing methods for acrylic acids
C07C  57/055  B	5	0	4H006	C07C  57/055	703	᥿ˡ	Manufacturing methods for metacrylic acids
C07C  57/055  Z	5	0	4H006	C07C  57/055	282	¾	Others
C07C  57/065  \	4	4	4H006	C07C  57/065	73	ȡءʣؤϥϥ󡤣ϣҤޤϣΣҢʣҤϿǤޤúǴˡˤæΥˤ¤Σ	Preparation by splitting-off H&mdash;X, X being halogen, OR, or NR<sub>2</sub>, R being hydrogen or a hydrocarbon group [3]
C07C  57/07  \	4	4	4H006	C07C  57/07	724	ʬΥ경źúޤλѡΣ	Separation; Purification; Stabilisation; Use of additives [3]
C07C  57/075  \	5	5	4H006	C07C  57/075	233	źúޤλѡ㡥경ΤΤΡΣ	Use of additives, e.g. for stabilisation [3]
C07C  57/08  \	3	3	4H006	C07C  57/08	24	ȥΣ	Crotonic acid [3]
C07C  57/10  \	3	3	4H006	C07C  57/10	162	ӥΣ	Sorbic acid [3]
C07C  57/12  \	3	3	4H006	C07C  57/12	200	ĤúǸҤͭľܥΣ	Straight chain carboxylic acids containing eighteen carbon atoms [3]
C07C  57/13  \	2	2	4H006	C07C  57/13	185	ܥΣ	Dicarboxylic acids [3]
C07C  57/145  \	3	3	4H006	C07C  57/145	160	ޥ쥤Σ	Maleic acid [3]
C07C  57/15  \	3	3	4H006	C07C  57/15	211	եޥΣ	Fumaric acid [3]
C07C  57/155  \	3	3	4H006	C07C  57/155	22	ȥ饳Σ	Citraconic acid [3]
C07C  57/16  \	3	3	4H006	C07C  57/16	18	ॳΣ	Muconic acid [3]
C07C  57/18  \	1	1	4H006	C07C  57/18	38	˰·ȤúǡúǻŷΤߤĤ	with only carbon-to-carbon triple bonds as unsaturation
C07C  57/20  \	2	2	4H006	C07C  57/20	9	ץԥ	Propiolic acid
C07C  57/22  \	2	2	4H006	C07C  57/22	10	󥸥ܥ	Acetylene dicarboxylic acid
C07C  57/24  \	2	2	4H006	C07C  57/24	2	ޤϥݥꥢ󥸥ܥ	Diacetylene or polyacetylene dicarboxylic acids
C07C  57/26  \	1	1	4H006	C07C  57/26	132	˧İʳδĤͭΡΣ	containing rings other than six-membered aromatic rings [3]
C07C  57/28  \	2	2	4H006	C07C  57/28	2	ޥ󥿥ķϤͭΡΣ	containing an adamantane ring system [3]
C07C  57/30  \	1	1	4H006	C07C  57/30	546	˧ĤͭΡΣ	containing six-membered aromatic rings [3]
C07C  57/32  \	2	2	4H006	C07C  57/32	98	ե˥ݻΣ	Phenylacetic acid [3]
C07C  57/34  \	2	2	4H006	C07C  57/34	44	İʾΥܥͭΡΣ	containing more than one carboxyl group [3]
C07C  57/36  \	3	3	4H006	C07C  57/36	6	ե˥ޥΣ	Phenylmalonic acid [3]
C07C  57/38  \	2	2	4H006	C07C  57/38	91	¿ļΤΡΣ	polycyclic [3]
C07C  57/40  \	3	3	4H006	C07C  57/40	53	̹ķϤͭΡΣ	containing condensed ring systems [3]
C07C  57/42  \	2	2	4H006	C07C  57/42	192	İʳ˰·ĤΡΣ	having unsaturation outside the rings [3]
C07C  57/44  \	3	3	4H006	C07C  57/44	77	Σ	Cinnamic acid [3]
C07C  57/46  \	1	1	4H006	C07C  57/46	64	˧Ĥ¾δĤͭΡ㡥إե˥ݻΣ	containing six-membered aromatic rings and other rings, e.g. cyclohexylphenylacetic acid [3]
C07C  57/48  \	2	2	4H006	C07C  57/48	48	˧İʳ˰·ĤΡΣ	having unsaturation outside the aromatic rings [3]
C07C  57/50  \	2	2	4H006	C07C  57/50	116	̹ķϤͭΡΣ	containing condensed ring systems [3]
C07C  57/52  \	1	1	4H006	C07C  57/52	128	ϥͭΡΣ	containing halogen [3]
C07C  57/54  \	2	2	4H006	C07C  57/54	30	ϥޤϥϥ᥿Σ	Halogenated acrylic or methacrylic acids [3]
C07C  57/56  \	2	2	4H006	C07C  57/56	18	˧İʳδĤͭΡΣ	containing rings other than six-membered aromatic rings [3]
C07C  57/58  \	2	2	4H006	C07C  57/58	361	˧ĤͭΡΣ	containing six-membered aromatic rings [3]
C07C  57/60  \	3	3	4H006	C07C  57/60	75	İʳ˰·ĤΡΣ	having unsaturation outside the rings [3]
C07C  57/62  \	2	2	4H006	C07C  57/62	59	˧Ĥ¾δĤͭΡΣ	containing six-membered aromatic rings and other rings [3]
C07C  57/64  \	1	1	4H006	C07C  57/64	14	ϥʪΣ	Acyl halides [3]
C07C  57/66  \	2	2	4H006	C07C  57/66	62	˰·ȤúǡúŷΤߤͭΡΣ	with only carbon-to-carbon double bonds as unsaturation [3]
C07C  57/68  \	2	2	4H006	C07C  57/68	2	˰·ȤúǡúǻŷΤߤͭΡΣ	with only carbon-to-carbon triple bonds as unsaturation [3]
C07C  57/70  \	2	2	4H006	C07C  57/70	4	˧İʳδĤͭΡΣ	containing rings other than six-membered aromatic rings [3]
C07C  57/72  \	2	2	4H006	C07C  57/72	34	˧ĤͭΡΣ	containing six-membered aromatic rings [3]
C07C  57/74  \	2	2	4H006	C07C  57/74	3	˧Ĥ¾δĤͭΡΣ	containing six-membered aromatic rings and other rings [3]
C07C  57/76  \	2	2	4H006	C07C  57/76	66	ܥ˥ϥ饤ɴʳ˥ϥͭΡΣ	containing halogen outside the carbonyl halide groups [3]
C07C  59/00  \	0	0	4H006	C07C  59/00	33	ļúǸҤ˷礷Ƥ륫ܥ𤪤ӣϣȡϡ°ãȣϡȡƥ롤ֿޡ״𡤡ֿޡ״ޤϡֿޡ״Τ줫δͭ벽ʪΣ	Compounds having carboxyl groups bound to acyclic carbon atoms and containing any of the groups OH, O-metal, &mdash;CHO, keto, ether, [figure] groups, [figure] groups, or [figure] groups [2]
C07C  59/01  \	1	1	4H006	C07C  59/01	433	ĤΥܥޤϣϡ°ͭ˰²ʪΣ	Saturated compounds having only one carboxyl group and containing hydroxy or O-metal groups [3]
C07C  59/06  \	2	2	4H006	C07C  59/06	173	ꥳΣ	Glycolic acid [3]
C07C  59/08  \	2	2	4H006	C07C  59/08	361	Σ	Lactic acid [3]
C07C  59/10  \	2	2	4H006	C07C  59/10	81	ݥҥɥܥ	Polyhydroxy carboxylic acids
C07C  59/105  \	3	3	4H006	C07C  59/105	191	İʾúǸҤĤΡ㡥ɥΣ	having five or more carbon atoms, e.g. aldonic acids [3]
C07C  59/11  \	2	2	4H006	C07C  59/11	100	ĤͭΡΣ	containing rings [3]
C07C  59/115  \	2	2	4H006	C07C  59/115	75	ϥͭΡΣ	containing halogen [3]
C07C  59/125  \	1	1	4H006	C07C  59/125	40	ĤΥܥƥ𡤡ֿޡ״𡤡ֿޡ״ޤϡֿޡ״ͭ˰²ʪΣ	Saturated compounds having only one carboxyl group and containing ether groups, [figure] groups, [figure] groups, or [figure] groups [3]
C07C  59/125  A	1	0	4H006	C07C  59/125	107	ȣϣϣáݣҡݣϡݣҡ	HOOC-R',-O-R
C07C  59/125  C	1	0	4H006	C07C  59/125	12	ȣϣϣáݣҡݣϡݣҡݣ	HOOC-R',-OR-X
C07C  59/125  E	1	0	4H006	C07C  59/125	223	ȣϣϣáݣҡݣϡݣҡݡ̣ϡ	HOOC-R'-OR-(O)
C07C  59/125  F	1	0	4H006	C07C  59/125	22	ꥳݥȣϣϣããȢϣãȢãϣϣ	Diglycol acid HOOCCH2OCH2COOH
C07C  59/125  Z	1	0	4H006	C07C  59/125	69	¾ΤΣҡ졧륭𡤣ҡ²ϻļúǴ𡤣ءϥ󡤡̣ϡ͡Ǵͭʥܥ𡤥ݥƥޤ	Others R': alkylene group, R: fatty series or cycloaliphatic carbohydrate group, X: halogen, (O): oxygen containing group (including carboxyl group, ether group)
C07C  59/13  \	2	2	4H006	C07C  59/13	98	ĤͭΡΣ	containing rings [3]
C07C  59/135  \	2	2	4H006	C07C  59/135	274	ϥͭΡΣ	containing halogen [3]
C07C  59/147  \	1	1	4H006	C07C  59/147	58	ĤΥܥãȣϴͭ˰²ʪΣ	Saturated compounds having only one carboxyl group and containing &mdash;CHO groups [3]
C07C  59/153  \	2	2	4H006	C07C  59/153	129	ꥪΣ	Glyoxylic acid [3]
C07C  59/185  \	1	1	4H006	C07C  59/185	173	ĤΥܥȴͭ˰²ʪΣ	Saturated compounds having only one carboxyl group and containing keto groups [3]
C07C  59/19  \	2	2	4H006	C07C  59/19	74	ԥӥΣ	Pyruvic acid [3]
C07C  59/195  \	2	2	4H006	C07C  59/195	10	ȿݻΣ	Acetoacetic acid [3]
C07C  59/205  \	2	2	4H006	C07C  59/205	66	ĤͭΡΣ	containing rings [3]
C07C  59/21  \	2	2	4H006	C07C  59/21	47	ϥͭΡΣ	containing halogen [3]
C07C  59/215  \	2	2	4H006	C07C  59/215	69	ñλǤͭͭΡΣ	containing singly bound oxygen-containing groups [3]
C07C  59/225  \	2	2	4H006	C07C  59/225	15	ãȣϴͭΡΣ	containing &mdash;CHO groups [3]
C07C  59/235  \	1	1	4H006	C07C  59/235	14	İʾΥܥ˰²ʪΣ	Saturated compounds having more than one carboxyl group [3]
C07C  59/245  \	2	2	4H006	C07C  59/245	208	ޤϣϡ°ͭΡΣ	containing hydroxy or O-metal groups [3]
C07C  59/255  \	3	3	4H006	C07C  59/255	203	лΣ	Tartaric acid [3]
C07C  59/265  \	3	3	4H006	C07C  59/265	244	Σ	Citric acid [3]
C07C  59/285  \	3	3	4H006	C07C  59/285	45	İʾúǸҤĥݥҥɥܥ㡥Σ	Polyhydroxy dicarboxylic acids having five or more carbon atoms, e.g. saccharic acids [3]
C07C  59/29  \	3	3	4H006	C07C  59/29	9	ĤͭΡΣ	containing rings [3]
C07C  59/295  \	3	3	4H006	C07C  59/295	2	ϥͭΡΣ	containing halogen [3]
C07C  59/305  \	2	2	4H006	C07C  59/305	103	ƥ𡤡ֿޡ״𡤡ֿޡ״ޤϡֿޡ״ͭ˰²ʪΣ	containing ether groups, [figure] groups, [figure] groups, or [figure] groups [3]
C07C  59/31  \	3	3	4H006	C07C  59/31	11	ĤͭΡΣ	containing rings [3]
C07C  59/315  \	3	3	4H006	C07C  59/315	31	ϥͭΡΣ	containing halogen [3]
C07C  59/325  \	2	2	4H006	C07C  59/325	8	ãȣϴͭΡΣ	containing &mdash;CHO groups [3]
C07C  59/347  \	2	2	4H006	C07C  59/347	92	ȴͭΡΣ	containing keto groups [3]
C07C  59/353  \	3	3	4H006	C07C  59/353	21	ĤͭΡΣ	containing rings [3]
C07C  59/40  \	1	1	4H006	C07C  59/40	24	˰²ʪΣ	Unsaturated compounds [3]
C07C  59/42  \	2	2	4H006	C07C  59/42	262	ޤϣϡ°ͭΡΣ	containing hydroxy or O-metal groups [3]
C07C  59/44  \	3	3	4H006	C07C  59/44	2	ꥷΡΣ	Ricinoleic acid [3]
C07C  59/46  \	3	3	4H006	C07C  59/46	205	˧İʳδĤͭΡΣ	containing rings other than six-membered aromatic rings [3]
C07C  59/48  \	3	3	4H006	C07C  59/48	190	˧ĤͭΡΣ	containing six-membered aromatic rings [3]
C07C  59/50  \	4	4	4H006	C07C  59/50	98	ޥǥΣ	Mandelic acid [3]
C07C  59/52  \	3	3	4H006	C07C  59/52	273	ޤϣϡ°𤬣˧ĤúǸҤ˷礷ƤΡΣ	a hydroxy or O-metal group being bound to a carbon atom of a six-membered aromatic ring [3]
C07C  59/54  \	3	3	4H006	C07C  59/54	107	˧Ĥ¾δĤͭΡΣ	containing six-membered aromatic rings and other rings [3]
C07C  59/56  \	3	3	4H006	C07C  59/56	179	ϥͭΡΣ	containing halogen [3]
C07C  59/58  \	2	2	4H006	C07C  59/58	92	ƥ𡤡ֿޡ״𡤡ֿޡ״ޤϡֿޡ״ͭ˰²ʪΣ	containing ether groups, [figure] groups, [figure] groups, or [figure] groups [3]
C07C  59/60  \	3	3	4H006	C07C  59/60	86	ƥ󥫥ܥʬ˰¤ǤΡΣ	the non-carboxylic part of the ether being unsaturated [3]
C07C  59/62  \	3	3	4H006	C07C  59/62	88	˧İʳδĤͭΡΣ	containing rings other than six-membered aromatic rings [3]
C07C  59/64  \	3	3	4H006	C07C  59/64	661	˧ĤͭΡΣ	containing six-membered aromatic rings [3]
C07C  59/66  \	4	4	4H006	C07C  59/66	128	ƥ󥫥ܥʬ˧ĤͭΡΣ	the non-carboxylic part of the ether containing six-membered aromatic rings [3]
C07C  59/68  \	5	5	4H006	C07C  59/68	390	ƥλǸҤ̹磶˧Ĥ˷礷ƤΡΣ	the oxygen atom of the ether group being bound to a non-condensed six-membered aromatic ring [3]
C07C  59/70  \	6	6	4H006	C07C  59/70	180	ҥɥݻΥƥΣ	Ethers of hydroxy-acetic acid [3]
C07C  59/72  \	3	3	4H006	C07C  59/72	210	˧Ĥ¾δĤͭΡΣ	containing six-membered aromatic rings and other rings [3]
C07C  59/74  \	2	2	4H006	C07C  59/74	68	ãȣϴͭΡΣ	containing &mdash;CHO groups [3]
C07C  59/76  \	2	2	4H006	C07C  59/76	161	ȴͭΡΣ	containing keto groups [3]
C07C  59/80  \	3	3	4H006	C07C  59/80	21	˧İʳδĤͭΡΣ	containing rings other than six-membered aromatic rings [3]
C07C  59/82  \	4	4	4H006	C07C  59/82	156	ȴ𤬴ʬƤΡΣ	the keto group being part of a ring [3]
C07C  59/84  \	3	3	4H006	C07C  59/84	283	˧ĤͭΡΣ	containing six-membered aromatic rings [3]
C07C  59/86  \	3	3	4H006	C07C  59/86	84	˧Ĥ¾δĤͭΡΣ	containing six-membered aromatic rings and other rings [3]
C07C  59/88  \	3	3	4H006	C07C  59/88	101	ϥͭΡΣ	containing halogen [3]
C07C  59/90  \	3	3	4H006	C07C  59/90	369	ñλǴͭͭΡΣ	containing singly bound oxygen-containing groups [3]
C07C  59/92  \	3	3	4H006	C07C  59/92	11	ãȣϴͭΡΣ	containing &mdash;CHO groups [3]
C07C  61/00  \	0	0	4H006	C07C  61/00	42	˧İʳδĤúǸҤ˷礷Ƥ륫ܥĲʪ	Compounds having carboxyl groups bound to carbon atoms of rings other than six-membered aromatic rings
C07C  61/04  \	1	1	4H006	C07C  61/04	120	ĤޤϣĤ˷礷Ƥ륫ܥ˰²ʪΣ	Saturated compounds having a carboxyl group bound to a three- or four-membered ring [3]
C07C  61/06  \	1	1	4H006	C07C  61/06	62	Ĥ˷礷Ƥ륫ܥ˰²ʪΣ	Saturated compounds having a carboxyl group bound to a five-membered ring [3]
C07C  61/08  \	1	1	4H006	C07C  61/08	171	Ĥ˷礷Ƥ륫ܥ˰²ʪΣ	Saturated compounds having a carboxyl group bound to a six-membered ring [3]
C07C  61/09  \	2	2	4H006	C07C  61/09	89	˿ǲ줿٥󥼥󥸥ܥΣ	Completely hydrogenated benzenedicarboxylic acids [2,3]
C07C  61/10  \	1	1	4H006	C07C  61/10	6	Ĥ˷礷Ƥ륫ܥ˰²ʪΣ	Saturated compounds having a carboxyl group bound to a seven- to twelve-membered ring [3]
C07C  61/12  \	1	1	4H006	C07C  61/12	38	˰¿ļʪΣ	Saturated polycyclic compounds [3]
C07C  61/125  \	2	2	4H006	C07C  61/125	49	̹ķϤ˷礷Ƥ륫ܥĤΡΣ	having a carboxyl group bound to a condensed ring system [3]
C07C  61/13  \	3	3	4H006	C07C  61/13	79	ĤδĤĤΡΣ	having two rings [3]
C07C  61/135  \	3	3	4H006	C07C  61/135	62	ĤδĤĤΡΣ	having three rings [3]
C07C  61/15  \	1	1	4H006	C07C  61/15	114	ϥͭ˰²ʪΣ	Saturated compounds containing halogen [3]
C07C  61/16  \	1	1	4H006	C07C  61/16	14	˰²ʪΣ	Unsaturated compounds [3]
C07C  61/20  \	2	2	4H006	C07C  61/20	5	Ĥ˷礷Ƥ륫ܥĤΡΣ	having a carboxyl group bound to a five-membered ring [3]
C07C  61/22  \	2	2	4H006	C07C  61/22	46	Ĥ˷礷Ƥ륫ܥĤΡΣ	having a carboxyl group bound to a six-membered ring [3]
C07C  61/24  \	3	3	4H006	C07C  61/24	14	ʬŪ˿ǲ줿٥󥼥󥸥ܥΣ	Partially hydrogenated benzenedicarboxylic acids [3]
C07C  61/26  \	2	2	4H006	C07C  61/26	6	Ĥ˷礷Ƥ륫ܥĤΡΣ	having a carboxyl group bound to a seven- to twelve-membered ring [3]
C07C  61/28  \	2	2	4H006	C07C  61/28	14	¿ļΤΡΣ	polycyclic [3]
C07C  61/29  \	3	3	4H006	C07C  61/29	120	̹ķϤ˷礷Ƥ륫ܥĤΡΣ	having a carboxyl group bound to a condensed ring system [3]
C07C  61/35  \	2	2	4H006	C07C  61/35	57	İʳ˰·ĤΡΣ	having unsaturation outside the rings [3]
C07C  61/37  \	3	3	4H006	C07C  61/37	118	ƻΣ	Chrysanthemumic acid [3]
C07C  61/39  \	2	2	4H006	C07C  61/39	134	˧ĤͭΡΣ	containing six-membered aromatic rings [3]
C07C  61/40  \	2	2	4H006	C07C  61/40	178	ϥͭΡΣ	containing halogen [3]
C07C  62/00  \	0	0	4H006	C07C  62/00	5	˧İʳδĤúǸҤ˷礷Ƥ륫ܥϣȡϡ°ãȣϡȡƥ롤ֿޡ״𡤡ֿޡ״ޤϡֿޡ״Τ줫δͭ벽ʪΣ	Compounds having carboxyl groups bound to carbon atoms of rings other than six-membered aromatic rings and containing any of the groups OH, O-metal, &mdash;CHO, keto, ether, [figure] groups, [figure] groups, or [figure] groups [3]
C07C  62/02  \	1	1	4H006	C07C  62/02	33	ޤϣϡ°ͭ˰²ʪΣ	Saturated compounds containing hydroxy or O-metal groups [3]
C07C  62/04  \	2	2	4H006	C07C  62/04	49	ĤͭΡΣ	with a six-membered ring [3]
C07C  62/06  \	2	2	4H006	C07C  62/06	80	¿ļΤΡΣ	polycyclic [3]
C07C  62/08  \	1	1	4H006	C07C  62/08	36	ƥ𡤡ֿޡ״𡤡ֿޡ״ޤϡֿޡ״ͭΡΣ	Saturated compounds containing ether groups, [figure] groups, [figure] groups, or [figure] groups [3]
C07C  62/10  \	2	2	4H006	C07C  62/10	18	ĤͭΡΣ	with a six-membered ring [3]
C07C  62/12  \	2	2	4H006	C07C  62/12	23	¿ļΤΡΣ	polycyclic [3]
C07C  62/14  \	3	3	4H006	C07C  62/14	36	̹ķϾ˥ܥĤΡΣ	having a carboxyl group on a condensed ring system [3]
C07C  62/16  \	1	1	4H006	C07C  62/16	17	ãȣϴͭ˰²ʪΣ	Saturated compounds containing &mdash;CHO groups [3]
C07C  62/18  \	1	1	4H006	C07C  62/18	20	ȴͭ˰²ʪΣ	Saturated compounds containing keto groups [3]
C07C  62/20  \	2	2	4H006	C07C  62/20	6	ĤͭΡΣ	with a six-membered ring [3]
C07C  62/22  \	2	2	4H006	C07C  62/22	10	¿ļΤΡΣ	polycyclic [3]
C07C  62/24  \	2	2	4H006	C07C  62/24	206	ȴ𤬴ʬƤΡΣ	the keto group being part of a ring [3]
C07C  62/26  \	2	2	4H006	C07C  62/26	14	ñλǴͭͭΡΣ	containing singly bound oxygen-containing groups [3]
C07C  62/28  \	2	2	4H006	C07C  62/28	4	ãȣϴͭΡΣ	containing &mdash;CHO groups [3]
C07C  62/30  \	1	1	4H006	C07C  62/30	22	˰²ʪΣ	Unsaturated compounds [3]
C07C  62/32  \	2	2	4H006	C07C  62/32	144	ޤϣϡ°ͭΡΣ	containing hydroxy or O-metal groups [3]
C07C  62/34  \	2	2	4H006	C07C  62/34	111	ƥ𡤡ֿޡ״𡤡ֿޡ״ޤϡֿޡ״ͭΡΣ	containing ether groups, [figure] groups, [figure] groups, or [figure] groups [3]
C07C  62/36  \	2	2	4H006	C07C  62/36	20	ãȣϴͭΡΣ	containing &mdash;CHO groups [3]
C07C  62/38  \	2	2	4H006	C07C  62/38	203	ȴͭΡΣ	containing keto groups [3]
C07C  63/00  \	0	0	4H006	C07C  63/00	16	˧ĤúǸҤ˷礷Ƥ륫ܥĲʪΣ	Compounds having carboxyl groups bound to carbon atoms of six-membered aromatic rings [2]
C07C  63/00  A	0	0	4H006	C07C  63/00	46	ϥʪ	Acid halides
C07C  63/00  B	0	0	4H006	C07C  63/00	24	ʬΥ경	Purification, separation, stabilization
C07C  63/00  Z	0	0	4H006	C07C  63/00	102	¾Τ	Others
C07C  63/04  \	1	1	4H006	C07C  63/04	283	ñļܥ	Monocyclic monocarboxylic acids
C07C  63/06  \	2	2	4H006	C07C  63/06	322	©	Benzoic acid
C07C  63/08  \	3	3	4H006	C07C  63/08	76	α	Salts thereof
C07C  63/10  \	3	3	4H006	C07C  63/10	99	Υϥʪ	Halides thereof
C07C  63/14  \	1	1	4H006	C07C  63/14	50	ñļܥ	Monocyclic dicarboxylic acids
C07C  63/15  \	2	2	4H006	C07C  63/15	7	٤ƤΥܥ𤬣˧ĤúǸҤ˷礷ƤΡΣ	all carboxyl groups bound to carbon atoms of the six-membered aromatic ring [3]
C07C  63/15  A	2	0	4H006	C07C  63/15	36	ϥʪ	Acid halides
C07C  63/15  B	2	0	4H006	C07C  63/15	49	ʬΥ경	Purification, separation, stabilization
C07C  63/15  Z	2	0	4H006	C07C  63/15	136	¾Τ	Others
C07C  63/16  \	3	3	4H006	C07C  63/16	88	٥󥼥󥸥ܥΣ	1,2-Benzenedicarboxylic acid [3]
C07C  63/20  \	4	4	4H006	C07C  63/20	24	αΣ	Salts thereof [3]
C07C  63/22  \	4	4	4H006	C07C  63/22	13	ΥϥʪΣ	Halides thereof [3]
C07C  63/24  \	3	3	4H006	C07C  63/24	179	٥󥼥󥸥ܥΣ	1,3-Benzenedicarboxylic acid [3]
C07C  63/26  \	3	3	4H006	C07C  63/26	78	٥󥼥󥸥ܥΣ	1,4-Benzenedicarboxylic acid [3]
C07C  63/26  A	3	0	4H006	C07C  63/26	175	ʳˡ	Methods other than by oxidation
C07C  63/26  B	3	0	4H006	C07C  63/26	50		Oxidation
C07C  63/26  C	3	1	4H006	C07C  63/26	48	ʬҾϢˤ	Oxidation with molecular O2
C07C  63/26  D	3	1	4H006	C07C  63/26	156	ʬҾϢˤ륢륭¦λ	Oxidation of alkyl chains with molecular O2
C07C  63/26  E	3	2	4H006	C07C  63/26	214	ޤȤƣãͣ£Ѥ	Use of Co, Mn or Br as catalyst
C07C  63/26  F	3	2	4H006	C07C  63/26	63	ޤȤƣãͣ£ʳΤΤѤ	Use of catalysts other than Co, Mn or Br
C07C  63/26  G	3	0	4H006	C07C  63/26	91		Purification
C07C  63/26  H	3	1	4H006	C07C  63/26	161	۴	Recovery or circulation
C07C  63/26  J	3	1	4H006	C07C  63/26	187	ʪŪѲˤ	Purification by physical state changes
C07C  63/26  K	3	1	4H006	C07C  63/26	72	սˤ	Purification by liquid treatments or absorption
C07C  63/26  L	3	1	4H006	C07C  63/26	134	Ѳˤ	Purification by chemical change treatments
C07C  63/26  M	3	2	4H006	C07C  63/26	61	ƻ	Re-oxidation
C07C  63/26  N	3	1	4H006	C07C  63/26	132	륭¦λڤ	Oxidation and purification of alkyl chains
C07C  63/26  Z	3	0	4H006	C07C  63/26	128	¾Τ	Others
C07C  63/28  \	4	4	4H006	C07C  63/28	177	αΣ	Salts thereof [3]
C07C  63/30  \	4	4	4H006	C07C  63/30	31	ΥϥʪΣ	Halides thereof [3]
C07C  63/307  \	1	1	4H006	C07C  63/307	231	ñļܥΣ	Monocyclic tricarboxylic acids [3]
C07C  63/313  \	1	1	4H006	C07C  63/313	118	İʾΥܥͭñļλΣ	Monocyclic acids containing more than three carboxyl groups [3]
C07C  63/33  \	1	1	4H006	C07C  63/33	43	¿ļλΣ	Polycyclic acids [2,3]
C07C  63/331  \	2	2	4H006	C07C  63/331	256	٤ƤΥܥ̹Ĥ˷礷ƤΡΣ	with all carboxyl groups bound to non-condensed rings [3]
C07C  63/333  \	3	3	4H006	C07C  63/333	94	졽ӥե˥른ܥΣ	4,4'-Diphenyldicarboxylic acids [2,3]
C07C  63/337  \	2	2	4H006	C07C  63/337	7	ܥ𤬽̹ķϤ˷礷ƤΡΣ	with carboxyl groups bound to condensed ring systems [2,3]
C07C  63/34  \	3	3	4H006	C07C  63/34	38	ĤδĤͭΡΣ	containing two rings [3]
C07C  63/36  \	4	4	4H006	C07C  63/36	80	ĤΥܥͭΡΣ	containing one carboxyl group [3]
C07C  63/38  \	4	4	4H006	C07C  63/38	380	̹ķϤúǸҤ˷礷Ƥ륫ܥ򣲸ĴͭΡΣ	containing two carboxyl groups both bound to carbon atoms of the condensed ring system [3]
C07C  63/40  \	4	4	4H006	C07C  63/40	48	̹ķϤúǸҤ˷礷Ƥ륫ܥ򣳸İʾͭΡΣ	containing three or more carboxyl groups all bound to carbon atoms of the condensed ring system [3]
C07C  63/42  \	3	3	4H006	C07C  63/42	18	İʾδĤͭΡΣ	containing three or more rings [3]
C07C  63/44  \	4	4	4H006	C07C  63/44	24	ĤΥܥͭΡΣ	containing one carboxyl group [3]
C07C  63/46  \	4	4	4H006	C07C  63/46	24	̹ķϤúǸҤ˷礷Ƥ륫ܥ򣲸ĴͭΡΣ	containing two carboxyl groups both bound to carbon atoms of the condensed ring system [3]
C07C  63/48  \	4	4	4H006	C07C  63/48	10	̹ķϤúǸҤ˷礷Ƥ륫ܥ򣳸İʾͭΡΣ	containing three or more carboxyl groups all bound to carbon atoms of the condensed ring system [3]
C07C  63/49  \	2	2	4H006	C07C  63/49	76	˧İʳδĤͭΡΣ	containing rings other than six-membered aromatic rings [3]
C07C  63/64  \	1	1	4H006	C07C  63/64	26	˧İʳ˰·ͭñļܥΣ	Monocyclic acids with unsaturation outside the aromatic ring [3]
C07C  63/66  \	1	1	4H006	C07C  63/66	99	˧İʳ˰·ͭ¿ļܥΣ	Polycyclic acids with unsaturation outside the aromatic rings [3]
C07C  63/68  \	1	1	4H006	C07C  63/68	53	ϥͭΡΣ	containing halogen [3]
C07C  63/70  \	2	2	4H006	C07C  63/70	439	Σ	Monocarboxylic acids [3]
C07C  63/72  \	2	2	4H006	C07C  63/72	161	¿Σ	Polycyclic acids [3]
C07C  63/74  \	2	2	4H006	C07C  63/74	41	˧İʳ˰·ĤΡΣ	having unsaturation outside the aromatic rings [3]
C07C  65/00  \	0	0	4H006	C07C  65/00	15	˧ĤúǸҤ˷礷Ƥ륫ܥϣȡϡ°ãȣϡȡƥ롤ֿޡ״𡤡ֿޡ״ޤϡֿޡ״Τ줫δǽͭ벽ʪ	Compounds having carboxyl groups bound to carbon atoms of six-membered aromatic rings and containing any of the groups OH, O-metal, &mdash;CHO, keto, ether, [figure] groups, [figure] groups, or [figure] groups
C07C  65/01  \	1	1	4H006	C07C  65/01	79	ޤϣϡ°ͭΡΣ	containing hydroxy or O-metal groups [3]
C07C  65/03  \	2	2	4H006	C07C  65/03	25	٤Ƥοޤϣϡ°𤬴Ĥ˷礷ƤñļΤΡΣ	monocyclic and having all hydroxy or O-metal groups bound to the ring [3]
C07C  65/03  A	2	0	4H006	C07C  65/03	202	ݣãϣϣȤ	forming -COOH
C07C  65/03  B	2	0	4H006	C07C  65/03	113	ݣãϣϣȤʤ	not forming -COOH
C07C  65/03  C	2	0	4H006	C07C  65/03	62	ʬΥ경	Separation, purification, stabilization
C07C  65/03  D	2	0	4H006	C07C  65/03	76	ʪ	Compounds
C07C  65/03  Z	2	0	4H006	C07C  65/03	51	¾	Others
C07C  65/05  \	3	3	4H006	C07C  65/05	191	ҥɥܥΣ	o-Hydroxy carboxylic acids [3]
C07C  65/10  \	4	4	4H006	C07C  65/10	194	Σ	Salicylic acid [3]
C07C  65/105  \	2	2	4H006	C07C  65/105	188	¿ļΤΡΣ	polycyclic [3]
C07C  65/11  \	3	3	4H006	C07C  65/11	198	ĤδĤʤ̹ķϤ˥ܥͭΡΣ	with carboxyl groups on a condensed ring system containing two rings [3]
C07C  65/15  \	3	3	4H006	C07C  65/15	7	İʾδĤʤ̹ķϤ˥ܥͭΡΣ	with carboxyl groups on a condensed ring system containing more than two rings [3]
C07C  65/17  \	2	2	4H006	C07C  65/17	42	˧İʳδĤͭΡΣ	containing rings other than six-membered aromatic rings [3]
C07C  65/19  \	2	2	4H006	C07C  65/19	66	˧İʳ˰·ĤΡΣ	having unsaturation outside the aromatic ring [3]
C07C  65/21  \	1	1	4H006	C07C  65/21	48	ƥ𡤡ֿޡ״𡤡ֿޡ״𡤤ޤϡֿޡ״ͭΡΣ	containing ether groups, [figure] groups, [figure] groups, or [figure] groups [3]
C07C  65/21  A	1	0	4H006	C07C  65/21	185	ˡħ	Characterized by manufacturing methods
C07C  65/21  B	1	0	4H006	C07C  65/21	57	ޤħ	Characterized by catalysts
C07C  65/21  C	1	0	4H006	C07C  65/21	110	ʪ	Compounds
C07C  65/21  D	1	0	4H006	C07C  65/21	184	ϡ˧Ĳʪ	O-aromatic ring compounds
C07C  65/21  E	1	1	4H006	C07C  65/21	67	ϣȴͭ	With additional OH group
C07C  65/21  Z	1	0	4H006	C07C  65/21	44	¾	Others
C07C  65/24  \	2	2	4H006	C07C  65/24	302	¿ļΤΡΣ	polycyclic [3]
C07C  65/26  \	3	3	4H006	C07C  65/26	76	˧İʳδĤͭΡΣ	containing rings other than six-membered aromatic rings [3]
C07C  65/28  \	2	2	4H006	C07C  65/28	92	˧İʳ˰·ĤΡΣ	having unsaturation outside the aromatic rings [3]
C07C  65/30  \	1	1	4H006	C07C  65/30	76	ãȣϴͭΡΣ	containing &mdash;CHO groups [3]
C07C  65/32  \	1	1	4H006	C07C  65/32	87	ȴͭΡΣ	containing keto groups [3]
C07C  65/34  \	2	2	4H006	C07C  65/34	104	¿ļΤΡΣ	polycyclic [3]
C07C  65/36  \	3	3	4H006	C07C  65/36	36	˧İʳδĤͭΡΣ	containing rings other than six-membered aromatic rings [3]
C07C  65/38  \	2	2	4H006	C07C  65/38	36	˧İʳ˰·ĤΡΣ	having unsaturation outside the aromatic rings [3]
C07C  65/40  \	2	2	4H006	C07C  65/40	143	ñλǴͭͭΡΣ	containing singly bound oxygen-containing groups [3]
C07C  65/42  \	2	2	4H006	C07C  65/42	9	ãȣϴͭΡΣ	containing &mdash;CHO groups [3]
C07C  66/00  \	0	0	4H006	C07C  66/00	72	Υ󥫥ܥΣ	Quinone carboxylic acids [2]
C07C  66/02  \	1	1	4H006	C07C  66/02	38	ȥ饭Υ󥫥ܥΣ	Anthraquinone carboxylic acids [2]
C07C  67/00  \	0	0	4H006	C07C  67/00	627	ܥƥ¤	Preparation of carboxylic acid esters
C07C  67/02  \	1	1	4H006	C07C  67/02	163	ƥߤȿˤΡʤƥȿˤ	by interreacting ester groups, i.e. transesterification
C07C  67/03  \	1	1	4H006	C07C  67/03	1265	ƥȿȤȿˤΡΣ	by reacting an ester group with a hydroxy group [2]
C07C  67/035  \	1	1	4H006	C07C  67/035	53	ܥޤо̵ʪ˰úǤȤȿˤΡΣ	by reacting carboxylic acids or symmetrical anhydrides with saturated hydrocarbons [3]
C07C  67/04  \	1	1	4H006	C07C  67/04	341	ܥޤо̵ʪúǡú˰·ȤȿˤΡΣ	by reacting carboxylic acids or symmetrical anhydrides onto unsaturated carbon-to-carbon bonds [2]
C07C  67/05  \	2	2	4H006	C07C  67/05	135	ˤΡΣ	with oxidation [2,3]
C07C  67/055  \	3	3	4H006	C07C  67/055	343	²°ޤϤβʪ¸߲˹ԤʤΡΣ	in the presence of platinum group metals or their compounds [3]
C07C  67/08  \	1	1	4H006	C07C  67/08	2859	ܥޤо̵ʪͭʪοޤϣϡ°ȤȿˤΡΣ	by reacting carboxylic acids or symmetrical anhydrides with the hydroxy or O-metal group of organic compounds [2]
C07C  67/10  \	1	1	4H006	C07C  67/10	303	ܥޤо̵ʪȥƥޤúǡϥȤȿˤΡΣ	by reacting carboxylic acids or symmetrical anhydrides with ester groups or with a carbon-halogen bond [2]
C07C  67/11  \	2	2	4H006	C07C  67/11	81	ۻƥǤΡΣ	being mineral ester groups [3]
C07C  67/12  \	1	1	4H006	C07C  67/12	25	о̵ʪΤΡΣ	from asymmetrical anhydrides [2]
C07C  67/14  \	1	1	4H006	C07C  67/14	793	ܥϥʪΤΡΣ	from carboxylic acid halides [2]
C07C  67/16  \	1	1	4H006	C07C  67/16	2	ĤλǸҤβޤϥƥ븶ҤִƤ륫ܥƥޤ̵ʪΤΡΣ	from carboxylic acids, esters or anhydrides wherein one oxygen atom has been replaced by a sulfur, selenium or tellurium atom [2]
C07C  67/18  \	1	1	4H006	C07C  67/18	41	ǴͭΥƥؤžˤΡΣ	by conversion of a group containing nitrogen into an ester group [2]
C07C  67/20  \	2	2	4H006	C07C  67/20	97	ߥɤޤϥ饯फΤΡΣ	from amides or lactams [2]
C07C  67/22  \	2	2	4H006	C07C  67/22	56	˥ȥ뤫ΤΡΣ	from nitriles [2]
C07C  67/24  \	1	1	4H006	C07C  67/24	81	ܥޤϤͶƳΤúǡǥƥ硤㡥롤ƥȥҥɥե󡤤ȤȿˤΡΣ	by reacting carboxylic acids or derivatives thereof with a carbon-to-oxygen ether bond, e.g. acetal, tetrahydrofuran [2]
C07C  67/26  \	2	2	4H006	C07C  67/26	326	ĤѤΡΣ	with an oxirane ring [2]
C07C  67/27  \	1	1	4H006	C07C  67/27	19	ȥƥ뤫ΤΡΣ	from ortho-esters [3]
C07C  67/28  \	1	1	4H006	C07C  67/28	124	ƥƳ뤳ȤʤƥΥҥɥʬѲ뤳ȤˤΡΣ	by modifying the hydroxylic moiety of the ester, such modification not being an introduction of an ester group [2]
C07C  67/283  \	2	2	4H006	C07C  67/283	70	úǡú˰·οźäˤΡΣ	by hydrogenation of unsaturated carbon-to-carbon bonds [3]
C07C  67/287  \	2	2	4H006	C07C  67/287	118	ϥƳˤΡϥ󸶻Ҥ¾Υϥ󸶻Ҥˤäִ뤳ȤˤΡΣ	by introduction of halogen; by substitution of halogen atoms by other halogen atoms [3]
C07C  67/29  \	2	2	4H006	C07C  67/29	258	ǴͭǽƳˤΡΣ	by introduction of oxygen-containing functional groups [3]
C07C  67/293  \	2	2	4H006	C07C  67/293	232	ˤΡúǹʤ礭ѲΡΣ	by isomerisation; by change of size of the carbon skeleton [3]
C07C  67/297  \	2	2	4H006	C07C  67/297	106	ǤޤϴǽΥæˤΡǽοźʬˤΡΣ	by splitting-off hydrogen or functional groups; by hydrogenolysis of functional groups [3]
C07C  67/30  \	1	1	4H006	C07C  67/30	282	ƥƳ뤳ȤʤƥλʬѲ뤳ȤˤΡΣ	by modifying the acid moiety of the ester, such modification not being an introduction of an ester group [2]
C07C  67/303  \	2	2	4H006	C07C  67/303	327	úǡú˰·οźäˤΡΣ	by hydrogenation of unsaturated carbon-to-carbon bonds [3]
C07C  67/307  \	2	2	4H006	C07C  67/307	363	ϥƳˤΡϥ󸶻Ҥ¾Υϥ󸶻Ҥִ뤳ȤˤΡΣ	by introduction of halogen; by substitution of halogen atoms by other halogen atoms [3]
C07C  67/31  \	2	2	4H006	C07C  67/31	641	ñλǤͭ봱ǽƳˤΡΣ	by introduction of functional groups containing oxygen only in singly bound form [3]
C07C  67/313  \	2	2	4H006	C07C  67/313	354	ŷλǤͭ봱ǽƳˤΡ㡥ܥΣ	by introduction of doubly bound oxygen containing functional groups, e.g. carboxyl groups [3]
C07C  67/317  \	2	2	4H006	C07C  67/317	254	ǤޤϴǽΥæˤΡǽοźʬˤΡΣ	by splitting-off hydrogen or functional groups; by hydrogenolysis of functional groups [3]
C07C  67/32  \	3	3	4H006	C07C  67/32	114	æܥ𲽡Σ	Decarboxylation [2,3]
C07C  67/327  \	3	3	4H006	C07C  67/327	145	ñλǤͭ봱ǽæΥˤΡΣ	by elimination of functional groups containing oxygen only in singly bound form [3]
C07C  67/333  \	2	2	4H006	C07C  67/333	353	ˤΡúǹʤ礭Ѳ뤳ȤˤΡʥܥƳޤæΥˤΣããããˡΣ	by isomerisation; by change of size of the carbon skeleton (introduction or elimination of carboxyl groups C07C 67/313, C07C 67/32) [3]
C07C  67/34  \	3	3	4H006	C07C  67/34	16	ʬΡֿޡ״ΰưΣ	Migration of [figure] groups in the molecule [2,3]
C07C  67/343  \	3	3	4H006	C07C  67/343	972	úǸҿä뤳ȤˤΡΣ	by increase in the number of carbon atoms [3]
C07C  67/347  \	4	4	4H006	C07C  67/347	368	úǡú˰·ؤղäˤΡΣ	by addition to unsaturated carbon-to-carbon bonds [3]
C07C  67/36  \	1	1	4H006	C07C  67/36	384	úǤޤϥۥ᡼ȤȤȿˤΡʣããããããͥˡΣ	by reaction with carbon monoxide or formates (C07C 67/02, C07C 67/03, C07C 67/10 take precedence) [2]
C07C  67/37  \	2	2	4H006	C07C  67/37	80	úǤȥƥȤȿˤΡΣ	by reaction of ethers with carbon monoxide [2]
C07C  67/38  \	2	2	4H006	C07C  67/38	418	úǡú˰·ؤղäˤΡΣ	by addition to an unsaturated carbon-to-carbon bond [2]
C07C  67/39  \	1	1	4H006	C07C  67/39	215	ƥλʬѲ봱ǽλˤΡΣ	by oxidation of groups which are precursors for the acid moiety of the ester [3]
C07C  67/40  \	2	2	4H006	C07C  67/40	94	饢륳λˤΡΣ	by oxidation of primary alcohols [2,3]
C07C  67/42  \	2	2	4H006	C07C  67/42	57	饢륳ޤϥȥλˤΡΣ	by oxidation of secondary alcohols or ketones [2,3]
C07C  67/44  \	1	1	4H006	C07C  67/44	124	ǥҥɤλԸˤΡ㡥ƥȿΣ	by oxidation-reduction of aldehydes, e.g. Tishchenko reaction [2]
C07C  67/46  \	1	1	4H006	C07C  67/46	55	ƥޤϥݥꥱƥ󤫤ΤΡΣ	from ketenes or polyketenes [2]
C07C  67/465  \	1	1	4H006	C07C  67/465	31	̽ŹˤΡΣ	by oligomerisation [3]
C07C  67/47  \	1	1	4H006	C07C  67/47	11	ƥ경ˤΡʹʬҲʪãˡΣ	by telomerisation (macromolecular compounds C08) [3]
C07C  67/475  \	1	1	4H006	C07C  67/475	130	úǡúǷγӺʬۤˤΡ㡥ԶѲȿޤϰۼʬҴ֤ˤֿޡ״ΰưΣ	by splitting of carbon-to-carbon bonds and redistribution, e.g. disproportionation or migration of [figure] groups between different molecules [3]
C07C  67/48  \	1	1	4H006	C07C  67/48	267	ʬΥ경źúޤλѡΣ	Separation; Purification; Stabilisation; Use of additives [2,3]
C07C  67/52  \	2	2	4H006	C07C  67/52	357	ʪ֤ѲˤΡ㡥뾽Σ	by change in the physical state, e.g. crystallisation [3]
C07C  67/54  \	3	3	4H006	C07C  67/54	768	αˤΡΣ	by distillation [3]
C07C  67/56  \	2	2	4H006	C07C  67/56	424	ǡսˤΡصˤΡΣ	by solid-liquid treatment; by chemisorption [3]
C07C  67/58  \	2	2	4H006	C07C  67/58	331	ասˤΡΣ	by liquid-liquid treatment [3]
C07C  67/60  \	2	2	4H006	C07C  67/60	298	ŪѲҤˤΡʲصããˡΣ	by treatment giving rise to chemical modification (by chemisorption C07C 67/56) [3]
C07C  67/62  \	2	2	4H006	C07C  67/62	379	źúޤλѡ㡥경ΤΤΡΣ	Use of additives, e.g. for stabilisation [3]
C07C  68/00  \	0	0	4H006	C07C  68/00	31	úޤϥϥΥƥ¤Σ	Preparation of esters of carbonic or haloformic acids [2]
C07C  68/00  A	0	0	4H006	C07C  68/00	100	úǤ	from carbon monoxide
C07C  68/00  C	0	0	4H006	C07C  68/00	25	Хߥƥ롤ʤ쥿फ	From carbamic acid esters, i.e., urethanes
C07C  68/00  D	0	0	4H006	C07C  68/00	36	ǢǤ	from urea
C07C  68/00  Z	0	0	4H006	C07C  68/00	145	¾Τ	Others
C07C  68/01  \	1	1	4H006	C07C  68/01	261	úǤӻǤΡΣ	from carbon monoxide and oxygen
C07C  68/02  \	1	1	4H006	C07C  68/02	13	ۥޤϥϥۥ᡼ȤΡΣ	from phosgene or haloformates [2]
C07C  68/02  A	1	0	4H006	C07C  68/02	175	ۥ󤫤	from phosgene
C07C  68/02  B	1	0	4H006	C07C  68/02	118	ϥۥ᡼Ȥ	From haloformates
C07C  68/02  Z	1	0	4H006	C07C  68/02	17	¾Τ	Others
C07C  68/04  \	1	1	4H006	C07C  68/04	6	úǤޤ̵ܥ͡ȤΡΣ	from carbon dioxide or inorganic carbonates [2]
C07C  68/04  A	1	0	4H006	C07C  68/04	145	úǤ	from carbon dioxide
C07C  68/04  B	1	0	4H006	C07C  68/04	1	̵ܥ͡Ȥ	From inorganic carbonates
C07C  68/04  C	1	0	4H006	C07C  68/04	5	úǤ̵ܥ͡Ȥ	From carbon dioxide or inorganic carbonates
C07C  68/04  Z	1	0	4H006	C07C  68/04	4	¾Τ	Others
C07C  68/06  \	1	1	4H006	C07C  68/06	440	ͭܥ͡ȤΡΣ	from organic carbonates [2]
C07C  68/065  \	2	2	4H006	C07C  68/065	193	륭󥫡ܥ͡ȤΡΣ	from alkylene carbonates
C07C  68/08  \	1	1	4H006	C07C  68/08	296	ʬΥ경Σ	Purification; Separation; Stabilisation [2]
C07C  69/00  \	0	0	4H006	C07C  69/00	148	ܥΥƥ롨úޤϥϥΥƥ	Esters of carboxylic acids; Esters of carbonic or haloformic acids
C07C  69/003  \	1	1	4H006	C07C  69/003	337	ƥ벽ƤļúǸҤ˷礷Ƥ˰¥륳ΥƥΣ	Esters of saturated alcohols having the esterified hydroxy group bound to an acyclic carbon atom [3]
C07C  69/003  A	1	0	4H006	C07C  69/003	32	ƥ벽Ƥ륫ܥļúǸҤޤϿǤ˷礷Ƥ	Esterified carboxylic groups bound by acrylic carbon atoms or hydrogen
C07C  69/003  B	1	1	4H006	C07C  69/003	122	˰¥ܥΥƥ	Esters of saturated carboxylic acids
C07C  69/003  C	1	1	4H006	C07C  69/003	111	˰¥ܥΥƥ	Esters of unsaturated carboxylic acids
C07C  69/003  D	1	0	4H006	C07C  69/003	22	ƥ벽Ƥ륫ܥ𤬣˧²İʳδĤúǸҤ˷礷Ƥ	Esterified carboxylic groups bound by carbon atoms of rings other than that of six-membered aromatic rings
C07C  69/003  E	1	0	4H006	C07C  69/003	36	ƥ벽Ƥ륫ܥ𤬣˧²ĤúǸҤ˷礷Ƥ	Esterified carboxylic groups bound by carbon atoms of six-membered aromatic rings
C07C  69/003  Z	1	0	4H006	C07C  69/003	13	¾Τ	Others
C07C  69/007  \	1	1	4H006	C07C  69/007	411	ƥ벽ƤļúǸҤ˷礷Ƥ˰¥륳ΥƥΣ	Esters of unsaturated alcohols having the esterified hydroxy group bound to an acyclic carbon atom [3]
C07C  69/007  A	1	0	4H006	C07C  69/007	17	ƥ벽Ƥ륫ܥļúǸҤޤϿǤ˷礷Ƥ	Esterified carboxylic groups bound by acrylic carbon atoms or hydrogen
C07C  69/007  B	1	1	4H006	C07C  69/007	64	˰¥ܥΥƥ	Esters of saturated carboxylic acids
C07C  69/007  C	1	1	4H006	C07C  69/007	44	˰¥ܥΥƥ	Esters of unsaturated carboxylic acids
C07C  69/007  D	1	0	4H006	C07C  69/007	13	ƥ벽Ƥ륫ܥ𤬣˧²İʳδĤúǸҤ˷礷Ƥ	Esterified carboxylic groups bound by carbon atoms of rings other than that of six-membered aromatic rings
C07C  69/007  E	1	0	4H006	C07C  69/007	15	ƥ벽Ƥ륫ܥ𤬣˧²ĤúǸҤ˷礷Ƥ	Esterified carboxylic groups bound by carbon atoms of six-membered aromatic rings
C07C  69/007  Z	1	0	4H006	C07C  69/007	5	¾Τ	Others
C07C  69/01  \	2	2	4H006	C07C  69/01	40	ӥ˥륨ƥΣ	Vinyl esters [3]
C07C  69/013  \	1	1	4H006	C07C  69/013	180	ƥ벽Ƥ𤬣˧İʳδĤúǸҤ˷礷Ƥ륢륳ΥƥΣ	Esters of alcohols having the esterified hydroxy group bound to a carbon atom of a ring other than a six-membered aromatic ring [3]
C07C  69/013  A	1	0	4H006	C07C  69/013	12	ƥ벽Ƥ륫ܥļúǸҤޤϿǤ˷礷Ƥ	Esterified carboxylic groups bound by acrylic carbon atoms or hydrogen
C07C  69/013  B	1	1	4H006	C07C  69/013	56	˰¥ܥΥƥ	Esters of saturated carboxylic acids
C07C  69/013  C	1	1	4H006	C07C  69/013	65	˰¥ܥΥƥ	Esters of unsaturated carboxylic acids
C07C  69/013  D	1	0	4H006	C07C  69/013	20	ƥ벽Ƥ륫ܥ𤬣˧²İʳδĤúǸҤ˷礷Ƥ	Esterified carboxylic groups bound by carbon atoms of rings other than that of six-membered aromatic rings
C07C  69/013  E	1	0	4H006	C07C  69/013	19	ƥ벽Ƥ륫ܥ𤬣˧²ĤúǸҤ˷礷Ƥ	Esterified carboxylic groups bound by carbon atoms of six-membered aromatic rings
C07C  69/013  Z	1	0	4H006	C07C  69/013	5	¾Τ	Others
C07C  69/017  \	1	1	4H006	C07C  69/017	207	ƥ벽Ƥ𤬣˧ĤúǸҤ˷礷ƤҥɥʪΥƥΣ	Esters of hydroxy compounds having the esterified hydroxy group bound to a carbon atom of a six-membered aromatic ring
C07C  69/017  A	1	0	4H006	C07C  69/017	13	ƥ벽Ƥ륫ܥļúǸҤޤϿǤ˷礷Ƥ	Esterified carboxylic groups bound by acrylic carbon atoms or hydrogen
C07C  69/017  B	1	1	4H006	C07C  69/017	50	˰¥ܥΥƥ	Esters of saturated carboxylic acids
C07C  69/017  C	1	1	4H006	C07C  69/017	28	˰¥ܥΥƥ	Esters of unsaturated carboxylic acids
C07C  69/017  D	1	0	4H006	C07C  69/017	11	ƥ벽Ƥ륫ܥ𤬣˧²İʳδĤúǸҤ˷礷Ƥ	Esterified carboxylic groups bound by carbon atoms of rings other than that of six-membered aromatic rings
C07C  69/017  E	1	0	4H006	C07C  69/017	32	ƥ벽Ƥ륫ܥ𤬣˧²ĤúǸҤ˷礷Ƥ	Esterified carboxylic groups bound by carbon atoms of six-membered aromatic rings
C07C  69/017  Z	1	0	4H006	C07C  69/017	6	¾Τ	Others
C07C  69/02  \	1	1	4H006	C07C  69/02	472	ܥļúǸҤޤϿǤ˷礷Ƥļ˰°Υƥ	Esters of acyclic saturated monocarboxylic acids having the carboxyl group bound to an acyclic carbon atom or to hydrogen
C07C  69/025  \	2	2	4H006	C07C  69/025	262	ƥ벽ƤļúǸҤ˷礷Ƥ˰¥륳ǥƥ벽ƤΡΣ	esterified with unsaturated alcohols having the esterified hydroxy group bound to an acyclic carbon atom [3]
C07C  69/025  A	2	0	4H006	C07C  69/025	53	˰¥륳ݥ뤬Ĥޤ	Unsaturated alcohol containing rings
C07C  69/025  Z	2	0	4H006	C07C  69/025	46	¾Τ	Others
C07C  69/03  \	2	2	4H006	C07C  69/03	181	ƥ벽Ƥ𤬣˧İʳδĤúǸҤ˷礷Ƥ륢륳ǥƥ벽ƤΡΣ	esterified with alcohols having the esterified hydroxy group bound to a carbon atom of a ring other than a six-membered aromatic ring [3]
C07C  69/035  \	2	2	4H006	C07C  69/035	218	ƥ벽Ƥ𤬣˧ĤúǸҤ˷礷Ƥҥɥʪǥƥ벽ƤΡΣ	esterified with a hydroxy compound having the esterified hydroxy group bound to a carbon atom of a six-membered aromatic ring [3]
C07C  69/04  \	2	2	4H006	C07C  69/04	46	ƥ	Formic acid esters
C07C  69/06  \	3	3	4H006	C07C  69/06	164	Ĥοͭ벽ʪ	of monohydroxylic compounds
C07C  69/07  \	4	4	4H006	C07C  69/07	61	˰¥륳ΤΡΣ	of unsaturated alcohols [2]
C07C  69/08  \	3	3	4H006	C07C  69/08	42	Ĥοͭ벽ʪ	of dihydroxylic compounds
C07C  69/10  \	3	3	4H006	C07C  69/10	12	Ĥοͭ벽ʪ	of trihydroxylic compounds
C07C  69/12  \	2	2	4H006	C07C  69/12	163	ݻƥ	Acetic acid esters
C07C  69/14  \	3	3	4H006	C07C  69/14	820	Ĥοͭ벽ʪ	of monohydroxylic compounds
C07C  69/145  \	4	4	4H006	C07C  69/145	495	˰¥륳ΤΡΣ	of unsaturated alcohols [2]
C07C  69/15  \	5	5	4H006	C07C  69/15	482	ݻӥ˥Σ	Vinyl acetate [2]
C07C  69/155  \	5	5	4H006	C07C  69/155	76	ݻΣ	Allyl acetate [2]
C07C  69/157  \	5	5	4H006	C07C  69/157	620	˧ĤͭΡΣ	containing six-membered aromatic rings [3]
C07C  69/16  \	3	3	4H006	C07C  69/16	845	Ĥοͭ벽ʪ	of dihydroxylic compounds
C07C  69/18  \	3	3	4H006	C07C  69/18	137	Ĥοͭ벽ʪ	of trihydroxylic compounds
C07C  69/21  \	3	3	4H006	C07C  69/21	114	İʾοͭ벽ʪΡΣ	of hydroxy compounds with more than three hydroxy groups [2]
C07C  69/22  \	2	2	4H006	C07C  69/22	210	ʬˣİʾúǸҤĤ	having three or more carbon atoms in the acid moiety
C07C  69/24  \	3	3	4H006	C07C  69/24	1090	Ĥοͭ벽ʪǥƥ벽Ƥ	esterified with monohydroxylic compounds
C07C  69/26  \	4	4	4H006	C07C  69/26	27		Synthetic waxes
C07C  69/28  \	3	3	4H006	C07C  69/28	399	Ĥοͭ벽ʪǥƥ벽Ƥ	esterified with dihydroxylic compounds
C07C  69/30  \	3	3	4H006	C07C  69/30	422	Ĥοͭ벽ʪǥƥ벽Ƥ	esterified with trihydroxylic compounds
C07C  69/33  \	3	3	4H006	C07C  69/33	345	İʾοͭ벽ʪǥƥ벽ƤΡΣ	esterified with hydroxy compounds having more than three hydroxy groups [2]
C07C  69/34  \	1	1	4H006	C07C  69/34	533	ƥ벽Ƥ륫ܥļúǸҤ˷礷Ƥļ˰¿ΥƥΣ	Esters of acyclic saturated polycarboxylic acids having an esterified carboxyl group bound to an acyclic carbon atom [3]
C07C  69/347  \	2	2	4H006	C07C  69/347	58	ƥ벽ƤļúǸҤ˷礷Ƥ˰¥륳ǥƥ벽ƤΡΣ	esterified with unsaturated alcohols having the esterified hydroxy group bound to an acyclic carbon atom [3]
C07C  69/353  \	2	2	4H006	C07C  69/353	60	ƥ벽Ƥ𤬣˧ĤúǸҤ˷礷Ƥҥɥʪǥƥ벽ƤΡΣ	esterified with a hydroxy compound having the esterified hydroxy group bound to a carbon atom of a six-membered aromatic ring [3]
C07C  69/36  \	2	2	4H006	C07C  69/36	171	夦ƥΣ	Oxalic acid esters [3]
C07C  69/38  \	2	2	4H006	C07C  69/38	144	ޥƥΣ	Malonic acid esters [3]
C07C  69/40  \	2	2	4H006	C07C  69/40	278	ϤƥΣ	Succinic acid esters [3]
C07C  69/42  \	2	2	4H006	C07C  69/42	65	륿ƥΣ	Glutaric acid esters [3]
C07C  69/44  \	2	2	4H006	C07C  69/44	276	ԥƥΣ	Adipic acid esters [3]
C07C  69/46  \	2	2	4H006	C07C  69/46	15	ԥƥΣ	Pimelic acid esters [3]
C07C  69/48  \	2	2	4H006	C07C  69/48	37	饤ƥΣ	Azelaic acid esters [3]
C07C  69/50  \	2	2	4H006	C07C  69/50	79	ХƥΣ	Sebacic acid esters [3]
C07C  69/52  \	1	1	4H006	C07C  69/52	380	ƥ벽Ƥ륫ܥļúǸҤ˷礷Ƥļ˰¥ܥΥƥΣ	Esters of acyclic unsaturated carboxylic acids having the esterified carboxyl group bound to an acyclic carbon atom [3]
C07C  69/527  \	2	2	4H006	C07C  69/527	42	˰¥ҥɥʪΡΣ	of unsaturated hydroxy compounds [3]
C07C  69/533  \	2	2	4H006	C07C  69/533	611	úǡúŷ򣱸ĤİΥƥΣ	Monocarboxylic acid esters having only one carbon-to-carbon double bond [3]
C07C  69/54  \	3	3	4H006	C07C  69/54	1116	ƥ롨᥿ƥΣ	Acrylic acid esters; Methacrylic acid esters [3]
C07C  69/54  A	3	0	4H006	C07C  69/54	53	¿ܥʻѤ	Combination of polyatomic carboxylic acids
C07C  69/54  B	3	0	4H006	C07C  69/54	740	Ĥ˷礷ˤĤƥƥ벽Ƥ	Esterified by carbohydrate groups bound to a ring
C07C  69/54  Z	3	0	4H006	C07C  69/54	2707	¾Τ	Others
C07C  69/56  \	3	3	4H006	C07C  69/56	41	ȥƥ롨ӥ˥ݻƥΣ	Crotonic acid esters; Vinyl acetic acid esters [3]
C07C  69/58  \	3	3	4H006	C07C  69/58	315	ʬˣĤúǸҤľܥΥƥΣ	Esters of straight chain acids with eighteen carbon atoms in the acid moiety [3]
C07C  69/587  \	2	2	4H006	C07C  69/587	581	úǡúŷ򾯤ʤȤ⣲ͭΥƥΣ	Monocarboxylic acid esters having at least two carbon-to-carbon double bonds [3]
C07C  69/593  \	2	2	4H006	C07C  69/593	321	úǡúŷ򣱸ͭΥƥΣ	Dicarboxylic acid esters having only one carbon-to-carbon double bond [3]
C07C  69/60  \	3	3	4H006	C07C  69/60	205	ޥ쥤ƥ롨եޥƥΣ	Maleic acid esters; Fumaric acid esters [3]
C07C  69/602  \	2	2	4H006	C07C  69/602	96	úǡúŷ򾯤ʤȤ⣲ͭΥƥΣ	Dicarboxylic acid esters having at least two carbon-to-carbon double bonds [3]
C07C  69/604  \	2	2	4H006	C07C  69/604	55	¿Υƥ롤ʬˣİʾΥܥͭΡΣ	Polycarboxylic acid esters, the acid moiety containing more than two carboxyl groups [3]
C07C  69/606  \	2	2	4H006	C07C  69/606	59	ܥʬ˰·ȤúǡúǻŷΤߤͭΡΣ	having only carbon-to-carbon triple bonds as unsaturation in the carboxylic acid moiety [3]
C07C  69/608  \	1	1	4H006	C07C  69/608	290	ܥļúǸҤ˷礷ʬˣ˧İʳδĤͭ륫ܥΥƥΣ	Esters of carboxylic acids having a carboxyl group bound to an acyclic carbon atom and having a ring other than a six-membered aromatic ring in the acid moiety [3]
C07C  69/612  \	1	1	4H006	C07C  69/612	466	ܥļúǸҤ˷礷ʬˣ˧Ĥͭ륫ܥΥƥΣ	Esters of carboxylic acids having a carboxyl group bound to an acyclic carbon atom and having a six-membered aromatic ring in the acid moiety [3]
C07C  69/614  \	2	2	4H006	C07C  69/614	98	ե˥ݻΡΣ	of phenylacetic acid [3]
C07C  69/616  \	2	2	4H006	C07C  69/616	177	¿ļΤΡΣ	polycyclic [3]
C07C  69/618  \	2	2	4H006	C07C  69/618	508	˧İʳ˰·ĤΡΣ	having unsaturation outside the six-membered aromatic ring [3]
C07C  69/62  \	1	1	4H006	C07C  69/62	125	ϥͭƥΣ	Halogen-containing esters [2]
C07C  69/63  \	2	2	4H006	C07C  69/63	1108	˰»ΤΡΣ	of saturated acids [2]
C07C  69/635  \	3	3	4H006	C07C  69/635	52	ʬ˴ĤͭΡΣ	containing rings in the acid moiety [3]
C07C  69/65  \	2	2	4H006	C07C  69/65	803	˰»ΤΡΣ	of unsaturated acids [2]
C07C  69/653  \	3	3	4H006	C07C  69/653	731	ƥ롨᥿ƥ롨ϥƥ롨ϥ᥿ƥΣ	Acrylic acid esters; Methacrylic acid esters; Haloacrylic acid esters; Halomethacrylic acid esters [3]
C07C  69/657  \	3	3	4H006	C07C  69/657	26	ޥ쥤ƥ롨եޥƥ롨ϥޥ쥤ƥ롨ϥեޥƥΣ	Maleic acid esters; Fumaric acid esters; Halomaleic acid esters; Halofumaric acid esters [3]
C07C  69/66  \	1	1	4H006	C07C  69/66	166	ƥ벽Ƥ륫ܥļúǸҤ˷礷ʬˣϣȡϡ°ãȣϡȡƥ롤륪ֿޡ״𡤡ֿޡ״ޤϡֿޡ״Τ줫ĥܥΥƥ	Esters of carboxylic acids having esterified carboxyl groups bound to acyclic carbon atoms and having any of the groups OH, O-metal, &mdash;CHO, keto, ether, acyloxy, [figure] groups, [figure] groups, or [figure] in the acid moiety
C07C  69/67  \	2	2	4H006	C07C  69/67	376	˰»ΤΡΣ	of saturated acids [2]
C07C  69/675  \	3	3	4H006	C07C  69/675	1077	˰¥ҥɥܥΡΣ	of saturated hydroxy-carboxylic acids [3]
C07C  69/68  \	4	4	4H006	C07C  69/68	202	ƥΣ	Lactic acid esters [3]
C07C  69/70  \	4	4	4H006	C07C  69/70	28	лƥΣ	Tartaric acid esters [3]
C07C  69/704  \	4	4	4H006	C07C  69/704	59	ƥΣ	Citric acid esters [3]
C07C  69/708  \	3	3	4H006	C07C  69/708	267	ƥΣ	Ethers [3]
C07C  69/708  A	3	0	4H006	C07C  69/708	174	եǸҤͭ˰»Τ	Of saturated acids containing fluorine atoms
C07C  69/708  B	3	0	4H006	C07C  69/708	16	ƥο𤬡ӥĤޤϥӥƥĤͭҥɥʪǥݥƥ벽ƤΡֿޡ	Hydroxyl group of an ester esterified by hydroxy compound containing bicyclo-octane ring [figure]
C07C  69/708  Z	3	0	4H006	C07C  69/708	437	¾Τ	Others
C07C  69/712  \	4	4	4H006	C07C  69/712	271	ƥο𤬣˧ĤúǸҤ˷礹ĥҥɥʪǥƥ벽ƤΡΣ	the hydroxy group of the ester being etherified with a hydroxy compound having the hydroxy group bound to a carbon atom of a six-membered aromatic ring [3]
C07C  69/712  A	4	0	4H006	C07C  69/712	24	ֿޡ׹ʤĤ	With skeleton [figure]
C07C  69/712  B	4	0	4H006	C07C  69/712	53	ֿޡ׹ʤĤ	With skeleton [figure]
C07C  69/712  Z	4	0	4H006	C07C  69/712	300	¾Τ	Others
C07C  69/716  \	3	3	4H006	C07C  69/716	246	ȡܥΥƥΣ	Esters of keto-carboxylic acids [3]
C07C  69/716  A	3	0	4H006	C07C  69/716	60	ڥ󥿥ΥĤޤ५ܥΥƥֿޡ	Carboxylic acid of esters containing cyclopentanone rings [figure]
C07C  69/716  Z	3	0	4H006	C07C  69/716	525	¾Τ	Others
C07C  69/72  \	4	4	4H006	C07C  69/72	116	ȿݻƥΣ	Acetoacetic acid esters [3]
C07C  69/73  \	2	2	4H006	C07C  69/73	338	˰»ΤΡΣ	of unsaturated acids [2]
C07C  69/732  \	3	3	4H006	C07C  69/732	389	˰¥ҥɥܥΡΣ	of unsaturated hydroxy carboxylic acids [3]
C07C  69/732  A	3	0	4H006	C07C  69/732	47	ӥĤޤϥӥƥĤͭ륫ܥΡֿޡ	Of carbonic acids containingbicyclo-octane ring [figure]
C07C  69/732  Z	3	0	4H006	C07C  69/732	1010	¾Τ	Others
C07C  69/734  \	3	3	4H006	C07C  69/734	395	ƥΣ	Ethers [3]
C07C  69/734  A	3	0	4H006	C07C  69/734	15	ӥĤޤϥӥƥĤޤ५ܥΡֿޡ	Of carbonic acids containing bicyclo-octane ring [figure]
C07C  69/734  B	3	0	4H006	C07C  69/734	171	ֿޡ׹ʤĤ	With skeleton [figure]
C07C  69/734  Z	3	0	4H006	C07C  69/734	727	¾Τ	Others
C07C  69/736  \	4	4	4H006	C07C  69/736	362	ƥο𤬣˧ĤúǸҤ˷礹ĥҥɥʪǥƥ벽ƤΡΣ	the hydroxy group of the ester being etherified with a hydroxy compound having the hydroxy group bound to a carbon atom of a six-membered aromatic ring [3]
C07C  69/738  \	3	3	4H006	C07C  69/738	405	ȡܥΥƥΣ	Esters of keto-carboxylic acids [3]
C07C  69/738  A	3	0	4H006	C07C  69/738	105	ڥ󥿥ΥĤޤϥڥƥΥĤޤ५ܥΥƥֿޡ	Of carbonic acids containing cyclopentanone or cyclopentenone ring [figure]
C07C  69/738  Z	3	0	4H006	C07C  69/738	672	¾Τ	Others
C07C  69/74  \	1	1	4H006	C07C  69/74	213	ƥ벽Ƥ륫ܥ𤬣˧İʳδĤúǸҤ˷礷Ƥ륫ܥΥƥ	Esters of carboxylic acids having an esterified carboxyl group bound to a carbon atom of a ring other than a six-membered aromatic ring
C07C  69/74  A	1	0	4H006	C07C  69/74	179	ˡħͭ	Characterized by manufacturing method
C07C  69/74  Z	1	0	4H006	C07C  69/74	200	¾Τ	Others
C07C  69/743  \	2	2	4H006	C07C  69/743	338	Ĥͭİʳ˰·ͭΡΣ	of acids with a three-membered ring and with unsaturation outside the ring [3]
C07C  69/747  \	3	3	4H006	C07C  69/747	286	ƻƥΣ	Chrysanthemumic acid esters [3]
C07C  69/747  A	3	0	4H006	C07C  69/747	20	̤ħ	Characterized by first position
C07C  69/747  B	3	0	4H006	C07C  69/747	5	̤ħ	Characterized by second position
C07C  69/747  C	3	0	4H006	C07C  69/747	9	̤ħ	Characterized by third position
C07C  69/747  D	3	0	4H006	C07C  69/747	4	̤ħ	Characterized by 1' position
C07C  69/747  E	3	0	4H006	C07C  69/747	64	̤ħ	Characterized by 2' position
C07C  69/747  F	3	1	4H006	C07C  69/747	21	ֿޡ	[figure]
C07C  69/747  G	3	1	4H006	C07C  69/747	6	ֿޡ	[figure]
C07C  69/747  H	3	0	4H006	C07C  69/747	14	ħ	Characterized by
C07C  69/747  J	3	1	4H006	C07C  69/747	5	ֿޡ	[figure]
C07C  69/747  K	3	1	4H006	C07C  69/747	14	ֿޡ	[figure]
C07C  69/747  L	3	1	4H006	C07C  69/747	6	ֿޡ	[figure]
C07C  69/747  M	3	1	4H006	C07C  69/747	7	ֿޡ	[figure]
C07C  69/747  N	3	2	4H006	C07C  69/747	6	ҢҢħ	Characterized by R1R2
C07C  69/747  Q	3	2	4H006	C07C  69/747	3	ҢҢħ	Characterized by R4R5
C07C  69/747  R	3	1	4H006	C07C  69/747	33	ֿޡ	[figure]
C07C  69/747  S	3	2	4H006	C07C  69/747	6	ҢҢħ	Characterized by R1R2
C07C  69/747  T	3	2	4H006	C07C  69/747	50	Ңħ	Characterized by R3
C07C  69/747  U	3	1	4H006	C07C  69/747	17	ֿޡ	[figure]
C07C  69/747  V	3	2	4H006	C07C  69/747	7	ҢҢħ	Characterized by R1R2
C07C  69/747  W	3	2	4H006	C07C  69/747	7	ҢҢħ	Characterized by R4R5
C07C  69/747  X	3	2	4H006	C07C  69/747	3	ؤħ	Characterized by X
C07C  69/747  Y	3	1	4H006	C07C  69/747	19	Ҥ¾Τ	Other R
C07C  69/747  Z	3	0	4H006	C07C  69/747	62	¾Τ	Others
C07C  69/75  \	2	2	4H006	C07C  69/75	171	ĤͭΡΣ	of acids with a six-membered ring [3]
C07C  69/75  A	2	0	4H006	C07C  69/75	217	ֿޡ	[figure]
C07C  69/75  B	2	1	4H006	C07C  69/75	20	ֿޡ	[figure]
C07C  69/75  C	2	1	4H006	C07C  69/75	63	ֿޡ	[figure]
C07C  69/75  D	2	0	4H006	C07C  69/75	65	ֿޡ	[figure]
C07C  69/75  E	2	1	4H006	C07C  69/75	7	ֿޡ	[figure]
C07C  69/75  F	2	1	4H006	C07C  69/75	6	ֿޡ	[figure]
C07C  69/75  Z	2	0	4H006	C07C  69/75	438	¾Τ	Others
C07C  69/753  \	2	2	4H006	C07C  69/753	278	¿ļΡΣ	of polycyclic acids [3]
C07C  69/753  A	2	0	4H006	C07C  69/753	44	ֿޡ	[figure]
C07C  69/753  B	2	0	4H006	C07C  69/753	18	ֿޡ	[figure]
C07C  69/753  C	2	0	4H006	C07C  69/753	138	ֿޡ	[figure]
C07C  69/753  D	2	0	4H006	C07C  69/753	186	ֿޡ	[figure]
C07C  69/753  E	2	0	4H006	C07C  69/753	23	ֿޡ	[figure]
C07C  69/753  F	2	0	4H006	C07C  69/753	54	ֿޡ	[figure]
C07C  69/753  Z	2	0	4H006	C07C  69/753	475	¾Τ	Others
C07C  69/757  \	2	2	4H006	C07C  69/757	121	ʬˣϣȡϡ°ãȣϡȡƥ롤륪ֿޡ״𡤡ֿޡ״ޤϡֿޡ״Τ줫δĤΡΣ	having any of the groups OH, O-metal, &mdash;CHO, keto, ether, acyloxy, [figure] groups, [figure] groups, or [figure] in the acid moiety [3]
C07C  69/757  A	2	0	4H006	C07C  69/757	221	ֿޡ	[figure]
C07C  69/757  B	2	0	4H006	C07C  69/757	252	ֿޡ	[figure]
C07C  69/757  C	2	0	4H006	C07C  69/757	420	ֿޡ	[figure]
C07C  69/757  Z	2	0	4H006	C07C  69/757	437	¾Τ	Others
C07C  69/76  \	1	1	4H006	C07C  69/76	192	ƥ벽Ƥ륫ܥ𤬣˧ĤúǸҤ˷礷Ƥ륫ܥΥƥ	Esters of carboxylic acids having an esterified carboxyl group bound to a carbon atom of a six-membered aromatic ring
C07C  69/76  A	1	0	4H006	C07C  69/76	1204	¿ļ	Of multi-ring acids
C07C  69/76  Z	1	0	4H006	C07C  69/76	1056	¾Τ	Others
C07C  69/767  \	2	2	4H006	C07C  69/767	180	ƥ벽ƤļúǸҤ˷礷Ƥ˰¥륳ǥƥ벽ƤΡΣ	esterified with unsaturated alcohols having the esterified hydroxy group bound to an acyclic carbon atom [3]
C07C  69/773  \	2	2	4H006	C07C  69/773	685	ƥ벽Ƥ𤬣˧ĤúǸҤ˷礷Ƥҥɥʪǥƥ벽ƤΡΣ	esterified with a hydroxy compound having the esterified hydroxy group bound to a carbon atom of a six-membered aromatic ring [3]
C07C  69/78  \	2	2	4H006	C07C  69/78	855	©ƥ	Benzoic acid esters
C07C  69/80  \	2	2	4H006	C07C  69/80	36	եƥΣ	Phthalic acid esters [2]
C07C  69/80  A	2	0	4H006	C07C  69/80	373	륳ݥΥƥ	Monovalent alcohol esters
C07C  69/80  B	2	0	4H006	C07C  69/80	194	¿륳ݥΥƥ	Polyatomic alcohol esters
C07C  69/80  Z	2	0	4H006	C07C  69/80	49	¾Τ	Others
C07C  69/82  \	3	3	4H006	C07C  69/82	63	ƥեƥ	Terephthalic acid esters
C07C  69/82  A	3	0	4H006	C07C  69/82	565	륳ݥΥƥ	Monovalent alcohol esters
C07C  69/82  B	3	0	4H006	C07C  69/82	836	¿륳ݥΥƥ	Polyatomic alcohol esters
C07C  69/82  Z	3	0	4H006	C07C  69/82	69	¾Τ	Others
C07C  69/83  \	3	3	4H006	C07C  69/83	223	˰¥륳ΥƥΣ	of unsaturated alcohols [2]
C07C  69/84  \	2	2	4H006	C07C  69/84	270	ȥܥ𤬤Ȥˣ˧ĤúǸҤ˷礷Ƥñļҥɥܥ	of monocyclic hydroxy carboxylic acids, the hydroxy groups and the carboxyl groups of which are bound to carbon atoms of a six-membered aromatic ring
C07C  69/86  \	3	3	4H006	C07C  69/86	229	ƥ벽줿Ĥ	with esterified hydroxyl groups
C07C  69/88  \	3	3	4H006	C07C  69/88	305	ƥ벽줿ܥĤ	with esterified carboxyl groups
C07C  69/90  \	3	3	4H006	C07C  69/90	413	ƥ벽줿ȥܥĤ	with esterified hydroxyl and carboxyl groups
C07C  69/92  \	3	3	4H006	C07C  69/92	1500	ƥ벽줿ĤΡΣ	with etherified hydroxyl groups [2]
C07C  69/94  \	2	2	4H006	C07C  69/94	1191	ȥܥ𤬤Ȥˣ˧ĤúǸҤ˷礷Ƥ¿ļҥɥܥΡΣ	of polycyclic hydroxy carboxylic acids, the hydroxy groups and the carboxyl groups of which are bound to carbon atoms of six-membered aromatic rings [2]
C07C  69/95  \	1	1	4H006	C07C  69/95	133	Υ󥫥ܥΥƥΣ	Esters of quinone carboxylic acids [2]
C07C  69/96  \	1	1	4H006	C07C  69/96	153	úޤϥϥΥƥΣ	Esters of carbonic or haloformic acids [2]
C07C  69/96  A	1	0	4H006	C07C  69/96	175	ϥΥƥ	Haloformate acid esters
C07C  69/96  Z	1	0	4H006	C07C  69/96	2309	¾Τ	Others
C07C  71/00  \	0	0	4H006	C07C  71/00	61	ϥΥΥƥ	Esters of oxyacids of halogens
C07C 201/00  \	0	0	4H006	C07C 201/00	25	˻⤷ϰ˻Υƥޤúǹʤ˷礷Ƥ˥ȥޤϥ˥ȥͭ벽ʪ¤Σ	Preparation of esters of nitric or nitrous acid or of compounds containing nitro or nitroso groups bound to a carbon skeleton [5]
C07C 201/02  \	1	1	4H006	C07C 201/02	47	˻ƥ¤Σ	Preparation of esters of nitric acid [5]
C07C 201/04  \	1	1	4H006	C07C 201/04	39	˻ƥ¤Σ	Preparation of esters of nitrous acid [5]
C07C 201/06  \	1	1	4H006	C07C 201/06	46	˥ȥʪ¤Σ	Preparation of nitro compounds [5]
C07C 201/08  \	2	2	4H006	C07C 201/08	305	ǸҤ˥ȥִΡΣ	by substitution of hydrogen atoms by nitro groups [5]
C07C 201/10  \	2	2	4H006	C07C 201/10	50	ǽ˥ȥִΡΣ	by substitution of functional groups by nitro groups [5]
C07C 201/12  \	2	2	4H006	C07C 201/12	1035	˥ȥηͿʤȿˤΡΣ	by reactions not involving the formation of nitro groups [5]
C07C 201/14  \	2	2	4H006	C07C 201/14	49	˥ȥηͿʤȿȥ˥ȥηȿƱ˵ΡΣ	by formation of nitro groups together with reactions not involving the formation of nitro groups [5]
C07C 201/16  \	2	2	4H006	C07C 201/16	227	ʬ경źúޤλѡΣ	Separation; Purification; Stabilisation; Use of additives [5]
C07C 203/00  \	0	0	4H006	C07C 203/00	46	˻ޤϰ˻ΥƥΣ	Esters of nitric or nitrous acid [5]
C07C 203/02  \	1	1	4H006	C07C 203/02	16	˻ΥƥΣ	Esters of nitric acid [5]
C07C 203/04  \	2	2	4H006	C07C 203/04	95	ļúǸҤ˷礷Ƥ˻ĤΡΣ	having nitrate groups bound to acyclic carbon atoms [5]
C07C 203/06  \	3	3	4H006	C07C 203/06	9	˻ꥻΣ	Glycerol trinitrate [5]
C07C 203/08  \	2	2	4H006	C07C 203/08	10	˧İʳδĤúǸҤ˷礷Ƥ˻ĤΡΣ	having nitrate groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 203/10  \	2	2	4H006	C07C 203/10	5	˧ĤúǸҤ˷礷Ƥ˻ĤΡΣ	having nitrate groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 205/00  \	0	0	4H006	C07C 205/00	5	úǹʤ˷礷Ƥ˥ȥͭ벽ʪΣ	Compounds containing nitro groups bound to a carbon skeleton [5]
C07C 205/01  \	1	1	4H006	C07C 205/01	1	ļúǸҤ˷礷Ƥ˥ȥĤΡΣ	having nitro groups bound to acyclic carbon atoms [5]
C07C 205/02  \	2	2	4H006	C07C 205/02	99	˰úǹʤΡΣ	of a saturated carbon skeleton [5]
C07C 205/03  \	2	2	4H006	C07C 205/03	25	˰úǹʤΡΣ	of an unsaturated carbon skeleton [5]
C07C 205/04  \	3	3	4H006	C07C 205/04	40	˧ĤͭΡΣ	containing six-membered aromatic rings [5]
C07C 205/05  \	1	1	4H006	C07C 205/05	60	˧İʳδĤúǸҤ˷礷Ƥ˥ȥĤΡΣ	having nitro groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 205/06  \	1	1	4H006	C07C 205/06	522	˧ĤúǸҤ˷礷Ƥ˥ȥĤΡΣ	having nitro groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 205/07  \	1	1	4H006	C07C 205/07	21	úǹʤ˥ϥ󸶻ҤִƤΡΣ	the carbon skeleton being further substituted by halogen atoms [5]
C07C 205/08  \	2	2	4H006	C07C 205/08	41	ļúǸҤ˷礷Ƥ˥ȥĤΡΣ	having nitro groups bound to acyclic carbon atoms [5]
C07C 205/09  \	3	3	4H006	C07C 205/09	30	˰úǹʤΡΣ	of an unsaturated carbon skeleton [5]
C07C 205/10  \	2	2	4H006	C07C 205/10	7	˧İʳδĤúǸҤ˷礷Ƥ˥ȥĤΡΣ	having nitro groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 205/11  \	2	2	4H006	C07C 205/11	155	˧ĤúǸҤ˷礷Ƥ˥ȥĤΡΣ	having nitro groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 205/12  \	3	3	4H006	C07C 205/12	361	˧ĤޤϽ̹ķϤϥ󸶻ҤִƤΡΣ	the six-membered aromatic ring or a condensed ring system containing that ring being substituted by halogen atoms [5]
C07C 205/13  \	1	1	4H006	C07C 205/13	4	úǹʤ˿ִƤΡΣ	the carbon skeleton being further substituted by hydroxy groups [5]
C07C 205/14  \	2	2	4H006	C07C 205/14	21	ļúǸҤ˷礷Ƥ˥ȥȿĤΡΣ	having nitro groups and hydroxy groups bound to acyclic carbon atoms [5]
C07C 205/15  \	3	3	4H006	C07C 205/15	42	˰úǹʤΡΣ	of a saturated carbon skeleton [5]
C07C 205/16  \	3	3	4H006	C07C 205/16	35	˧ĤͭúǹʤΡΣ	of a carbon skeleton containing six-membered aromatic rings [5]
C07C 205/17  \	2	2	4H006	C07C 205/17	15	ļúǸҤ˷礷Ƥ˥ȥȣ˧ĤúǸҤ˷礷ƤĤΡΣ	having nitro groups bound to acyclic carbon atoms and hydroxy groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 205/18  \	2	2	4H006	C07C 205/18	13	˧İʳδĤúǸҤ˷礷Ƥ˥ȥޤϿĤΡΣ	having nitro groups or hydroxy groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 205/19  \	2	2	4H006	C07C 205/19	76	˧ĤúǸҤ˷礷Ƥ˥ȥļúǸҤ˷礷ƤĤΡΣ	having nitro groups bound to carbon atoms of six-membered aromatic rings and hydroxy groups bound to acyclic carbon atoms [5]
C07C 205/20  \	2	2	4H006	C07C 205/20	42	˧ĤúǸҤ˷礷Ƥ뤤˥ȥȿĤΡΣ	having nitro groups and hydroxy groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 205/21  \	3	3	4H006	C07C 205/21	16	Ʊ̹磶˧ĤúǸҤ˷礷Ƥ˥ȥȿĤΡΣ	having nitro groups and hydroxy groups bound to carbon atoms of the same non-condensed six-membered aromatic ring [5]
C07C 205/22  \	4	4	4H006	C07C 205/22	126	Ĥ˷礷Ƥ룱ĤΥ˥ȥĤΡΣ	having one nitro group bound to the ring [5]
C07C 205/23  \	4	4	4H006	C07C 205/23	39	Ĥ˷礷Ƥ룲ĤΥ˥ȥĤΡΣ	having two nitro groups bound to the ring [5]
C07C 205/24  \	4	4	4H006	C07C 205/24	23	Ĥ˷礷Ƥ룳ĤΥ˥ȥĤΡΣ	having three, and only three, nitro groups bound to the ring [5]
C07C 205/25  \	3	3	4H006	C07C 205/25	9	̹ķϤΰǤ룶˧ĤúǸҤ˷礷Ƥ˥ȥĤΡΣ	having nitro groups bound to carbon atoms of six-membered aromatic rings being part of a condensed ring system [5]
C07C 205/26  \	2	2	4H006	C07C 205/26	177	Ƥ˥ϥ󸶻ҤִƤΡΣ	and being further substituted by halogen atoms [5]
C07C 205/27  \	1	1	4H006	C07C 205/27	3	úǹʤ˥ƥ벽줿ִƤΡΣ	the carbon skeleton being further substituted by etherified hydroxy groups [5]
C07C 205/28  \	2	2	4H006	C07C 205/28	12	úǹʤļúǸҤ˷礷Ƥ˥ȥȥƥ벽줿ĤΡΣ	having nitro groups and etherified hydroxy groups bound to acyclic carbon atoms of the carbon skeleton [5]
C07C 205/29  \	3	3	4H006	C07C 205/29	9	úǹʤ˰¤ǤΡΣ	the carbon skeleton being saturated [5]
C07C 205/30  \	4	4	4H006	C07C 205/30	4	ʤȤ⣱ĤΥƥ벽줿λǸҤˣ˧ĤúǸҤ˷礷ƤΡΣ	the oxygen atom of at least one of the etherified hydroxy groups being further bound to a carbon atom of a six-membered aromatic ring [5]
C07C 205/31  \	3	3	4H006	C07C 205/31	2	úǹʤ˧ĤͭΡΣ	the carbon skeleton containing six-membered aromatic rings [5]
C07C 205/32  \	2	2	4H006	C07C 205/32	50	ļúǸҤ˷礷Ƥ˥ȥúǹʤΣ˧ĤúǸҤ˷礷Ƥ륨ƥ벽줿ĤΡΣ	having nitro groups bound to acyclic carbon atoms and etherified hydroxy groups bound to carbon atoms of six-membered aromatic rings of the carbon skeleton [5]
C07C 205/33  \	2	2	4H006	C07C 205/33	8	úǹʤΣ˧İʳδĤúǸҤ˷礷Ƥ˥ȥޤϥƥ벽줿ĤΡΣ	having nitro groups or etherified hydroxy groups bound to carbon atoms of rings other than six-membered aromatic rings of the carbon skeleton [5]
C07C 205/34  \	2	2	4H006	C07C 205/34	94	˧ĤúǸҤ˷礷Ƥ˥ȥúǹʤļúǸҤ˷礷Ƥ륨ƥ벽줿ĤΡΣ	having nitro groups bound to carbon atoms of six-membered aromatic rings and etherified hydroxy groups bound to acyclic carbon atoms of the carbon skeleton [5]
C07C 205/35  \	2	2	4H006	C07C 205/35	83	úǹʤΣ˧ĤúǸҤ˷礷Ƥ˥ȥȥƥ벽줿ĤΡΣ	having nitro groups and etherified hydroxy groups bound to carbon atoms of six-membered aromatic rings of the carbon skeleton [5]
C07C 205/36  \	3	3	4H006	C07C 205/36	38	Ʊ̹磶˧ĤúǸҤޤƱ̹ķϤΰǤ룶˧ĤúǸҤ˷礷ƤΡΣ	to carbon atoms of the same non-condensed six-membered aromatic ring or to carbon atoms of six-membered aromatic rings being part of the same condensed ring system [5]
C07C 205/37  \	4	4	4H006	C07C 205/37	329	İʾΥƥ벽줿λǸҤļúǸҤ˷礷ƤΡΣ	the oxygen atom of at least one of the etherified hydroxy groups being further bound to an acyclic carbon atom [5]
C07C 205/38  \	4	4	4H006	C07C 205/38	387	İʾΥƥ벽줿λǸҤˣ˧ĤúǸҤ˷礷ƤΡ㡥˥ȥե˥륨ƥΣ	the oxygen atom of at least one of the etherified hydroxy groups being further bound to a carbon atom of a six-membered aromatic ring, e.g. nitrodiphenyl ethers [5]
C07C 205/39  \	1	1	4H006	C07C 205/39	5	úǹʤ˥ƥ벽줿ִƤΡΣ	the carbon skeleton being further substituted by esterified hydroxy groups [5]
C07C 205/40  \	2	2	4H006	C07C 205/40	39	úǹʤļúǸҤ˷礷Ƥ˥ȥȥƥ벽줿ĤΡΣ	having nitro groups and esterified hydroxy groups bound to acyclic carbon atoms of the carbon skeleton [5]
C07C 205/41  \	2	2	4H006	C07C 205/41	15	úǹʤΣ˧İʳδĤúǸҤ˷礷Ƥ˥ȥޤϥƥ벽줿ĤΡΣ	having nitro groups or esterified hydroxy groups bound to carbon atoms of rings other than six-membered aromatic rings of the carbon skeleton [5]
C07C 205/42  \	2	2	4H006	C07C 205/42	85	úǹʤΣ˧ĤúǸҤ˷礷Ƥ˥ȥޤϥƥ벽줿ĤΡΣ	having nitro groups or esterified hydroxy groups bound to carbon atoms of six-membered aromatic rings of the carbon skeleton [5]
C07C 205/43  \	3	3	4H006	C07C 205/43	157	Ʊ̹磶˧ĤúǸҤޤƱ̹ķϤΰǤ룶˧ĤúǸҤ˷礷ƤΡΣ	to carbon atoms of the same non-condensed six-membered aromatic ring or to carbon atoms of six-membered aromatic rings being part of the same condensed ring system [5]
C07C 205/44  \	1	1	4H006	C07C 205/44	156	úǹʤˡãȣϴִƤΡΣ	the carbon skeleton being further substituted by &mdash;CHO groups [5]
C07C 205/45  \	1	1	4H006	C07C 205/45	469	úǹʤˡãȣϴΰǤϤʤʤȤ⣱ĤŷλǸҤִƤΡΣ	the carbon skeleton being further substituted by at least one doubly-bound oxygen atom, not being part of a &mdash;CHO group [5]
C07C 205/46  \	2	2	4H006	C07C 205/46	38	úǹʤΥĤúǸҤͭΡΣ	the carbon skeleton containing carbon atoms of quinone rings [5]
C07C 205/47  \	3	3	4H006	C07C 205/47	144	˥ȥͭ륢ȥ饭ΥΣ	Anthraquinones containing nitro groups [5]
C07C 205/48  \	4	4	4H006	C07C 205/48	20	úǹʤñλǸҤִƤΡΣ	the carbon skeleton being further substituted by singly-bound oxygen atoms [5]
C07C 205/49  \	1	1	4H006	C07C 205/49	7	úǹʤ˥ܥִƤΡΣ	the carbon skeleton being further substituted by carboxyl groups [5]
C07C 205/50  \	2	2	4H006	C07C 205/50	39	úǹʤļúǸҤ˷礷Ƥ˥ȥȥܥĤΡΣ	having nitro groups and carboxyl groups bound to acyclic carbon atoms of the carbon skeleton [5]
C07C 205/51  \	3	3	4H006	C07C 205/51	53	úǹʤ˰¤ΤΡΣ	the carbon skeleton being saturated [5]
C07C 205/52  \	4	4	4H006	C07C 205/52	8	˥ȥݻΣ	Nitro-acetic acids [5]
C07C 205/53  \	3	3	4H006	C07C 205/53	27	úǹʤ˧ĤͭΡΣ	the carbon skeleton containing six-membered aromatic rings [5]
C07C 205/54  \	2	2	4H006	C07C 205/54	16	úǹʤļúǸҤ˷礷Ƥ˥ȥȣ˧ĤúǸҤ˷礷Ƥ륫ܥĤΡΣ	having nitro groups bound to acyclic carbon atoms and carboxyl groups bound to carbon atoms of six-membered aromatic rings of the carbon skeleton [5]
C07C 205/55  \	2	2	4H006	C07C 205/55	86	úǹʤΣ˧İʳδĤúǸҤ˷礷Ƥ˥ȥޤϥܥĤΡΣ	having nitro groups or carboxyl groups bound to carbon atoms of rings other than six-membered aromatic rings of the carbon skeleton [5]
C07C 205/56  \	2	2	4H006	C07C 205/56	311	úǹʤΣ˧ĤúǸҤ˷礷Ƥ˥ȥļúǸҤ˷礷Ƥ륫ܥĤΡΣ	having nitro groups bound to carbon atoms of six-membered aromatic rings and carboxyl groups bound to acyclic carbon atoms of the carbon skeleton [5]
C07C 205/57  \	2	2	4H006	C07C 205/57	338	úǹʤΣ˧ĤúǸҤ˷礷Ƥ˥ȥȥܥĤΡΣ	having nitro groups and carboxyl groups bound to carbon atoms of six-membered aromatic rings of the carbon skeleton [5]
C07C 205/58  \	3	3	4H006	C07C 205/58	89	úǹʤ˥ϥ󸶻ҤִƤΡΣ	the carbon skeleton being further substituted by halogen atoms [5]
C07C 205/59  \	3	3	4H006	C07C 205/59	185	úǹʤñλǸҤִƤΡΣ	the carbon skeleton being further substituted by singly-bound oxygen atoms [5]
C07C 205/60  \	4	4	4H006	C07C 205/60	39	ܥΥȰ̤ˤΡ㡥˥ȥΣ	in ortho-position to the carboxyl group, e.g. nitro-salicylic acids [5]
C07C 205/61  \	3	3	4H006	C07C 205/61	35	úǹʤŷλǸҤִƤΡΣ	the carbon skeleton being further substituted by doubly-bound oxygen atoms [5]
C07C 207/00  \	0	0	4H006	C07C 207/00	39	úǹʤ˷礷Ƥ˥ȥͭ벽ʪΣ	Compounds containing nitroso groups bound to a carbon skeleton [5]
C07C 207/02  \	1	1	4H006	C07C 207/02	21	úǹʤִƤʤΡΣ	the carbon skeleton not being further substituted [5]
C07C 207/04  \	1	1	4H006	C07C 207/04	34	úǹʤñλǸҤִƤΡΣ	the carbon skeleton being further substituted by singly-bound oxygen atoms [5]
C07C 209/00  \	0	0	4H006	C07C 209/00	450	úǹʤ˷礷Ƥ륢ߥδͭ벽ʪ¤Σ	Preparation of compounds containing amino groups bound to a carbon skeleton [5]
C07C 209/02  \	1	1	4H006	C07C 209/02	80	ǸҤ򥢥ߥδִΡΣ	by substitution of hydrogen atoms by amino groups [5]
C07C 209/04  \	1	1	4H006	C07C 209/04	35	ǽ򥢥ߥδִΡΣ	by substitution of functional groups by amino groups [5]
C07C 209/06  \	2	2	4H006	C07C 209/06	25	ϥ󸶻ҤִΡΣ	by substitution of halogen atoms [5]
C07C 209/08  \	3	3	4H006	C07C 209/08	407	ļúǸҤޤϣ˧İʳδĤúǸҤ˷礷Ƥ륢ߥδΡΣ	with formation of amino groups bound to acyclic carbon atoms or to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 209/10  \	3	3	4H006	C07C 209/10	594	˧ĤúǸҤ˷礷Ƥ륢ߥδΤޤϣ˧ĤúǸҤ˷礷ƤǸҤĥߥ󤫤ΤΡΣ	with formation of amino groups bound to carbon atoms of six-membered aromatic rings or from amines having nitrogen atoms bound to carbon atoms of six-membered aromatic rings [5]
C07C 209/12  \	3	3	4H006	C07C 209/12	216	裴˥ಽʪηˤΡΣ	with formation of quaternary ammonium compounds [5]
C07C 209/14  \	2	2	4H006	C07C 209/14	90	ޤϥƥ벽⤷ϥƥ벽줿ִΡΣ	by substitution of hydroxy groups or of etherified or esterified hydroxy groups [5]
C07C 209/16  \	3	3	4H006	C07C 209/16	627	ļúǸҤޤϣ˧İʳδĤúǸҤ˷礷Ƥ륢ߥδηˤΡΣ	with formation of amino groups bound to acyclic carbon atoms or to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 209/18  \	3	3	4H006	C07C 209/18	245	˧ĤúǸҤ˷礷Ƥ륢ߥδΤޤϣ˧ĤúǸҤ˷礷ƤǸҤĥߥ󤫤ΤΡΣ	with formation of amino groups bound to carbon atoms of six-membered aromatic rings or from amines having nitrogen atoms bound to carbon atoms of six-membered aromatic rings [5]
C07C 209/20  \	3	3	4H006	C07C 209/20	106	裴˥ಽʪηˤΡΣ	with formation of quaternary ammonium compounds [5]
C07C 209/22  \	2	2	4H006	C07C 209/22	148	¾δǽִΡΣ	by substitution of other functional groups [5]
C07C 209/24  \	1	1	4H006	C07C 209/24	118	˥ߥޤϥߥδ˴ԸǽʴǽĲʪΥܥ˥벽ʪˤԸ륭벽ˤΡΣ	by reductive alkylation of ammonia, amines or compounds having groups reducible to amino groups, with carbonyl compounds [5]
C07C 209/26  \	2	2	4H006	C07C 209/26	432	ǤˤԸˤΡΣ	by reduction with hydrogen [5]
C07C 209/28  \	2	2	4H006	C07C 209/28	171	¾δԸޤˤԸˤΡΣ	by reduction with other reducing agents [5]
C07C 209/30  \	1	1	4H006	C07C 209/30	16	ǡǷޤǡǷδԸˤΡΣ	by reduction of nitrogen-to-oxygen or nitrogen-to-nitrogen bonds [5]
C07C 209/32  \	2	2	4H006	C07C 209/32	37	˥ȥδԸˤΡΣ	by reduction of nitro groups [5]
C07C 209/34  \	3	3	4H006	C07C 209/34	72	ļúǸҤޤϣ˧İʳδĤúǤ˷礷Ƥ˥ȥδԸˤΡΣ	by reduction of nitro groups bound to acyclic carbon atoms or to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 209/36  \	3	3	4H006	C07C 209/36	742	˧ĤúǸҤ˷礷Ƥ˥ȥδԸˤΡΣ	by reduction of nitro groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 209/38  \	2	2	4H006	C07C 209/38	51	˥ȥδԸˤΡΣ	by reduction of nitroso groups [5]
C07C 209/40  \	2	2	4H006	C07C 209/40	126	ҥɥ륢ߥδޤϥߥδδԸˤΡΣ	by reduction of hydroxylamino or oxyimino groups [5]
C07C 209/42  \	2	2	4H006	C07C 209/42	88	ǡǷδԸˤΡΣ	by reduction of nitrogen-to-nitrogen bonds [5]
C07C 209/44  \	1	1	4H006	C07C 209/44	33	ܥޤϤΥƥΥ˥ޤϥߥ¸߲ˤԸˤΡޤϥ˥ȥ롤ܥߥɡߥޤϥߥΡƥδԸˤΡΣ	by reduction of carboxylic acids or esters thereof in presence of ammonia or amines, or by reduction of nitriles, carboxylic acid amides, imines or imino-ethers [5]
C07C 209/46  \	2	2	4H006	C07C 209/46	27	ܥޤϤΥƥΥ˥ޤϥߥ¸߲ˤԸˤΡΣ	by reduction of carboxylic acids or esters thereof in presence of ammonia or amines [5]
C07C 209/48  \	2	2	4H006	C07C 209/48	680	˥ȥδԸˤΡΣ	by reduction of nitriles [5]
C07C 209/50  \	2	2	4H006	C07C 209/50	266	ܥߥɤδԸˤΡΣ	by reduction of carboxylic acid amides [5]
C07C 209/52  \	2	2	4H006	C07C 209/52	256	ߥޤϥߥΡƥδԸˤΡʣããͥˡΣ	by reduction of imines or imino-ethers (C07C 209/24 takes precedence) [5]
C07C 209/54  \	1	1	4H006	C07C 209/54	90	žȿˤΡΣ	by rearrangement reactions [5]
C07C 209/56  \	2	2	4H006	C07C 209/56	67	ۥեޥ󡤥ߥåȤޤϥå󷿤ž̤Ϳ륫ܥΤΡΣ	from carboxylic acids involving a Hofmann, Curtius, Schmidt, or Lossen-type rearrangement [5]
C07C 209/58  \	2	2	4H006	C07C 209/58	54	ߥɤΤΤޤϥߥɤͳΡΣ	from or <u>via</u> amides [5]
C07C 209/60  \	1	1	4H006	C07C 209/60	485	̹ȿޤղȿˤΡ㡥ޥ˥åȿ륱ޤϥ륭ؤΥ˥ޤϥߥղáåձ𡤥Υ󥤥ߥޤϥؤγǸҤͭ벽ʪղáΣ	by condensation or addition reactions, e.g. Mannich reaction, addition of ammonia or amines to alkenes or to alkynes or addition of compounds containing an active hydrogen atom to Schiff's bases, quinone imines, or aziranes [5]
C07C 209/62  \	1	1	4H006	C07C 209/62	642	úǡǷ硤βǷޤϥǷγˤΡ㡥ߥɤβÿʬ򡤥ߥޤϣ饢˥ಽʪΣΡæ륭벽ʣããͥˡΣ	by cleaving carbon-to-nitrogen, sulfur-to-nitrogen, or phosphorus-to-nitrogen bonds, e.g. hydrolysis of amides, N-dealkylation of amines or quaternary ammonium compounds (C07C 209/24 takes precedence) [5]
C07C 209/64  \	1	1	4H006	C07C 209/64	27	ԶѲˤΡΣ	by disproportionation [5]
C07C 209/66  \	1	1	4H006	C07C 209/66	65	ͭ°ʪΤΤޤͭ°ʪͳΡΣ	from or <u>via</u> metallo-organic compounds [5]
C07C 209/68  \	1	1	4H006	C07C 209/68	753	ߥδδͿʤȿˤ륢ߥΤΤΡ㡥˰¥ߥδԸ˧²ޤúǹʤִΣ	from amines, by reactions not involving amino groups, e.g. reduction of unsaturated amines, aromatisation, or substitution of the carbon skeleton [5]
C07C 209/70  \	2	2	4H006	C07C 209/70	64	˰¥ߥδԸˤΡΣ	by reduction of unsaturated amines [5]
C07C 209/72  \	3	3	4H006	C07C 209/72	150	˧ĤδԸˤΡΣ	by reduction of six-membered aromatic rings [5]
C07C 209/74  \	2	2	4H006	C07C 209/74	248	ϥ󲽡ϥ󲽿ǲæϥ󲽤ޤæϥ󲽿ǲˤΡΣ	by halogenation, hydrohalogenation, dehalogenation, or dehydrohalogenation [5]
C07C 209/76  \	2	2	4H006	C07C 209/76	17	˥ȥˤΡΣ	by nitration [5]
C07C 209/78  \	2	2	4H006	C07C 209/78	178	ܥ˥벽ʪ㡥ۥॢǥҥɡȣ˧ĤúǸҤ˷礷Ƥ륢ߥδĥߥ󤫤󡽥꡼륢ߥΡΣ	from carbonyl compounds, e.g. from formaldehyde, and amines having amino groups bound to carbon atoms of six-membered aromatic rings, with formation of methylene-diarylamines [5]
C07C 209/80  \	1	1	4H006	C07C 209/80	9	ȿˤΡͷΥѤΡΣ	by photochemical reactions; by using free radicals [5]
C07C 209/82  \	1	1	4H006	C07C 209/82	41	ʬΥ경źúޤλѡΣ	Purification; Separation; Stabilisation; Use of additives [5]
C07C 209/84  \	2	2	4H006	C07C 209/84	437	Σ	Purification [5]
C07C 209/86  \	2	2	4H006	C07C 209/86	281	ʬΥΣ	Separation [5]
C07C 209/88  \	3	3	4H006	C07C 209/88	167	ذΤʬΥΣ	Separation of optical isomers [5]
C07C 209/90  \	2	2	4H006	C07C 209/90	105	경źʪλѡΣ	Stabilisation; Use of additives [5]
C07C 211/00  \	0	0	4H006	C07C 211/00	45	úǹʤ˷礷Ƥ륢ߥδͭ벽ʪΣ	Compounds containing amino groups bound to a carbon skeleton [5]
C07C 211/01  \	1	1	4H006	C07C 211/01	11	ļúǸҤ˷礷Ƥ륢ߥδĤΡΣ	having amino groups bound to acyclic carbon atoms [5]
C07C 211/02  \	2	2	4H006	C07C 211/02	68	ļ˰úǹʤΡΣ	of an acyclic saturated carbon skeleton [5]
C07C 211/03  \	3	3	4H006	C07C 211/03	408	ΥߥΣ	Monoamines [5]
C07C 211/04  \	4	4	4H006	C07C 211/04	201	Ρޤϥȥ꡽륢ߥΣ	Mono-, di- or tri-methylamine [5]
C07C 211/05  \	4	4	4H006	C07C 211/05	145	Ρޤϥȥ꡽륢ߥΣ	Mono-, di- or tri-ethylamine [5]
C07C 211/06  \	4	4	4H006	C07C 211/06	52	ޤϥץԥΤߤͭΡΣ	containing only n- or iso-propyl groups [5]
C07C 211/07  \	4	4	4H006	C07C 211/07	185	ġĤޤϣĤΥ륭ͭΥ륭Τ줾줬ĤĶƱúǸҤĤΡΣ	containing one, two or three alkyl groups, each having the same number of carbon atoms in excess of three [5]
C07C 211/08  \	4	4	4H006	C07C 211/08	168	ۤʤäúǸҤĥ륭ͭΡΣ	containing alkyl groups having a different number of carbon atoms [5]
C07C 211/09  \	3	3	4H006	C07C 211/09	554	ߥΣ	Diamines [5]
C07C 211/10  \	4	4	4H006	C07C 211/10	223	ߥΥΣ	Diaminoethanes [5]
C07C 211/11  \	4	4	4H006	C07C 211/11	57	ߥΥץѥΣ	Diaminopropanes [5]
C07C 211/12  \	4	4	4H006	C07C 211/12	137	ߥΥإΣ	1,6-Diaminohexanes [5]
C07C 211/13  \	3	3	4H006	C07C 211/13	72	úǹʤ˷礷Ƥ룳İʾΥߥδͭ륢ߥΣ	Amines containing three or more amino groups bound to the carbon skeleton [5]
C07C 211/14  \	3	3	4H006	C07C 211/14	396	ʤȤ⣲ĤΥߥΥ륭˷礷Ƥ륢ߥδͭ륢ߥ㡥ȥꥢߥΣ	Amines containing amino groups bound to at least two aminoalkyl groups, e.g. diethylenetriamines [5]
C07C 211/15  \	3	3	4H006	C07C 211/15	228	úǹʤ˥ϥ󸶻Ҥޤϥ˥ȥ⤷ϥ˥ȥִƤΡΣ	the carbon skeleton being further substituted by halogen atoms or by nitro or nitroso groups [5]
C07C 211/16  \	2	2	4H006	C07C 211/16	19	˧İʳδĤͭ˰úǹʤΡΣ	of a saturated carbon skeleton containing rings other than six-membered aromatic rings [5]
C07C 211/17  \	3	3	4H006	C07C 211/17	109	̹ĤΤߤͭΡΣ	containing only non-condensed rings [5]
C07C 211/18  \	3	3	4H006	C07C 211/18	154	úǹʤ˷礷Ƥ뾯ʤȤ⣲ĤΥߥδͭΡΣ	containing at least two amino groups bound to the carbon skeleton [5]
C07C 211/19  \	3	3	4H006	C07C 211/19	119	̹ķϤͭΡΣ	containing condensed ring systems [5]
C07C 211/20  \	2	2	4H006	C07C 211/20	19	ļ˰úǹʤΡΣ	of an acyclic unsaturated carbon skeleton [5]
C07C 211/21  \	3	3	4H006	C07C 211/21	264	ΥߥΣ	Monoamines [5]
C07C 211/22  \	3	3	4H006	C07C 211/22	52	úǹʤ˷礷Ƥ뾯ʤȤ⣲ĤΥߥδͭΡΣ	containing at least two amino groups bound to the carbon skeleton [5]
C07C 211/23  \	3	3	4H006	C07C 211/23	40	úǹʤúǡúǻŷͭΡΣ	the carbon skeleton containing carbon-to-carbon triple bonds [5]
C07C 211/24  \	3	3	4H006	C07C 211/24	70	úǹʤ˥ϥ󸶻Ҥޤϥ˥ȥ⤷ϥ˥ȥִƤΡΣ	the carbon skeleton being further substituted by halogen atoms or by nitro or nitroso groups [5]
C07C 211/25  \	2	2	4H006	C07C 211/25	102	˧İʳδĤͭ˰úǹʤΡΣ	of an unsaturated carbon skeleton containing rings other than six-membered aromatic rings [5]
C07C 211/26  \	2	2	4H006	C07C 211/26	71	ʤȤ⣱ĤΣ˧Ĥͭ˰úǹʤΡΣ	of an unsaturated carbon skeleton containing at least one six-membered aromatic ring [5]
C07C 211/27  \	3	3	4H006	C07C 211/27	1132	˰úǺˤäƣ˧Ĥ˷礷Ƥ륢ߥδĤΡΣ	having amino groups linked to the six-membered aromatic ring by saturated carbon chains [5]
C07C 211/28  \	3	3	4H006	C07C 211/28	113	˰úǺˤäƣ˧Ĥ˷礷Ƥ륢ߥδĤΡΣ	having amino groups linked to the six-membered aromatic ring by unsaturated carbon chains [5]
C07C 211/29  \	3	3	4H006	C07C 211/29	518	úǹʤ˥ϥ󸶻Ҥޤϥ˥ȥ⤷ϥ˥ȥִƤΡΣ	the carbon skeleton being further substituted by halogen atoms or by nitro or nitroso groups [5]
C07C 211/30  \	3	3	4H006	C07C 211/30	175	˧ĤĤδĤʤ̹ķϤΰǤΡΣ	the six-membered aromatic ring being part of a condensed ring system formed by two rings [5]
C07C 211/31  \	3	3	4H006	C07C 211/31	64	˧ĤʤȤ⣳ĤδĤʤ̹ķϤΰǤΡΣ	the six-membered aromatic ring being part of a condensed ring system formed by at least three rings [5]
C07C 211/32  \	4	4	4H006	C07C 211/32	75	٥󥾥إץޤϥ٥󥾥إץƥķϤޤϤν̹ͶƳΤͭΡΣ	containing dibenzocycloheptane or dibenzocycloheptene ring systems or condensed derivatives thereof [5]
C07C 211/33  \	1	1	4H006	C07C 211/33	6	˧İʳδĤúǸҤ˷礷Ƥ륢ߥδĤΡΣ	having amino groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 211/34  \	2	2	4H006	C07C 211/34	16	˰úǹʤΡΣ	of a saturated carbon skeleton [5]
C07C 211/35  \	3	3	4H006	C07C 211/35	310	̹ĤΤߤͭΡΣ	containing only non-condensed rings [5]
C07C 211/36  \	3	3	4H006	C07C 211/36	325	úǹʤ˷礷Ƥ뾯ʤȤ⣲ĤΥߥδͭΡΣ	containing at least two amino groups bound to the carbon skeleton [5]
C07C 211/37  \	3	3	4H006	C07C 211/37	38	úǹʤ˥ϥ󸶻Ҥޤϥ˥ȥ⤷ϥ˥ȥִƤΡΣ	being further substituted by halogen atoms or by nitro or nitroso groups [5]
C07C 211/38  \	3	3	4H006	C07C 211/38	139	̹ķϤͭΡΣ	containing condensed ring systems [5]
C07C 211/39  \	2	2	4H006	C07C 211/39	14	˰úǹʤΡΣ	of an unsaturated carbon skeleton [5]
C07C 211/40  \	3	3	4H006	C07C 211/40	146	̹ĤΤߤͭΡΣ	containing only non-condensed rings [5]
C07C 211/41  \	3	3	4H006	C07C 211/41	28	̹ķϤͭΡΣ	containing condensed ring systems [5]
C07C 211/42  \	4	4	4H006	C07C 211/42	213	˧Ĥ̹ķϤΰȤʤäƤΡΣ	with six-membered aromatic rings being part of the condensed ring systems [5]
C07C 211/43  \	1	1	4H006	C07C 211/43	80	úǹʤΣ˧ķϤúǸҤ˷礷Ƥ륢ߥδĤΡΣ	having amino groups bound to carbon atoms of six-membered aromatic rings of the carbon skeleton [5]
C07C 211/44  \	2	2	4H006	C07C 211/44	142	ĤΣ˧Ĥ˷礷Ƥ륢ߥδĤΡΣ	having amino groups bound to only one six-membered aromatic ring [5]
C07C 211/45  \	3	3	4H006	C07C 211/45	337	ΥߥΣ	Monoamines [5]
C07C 211/46  \	4	4	4H006	C07C 211/46	426	˥Σ	Aniline [5]
C07C 211/47  \	4	4	4H006	C07C 211/47	143	ȥ륤󡨤Ʊ²ΡΣ	Toluidines; Homologues thereof [5]
C07C 211/48  \	4	4	4H006	C07C 211/48	289	Ρ륭벽ߥΣ	N-alkylated amines [5]
C07C 211/49  \	3	3	4H006	C07C 211/49	173	úǹʤ˷礷Ƥ뾯ʤȤ⣲ĤΥߥδĤΡΣ	having at least two amino groups bound to the carbon skeleton [5]
C07C 211/50  \	4	4	4H006	C07C 211/50	583	úǹʤΣ˧ĤúǸҤ˷礷Ƥ뾯ʤȤ⣲ĤΥߥδĤΡΣ	with at least two amino groups bound to carbon atoms of six-membered aromatic rings of the carbon skeleton [5]
C07C 211/51  \	5	5	4H006	C07C 211/51	310	ե˥󥸥ߥΣ	Phenylenediamines [5]
C07C 211/52  \	3	3	4H006	C07C 211/52	1044	úǹʤ˥ϥ󸶻Ҥޤϥ˥ȥ⤷ϥ˥ȥִƤΡΣ	the carbon skeleton being further substituted by halogen atoms or by nitro or nitroso groups [5]
C07C 211/53  \	3	3	4H006	C07C 211/53	247	˥ߥδִúǴ˷礷Ƥ뾯ʤȤ⣱ĤΥߥδǸҤĤΡΣ	having the nitrogen atom of at least one of the amino groups further bound to a hydrocarbon radical substituted by amino groups [5]
C07C 211/54  \	2	2	4H006	C07C 211/54	1452	ĤޤϣĤΣ˧Ĥ˷礷Ƥ륢ߥδĤΡΣ	having amino groups bound to two or three six-membered aromatic rings [5]
C07C 211/55  \	3	3	4H006	C07C 211/55	250	ե˥륢ߥΣ	Diphenylamines [5]
C07C 211/56  \	3	3	4H006	C07C 211/56	394	úǹʤ˥ϥ󸶻Ҥޤϥ˥ȥ⤷ϥ˥ȥִƤΡΣ	the carbon skeleton being further substituted by halogen atoms or by nitro or nitroso groups [5]
C07C 211/57  \	2	2	4H006	C07C 211/57	179	úǹʤν̹ķϤΰǤ룶˧ĤúǸҤ˷礷Ƥ륢ߥδĤΡΣ	having amino groups bound to carbon atoms of six-membered aromatic rings being part of condensed ring systems of the carbon skeleton [5]
C07C 211/58  \	3	3	4H006	C07C 211/58	370	ʥե륢ߥ󡨤ΣΡִͶƳΡΣ	Naphthylamines; N-substituted derivatives thereof [5]
C07C 211/59  \	3	3	4H006	C07C 211/59	52	úǹʤ˥ϥ󸶻Ҥޤϥ˥ȥ⤷ϥ˥ȥִƤΡΣ	the carbon skeleton being further substituted by halogen atoms or by nitro or nitroso groups [5]
C07C 211/60  \	3	3	4H006	C07C 211/60	147	ʤȤ⣱Ĥν̹ķϤΰƤ룶˧İʳδĤͭΡΣ	containing a ring other than a six-membered aromatic ring forming part of at least one of the condensed ring systems [5]
C07C 211/61  \	3	3	4H006	C07C 211/61	915	ʤȤ⣱Ĥν̹ķϤİʾδĤǷƤΡΣ	with at least one of the condensed ring systems formed by three or more rings [5]
C07C 211/62  \	1	1	4H006	C07C 211/62	189	饢˥ಽʪΣ	Quaternary ammonium compounds [5]
C07C 211/63  \	2	2	4H006	C07C 211/63	1089	ļúǸҤ˷礷Ƥ룴ǸҤĤΡΣ	having quaternised nitrogen atoms bound to acyclic carbon atoms [5]
C07C 211/64  \	2	2	4H006	C07C 211/64	148	˧ĤúǸҤ˷礷Ƥ룴ǸҤĤΡΣ	having quaternised nitrogen atoms bound to carbon atoms of six-membered aromatic rings [5]
C07C 211/65  \	1	1	4H006	C07C 211/65	172	ߥζ°ΡΣ	Metal complexes of amines [5]
C07C 213/00  \	0	0	4H006	C07C 213/00	760	Ʊúǹʤ˷礷Ƥ륢ߥδȿ𡤥ߥδȥƥ벽줿ޤϥߥδȥƥ벽줿ͭ벽ʪ¤Σ	Preparation of compounds containing amino and hydroxy, amino and etherified hydroxy or amino and esterified hydroxy groups bound to the same carbon skeleton [5]
C07C 213/02  \	1	1	4H006	C07C 213/02	1684	ޤϥƥ벽⤷ϥƥ벽줿ͭ벽ʪΥߥδηͿȿˤΡΣ	by reactions involving the formation of amino groups from compounds containing hydroxy groups or etherified or esterified hydroxy groups [5]
C07C 213/04  \	1	1	4H006	C07C 213/04	436	˥ޤϥߥȡե󥪥ɤޤϥϥҥɥȿˤΡΣ	by reaction of ammonia or amines with olefin oxides or halohydrins [5]
C07C 213/06  \	1	1	4H006	C07C 213/06	373	ҥɥߥ󤫤Υƥ벽ޤϥƥ벽ͿȿˤΡΣ	from hydroxy amines by reactions involving the etherification or esterification of hydroxy groups [5]
C07C 213/08  \	1	1	4H006	C07C 213/08	531	ߥδ𡤿ޤϥƥ벽⤷ϥƥ벽줿ΤηͿʤȿˤΡΣ	by reactions not involving the formation of amino groups, hydroxy groups or etherified or esterified hydroxy groups [5]
C07C 213/10  \	1	1	4H006	C07C 213/10	651	ʬΥ경źúޤλѡΣ	Separation; Purification; Stabilisation; Use of additives [5]
C07C 215/00  \	0	0	4H006	C07C 215/00	12	Ʊúǹʤ˷礷Ƥ륢ߥδȿͭ벽ʪΣ	Compounds containing amino and hydroxy groups bound to the same carbon skeleton [5]
C07C 215/02  \	1	1	4H006	C07C 215/02	26	ƱúǹʤļúǸҤ˷礷ƤȥߥδĤΡΣ	having hydroxy groups and amino groups bound to acyclic carbon atoms of the same carbon skeleton [5]
C07C 215/04  \	2	2	4H006	C07C 215/04	7	úǹʤ˰¤ΤΡΣ	the carbon skeleton being saturated [5]
C07C 215/06  \	3	3	4H006	C07C 215/06	76	ļΤΡΣ	and acyclic [5]
C07C 215/08  \	4	4	4H006	C07C 215/08	729	úǹʤ˷礷Ƥ뤿ĤοȣĤΥߥδͭΡΣ	with only one hydroxy group and one amino group bound to the carbon skeleton [5]
C07C 215/10  \	4	4	4H006	C07C 215/10	242	úǹʤ˷礷Ƥ룱ĤΥߥδȾʤȤ⣲ĤοͭΡΣ	with one amino group and at least two hydroxy groups bound to the carbon skeleton [5]
C07C 215/12  \	4	4	4H006	C07C 215/12	214	ߥδǸҤ˿ִ줿úǴ˷礷ƤΡΣ	the nitrogen atom of the amino group being further bound to hydrocarbon groups substituted by hydroxy groups [5]
C07C 215/14  \	4	4	4H006	C07C 215/14	202	ߥδǸҤ˥ߥδִ줿úǴ˷礷ƤΡΣ	the nitrogen atom of the amino group being further bound to hydrocarbon groups substituted by amino groups [5]
C07C 215/16  \	4	4	4H006	C07C 215/16	133	ߥδǸҤˣ˧ĤúǸҤ˷礷ƤΡΣ	the nitrogen atom of the amino group being further bound to carbon atoms of six-membered aromatic rings [5]
C07C 215/18  \	4	4	4H006	C07C 215/18	81	úǹʤ˷礷ƤȾʤȤ⣲ĤΥߥδͭΡΣ	with hydroxy groups and at least two amino groups bound to the carbon skeleton [5]
C07C 215/20  \	3	3	4H006	C07C 215/20	48	úǹʤ˰¤ǴĤͭΡΣ	the carbon skeleton being saturated and containing rings [5]
C07C 215/22  \	2	2	4H006	C07C 215/22	7	úǹʤ˰¤ΤΡΣ	the carbon skeleton being unsaturated [5]
C07C 215/24  \	3	3	4H006	C07C 215/24	90	ļΤΡΣ	and acyclic [5]
C07C 215/26  \	3	3	4H006	C07C 215/26	12	ƣ˧İʳδĤͭΡΣ	and containing rings other than six-membered aromatic rings [5]
C07C 215/28  \	3	3	4H006	C07C 215/28	212	ƣ˧ĤͭΡΣ	and containing six-membered aromatic rings [5]
C07C 215/30  \	4	4	4H006	C07C 215/30	335	úǹʤƱúǸҤ˷礷Ƥȣ˧ĤúǸҤͭΡΣ	containing hydroxy groups and carbon atoms of six-membered aromatic rings bound to the same carbon atom of the carbon skeleton [5]
C07C 215/32  \	5	5	4H006	C07C 215/32	45	úǹʤƱúǸҤ˷礷ƤȣĤΣ˧ĤúǸҤͭΡΣ	containing hydroxy groups and carbon atoms of two six-membered aromatic rings bound to the same carbon atom of the carbon skeleton [5]
C07C 215/34  \	4	4	4H006	C07C 215/34	35	úǹʤƱúǸҤ˷礷Ƥȣ˧ĤúǸҤͭúǹʤ̤úǸҤ˷礷Ƥ򾯤ʤȤ⣱ĴͭΡΣ	containing hydroxy groups and carbon atoms of six-membered aromatic rings bound to the same carbon atom of the carbon skeleton and at least one hydroxy group bound to another carbon atom of the carbon skeleton [5]
C07C 215/36  \	5	5	4H006	C07C 215/36	39	꡼롽ߥΡץѥ󥸥Σ	1-Aryl-2-amino-1,3-propane diols [5]
C07C 215/38  \	4	4	4H006	C07C 215/38	53	úǹʤΰǤ룶˧İʳδĤͭΡΣ	with rings other than six-membered aromatic rings being part of the carbon skeleton [5]
C07C 215/40  \	2	2	4H006	C07C 215/40	349	úǹʤúǸҤ˷礷Ƥ룴ǸҤͭΡΣ	with quaternised nitrogen atoms bound to carbon atoms of the carbon skeleton [5]
C07C 215/42  \	1	1	4H006	C07C 215/42	189	ƱúǹʤΣ˧İʳδĤúǸҤ˷礷Ƥ륢ߥδޤϿĤΡΣ	having amino groups or hydroxy groups bound to carbon atoms of rings other than six-membered aromatic rings of the same carbon skeleton [5]
C07C 215/44  \	2	2	4H006	C07C 215/44	260	ƱĤޤƱ̹ķϤúǸҤ˷礷ƤΡΣ	bound to carbon atoms of the same ring or condensed ring system [5]
C07C 215/46  \	1	1	4H006	C07C 215/46	42	˧ĤúǸҤ˷礷Ƥ뾯ʤȤ⣱ĤοȡƱúǹʤļúǸҤޤϣ˧İʳδĤúǸҤ˷礷Ƥ륢ߥδĤΡΣ	having hydroxy groups bound to carbon atoms of at least one six-membered aromatic ring and amino groups bound to acyclic carbon atoms or to carbon atoms of rings other than six-membered aromatic rings of the same carbon skeleton [5]
C07C 215/48  \	2	2	4H006	C07C 215/48	66	˧Ĥޤϣ˧Ĥ̹ͭķϤˡʾִƤʤúǺǷ礵Ƥ륢ߥδͭΡΣ	with amino groups linked to the six-membered aromatic ring, or to the condensed ring system containing that ring, by carbon chains not further substituted by hydroxy groups [5]
C07C 215/50  \	3	3	4H006	C07C 215/50	167	úǺƱúǸҤ˷礷Ƥ륢ߥδȣ˧Ĥ⤷ϣ˧Ĥ̹ͭķϤͭΡΣ	with amino groups and the six-membered aromatic ring, or the condensed ring system containing that ring, bound to the same carbon atom of the carbon chain [5]
C07C 215/52  \	3	3	4H006	C07C 215/52	103	ߥδȣ˧Ĥ⤷ϣ˧Ĥ̹ͭķϤĤúǸҤúǺǷ礵ƤΡΣ	linked by carbon chains having two carbon atoms between the amino groups and the six-membered aromatic ring or the condensed ring system containing that ring [5]
C07C 215/54  \	3	3	4H006	C07C 215/54	83	ߥδȣ˧Ĥ⤷ϣ˧Ĥ̹ͭķϤİʾúǸҤúǺǷ礵ƤΡΣ	linked by carbon chains having at least three carbon atoms between the amino groups and the six-membered aromatic ring or the condensed ring system containing that ring [5]
C07C 215/56  \	2	2	4H006	C07C 215/56	28	˧Ĥޤϣ˧Ĥ̹ͭķϤˤ˿ִ줿úǺǷ礵Ƥ륢ߥδͭΡΣ	with amino groups linked to the six-membered aromatic ring, or to the condensed ring system containing that ring, by carbon chains further substituted by hydroxy groups [5]
C07C 215/58  \	3	3	4H006	C07C 215/58	5	úǺƱúǸҤ˷礷Ƥȣ˧Ĥ⤷ϣ˧Ĥ̹ͭķϤͭΡΣ	with hydroxy groups and the six-membered aromatic ring, or the condensed ring system containing that ring, bound to the same carbon atom of the carbon chain [5]
C07C 215/60  \	4	4	4H006	C07C 215/60	214	ߥδȣ˧Ĥ⤷ϣ˧Ĥ̹ͭķϤδ֤úǺĤúǸҤĤΡΣ	the chain having two carbon atoms between the amino groups and the six-membered aromatic ring or the condensed ring system containing that ring [5]
C07C 215/62  \	4	4	4H006	C07C 215/62	9	ߥδȣ˧Ĥ⤷ϣ˧Ĥ̹ͭķϤδ֤úǺʤȤ⣳ĤúǸҤĤΡΣ	the chain having at least three carbon atoms between the amino groups and the six-membered aromatic ring or the condensed ring system containing that ring [5]
C07C 215/64  \	2	2	4H006	C07C 215/64	173	úǹʤΰǤ룶˧İʳδĤͭΡΣ	with rings other than six-membered aromatic rings being part of the carbon skeleton [5]
C07C 215/66  \	2	2	4H006	C07C 215/66	36	úǹʤ˷礷Ƥ룴鲽ߥδͭΡΣ	with quaternised amino groups bound to the carbon skeleton [5]
C07C 215/68  \	1	1	4H006	C07C 215/68	285	˧ĤúǸҤ˷礷Ƥ륢ߥδȡƱúǹʤļúǸҤޤϣ˧İʳδĤúǸҤ˷礷ƤĤΡΣ	having amino groups bound to carbon atoms of six-membered aromatic rings and hydroxy groups bound to acyclic carbon atoms or to carbon atoms of rings other than six-membered aromatic rings of the same carbon skeleton [5]
C07C 215/70  \	2	2	4H006	C07C 215/70	66	úǹʤΰǤ룶˧İʳδĤͭΡΣ	with rings other than six-membered aromatic rings being part of the carbon skeleton [5]
C07C 215/72  \	2	2	4H006	C07C 215/72	2	úǹʤ˷礷Ƥ룴鲽ߥδͭΡΣ	with quaternised amino groups bound to the carbon skeleton [5]
C07C 215/74  \	1	1	4H006	C07C 215/74	127	ƱúǹʤΣ˧ĤúǸҤ˷礷ƤȥߥδĤΡΣ	having hydroxy groups and amino groups bound to carbon atoms of six-membered aromatic rings of the same carbon skeleton [5]
C07C 215/76  \	2	2	4H006	C07C 215/76	461	Ʊ̹磶˧ĤΡΣ	of the same non-condensed six-membered aromatic ring [5]
C07C 215/78  \	3	3	4H006	C07C 215/78	36	úǹʤ˷礷Ƥ򾯤ʤȤ⣲ĴͭΡΣ	containing at least two hydroxy groups bound to the carbon skeleton [5]
C07C 215/80  \	3	3	4H006	C07C 215/80	120	úǹʤ˷礷Ƥ륢ߥδ򾯤ʤȤ⣲ĴͭΡΣ	containing at least two amino groups bound to the carbon skeleton [5]
C07C 215/82  \	3	3	4H006	C07C 215/82	63	ʤȤ⣱ĤΥߥδǸҤ¾Σ˧ĤúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the amino groups further bound to a carbon atom of another six-membered aromatic ring [5]
C07C 215/84  \	2	2	4H006	C07C 215/84	5	̹ķϤΰǤ룶˧ĤúǸҤ˷礷Ƥ륢ߥδĤΡΣ	having amino groups bound to carbon atoms of six-membered aromatic rings being part of condensed ring systems [5]
C07C 215/86  \	3	3	4H006	C07C 215/86	39	ĤδĤʤΡΣ	being formed by two rings [5]
C07C 215/88  \	3	3	4H006	C07C 215/88	11	ʤȤ⣳ĤδĤʤΡΣ	being formed by at least three rings [5]
C07C 215/90  \	2	2	4H006	C07C 215/90	26	úǹʤ˷礷Ƥ룴鲽ߥδͭΡΣ	with quaternised amino groups bound to the carbon skeleton [5]
C07C 217/00  \	0	0	4H006	C07C 217/00	8	Ʊúǹʤ˷礷Ƥ륢ߥδȥƥ벽줿ͭ벽ʪΣ	Compounds containing amino and etherified hydroxy groups bound to the same carbon skeleton [5]
C07C 217/02  \	1	1	4H006	C07C 217/02	6	ƱúǹʤļúǸҤ˷礷Ƥ륨ƥ벽줿ȥߥδĤΡΣ	having etherified hydroxy groups and amino groups bound to acyclic carbon atoms of the same carbon skeleton [5]
C07C 217/04  \	2	2	4H006	C07C 217/04	27	úǹʤļ˰¤ΤΡΣ	the carbon skeleton being acyclic and saturated [5]
C07C 217/06  \	3	3	4H006	C07C 217/06	47	úǹʤ˷礷Ƥ뤿ĤΥƥ벽줿ȣĤΥߥδúǹʤʾִƤʤΡΣ	having only one etherified hydroxy group and one amino group bound to the carbon skeleton, which is not further substituted [5]
C07C 217/08  \	4	4	4H006	C07C 217/08	832	ƥ벽줿λǸҤļúǸҤ˷礷ƤΡΣ	the oxygen atom of the etherified hydroxy group being further bound to an acyclic carbon atom [5]
C07C 217/10  \	5	5	4H006	C07C 217/10	167	˧ĤͭúǴļúǸҤ˷礷ƤΡΣ	to an acyclic carbon atom of a hydrocarbon radical containing six-membered aromatic rings [5]
C07C 217/12  \	4	4	4H006	C07C 217/12	47	ƥ벽줿λǸҤˣ˧İʳδĤúǸҤ˷礷ƤΡΣ	the oxygen atom of the etherified hydroxy group being further bound to a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 217/14  \	4	4	4H006	C07C 217/14	83	ƥ벽줿λǸҤˣ˧ĤúǸҤ˷礷ƤΡΣ	the oxygen atom of the etherified hydroxy group being further bound to a carbon atom of a six-membered aromatic ring [5]
C07C 217/16  \	5	5	4H006	C07C 217/16	63	˧Ĥޤϣ˧Ĥ̹ͭķϤʾִƤʤΡΣ	the six-membered aromatic ring or condensed ring system containing that ring not being further substituted [5]
C07C 217/18  \	5	5	4H006	C07C 217/18	270	˧Ĥޤϣ˧Ĥ̹ͭķϤִƤΡΣ	the six-membered aromatic ring or condensed ring system containing that ring being further substituted [5]
C07C 217/20  \	6	6	4H006	C07C 217/20	199	ϥ󸶻Ҥޤϥȥϥ롤˥ȥ⤷ϥ˥ȥޤñλǸҤˤΡΣ	by halogen atoms, by trihalomethyl, nitro or nitroso groups, or by singly-bound oxygen atoms [5]
C07C 217/22  \	6	6	4H006	C07C 217/22	88	ǸҤȤη򾯤ʤȤ⣲ĤúǸҤˤΡΣ	by carbon atoms having at least two bonds to oxygen atoms [5]
C07C 217/24  \	5	5	4H006	C07C 217/24	36	˧Ĥ˧İʳδĤ̹ͭķϤΰǤΡΣ	the six-membered aromatic ring being part of a condensed ring system containing rings other than six-membered aromatic rings [5]
C07C 217/26  \	3	3	4H006	C07C 217/26	30	úǹʤ˷礷Ƥ뤿ĤΥƥ벽줿ȣĤΥߥδúǹʤ˥ϥ󸶻Ҥޤϥ˥ȥ⤷ϥ˥ȥִƤΡΣ	having only one etherified hydroxy group and one amino group bound to the carbon skeleton, which is further substituted by halogen atoms or by nitro or nitroso groups [5]
C07C 217/28  \	3	3	4H006	C07C 217/28	215	úǹʤ˷礷Ƥ룱ĤΥߥδȾʤȤ⣲ĤñλǸҤλǸҤΤʤȤ⣱Ĥϥƥ벽줿ΰǤΡ㡥ݥҥɥߥΥƥΣ	having one amino group and at least two singly-bound oxygen atoms, with at least one being part of an etherified hydroxy group, bound to the carbon skeleton, e.g. ethers of polyhydroxy amines [5]
C07C 217/30  \	4	4	4H006	C07C 217/30	156	ƥ벽줿ξʤȤ⣱ĤλǸҤˣ˧ĤúǸҤ˷礷ƤΡΣ	having the oxygen atom of at least one of the etherified hydroxy groups further bound to a carbon atom of a six-membered aromatic ring [5]
C07C 217/32  \	5	5	4H006	C07C 217/32	165	˧Ĥޤϣ˧Ĥ̹ͭķϤִƤΡΣ	the six-membered aromatic ring or condensed ring system containing that ring being further substituted [5]
C07C 217/34  \	6	6	4H006	C07C 217/34	115	ϥ󸶻ҡȥϥ롤˥ȥ⤷ϥ˥ȥޤñλǸҤˤΡΣ	by halogen atoms, by trihalomethyl, nitro or nitroso groups, or by singly-bound oxygen atoms [5]
C07C 217/36  \	6	6	4H006	C07C 217/36	33	ǸҤȤη򾯤ʤȤ⣲ĤúǸҤˤΡΣ	by carbon atoms having at least two bonds to oxygen atoms [5]
C07C 217/38  \	5	5	4H006	C07C 217/38	56	˧Ĥ˧İʳδĤ̹ͭķϤΰǤΡΣ	the six-membered aromatic ring being part of a condensed ring system containing rings other than six-membered aromatic rings [5]
C07C 217/40  \	4	4	4H006	C07C 217/40	50	úǹʤƱúǸҤ˷礷Ƥ뾯ʤȤ⣲ĤñλǸҤλǸҤξʤȤ⣱Ĥϥƥ벽줿ΰǤΡ㡥ߥΡ롤ȥƥΣ	having at least two singly-bound oxygen atoms, with at least one being part of an etherified hydroxy group, bound to the same carbon atom of the carbon skeleton, e.g. amino-ketals, ortho esters [5]
C07C 217/42  \	3	3	4H006	C07C 217/42	39	úǹʤ˷礷Ƥ륨ƥ벽줿ȾʤȤ⣲ĤΥߥδĤΡΣ	having etherified hydroxy groups and at least two amino groups bound to the carbon skeleton [5]
C07C 217/44  \	2	2	4H006	C07C 217/44	33	úǹʤ˰¤ǴĤͭΡΣ	the carbon skeleton being saturated and containing rings [5]
C07C 217/46  \	2	2	4H006	C07C 217/46	55	úǹʤļ˰¤ΤΡΣ	the carbon skeleton being acyclic and unsaturated [5]
C07C 217/48  \	2	2	4H006	C07C 217/48	207	úǹʤ˰¤ǴĤͭΡΣ	the carbon skeleton being unsaturated and containing rings [5]
C07C 217/50  \	2	2	4H006	C07C 217/50	84	¤̤ΥҥɥߥΥƥ롤㡥ݥɤȥҥɥߥȿˤä줿ΡΣ	Ethers of hydroxy amines of undetermined structure, e.g. obtained by reactions of epoxides with hydroxy amines [5]
C07C 217/52  \	1	1	4H006	C07C 217/52	168	ƱúǹʤΣ˧İʳδĤúǸҤ˷礷Ƥ륨ƥ벽줿ޤϥߥδĤΡΣ	having etherified hydroxy groups or amino groups bound to carbon atoms of rings other than six-membered aromatic rings of the same carbon skeleton [5]
C07C 217/54  \	1	1	4H006	C07C 217/54	92	ʤȤ⣱ĤΣ˧ĤúǸҤ˷礷Ƥ륨ƥ벽줿ȡƱúǹʤļúǸҤޤϣ˧İʳδĤúǸҤ˷礷Ƥ륢ߥδĤΡΣ	having etherified hydroxy groups bound to carbon atoms of at least one six-membered aromatic ring and amino groups bound to acyclic carbon atoms or to carbon atoms of rings other than six-membered aromatic rings of the same carbon skeleton [5]
C07C 217/56  \	2	2	4H006	C07C 217/56	184	˧Ĥޤϣ˧Ĥ̹ͭķϤˤʾñλǸҤִƤʤúǺǷ礵Ƥ륢ߥδͭΡΣ	with amino groups linked to the six-membered aromatic ring, or to the condensed ring system containing that ring, by carbon chains not further substituted by singly-bound oxygen atoms [5]
C07C 217/58  \	3	3	4H006	C07C 217/58	383	úǺƱúǸҤ˷礷Ƥ륢ߥδȣ˧Ĥ⤷ϣ˧ĤͭķϤͭΡΣ	with amino groups and the six-membered aromatic ring, or the condensed ring system containing that ring, bound to the same carbon atom of the carbon chain [5]
C07C 217/60  \	3	3	4H006	C07C 217/60	263	ߥδȣ˧Ĥ⤷ϣ˧Ĥ̹ͭķϤĤúǸҤúǺǷ礵ƤΡΣ	linked by carbon chains having two carbon atoms between the amino groups and the six-membered aromatic ring or the condensed ring system containing that ring [5]
C07C 217/62  \	3	3	4H006	C07C 217/62	125	ߥδȣ˧Ĥ⤷ϣ˧Ĥ̹ͭķϤİʾúǸҤúǺǷ礵ƤΡΣ	linked by carbon chains having at least three carbon atoms between the amino groups and the six-membered aromatic ring or the condensed ring system containing that ring [5]
C07C 217/64  \	2	2	4H006	C07C 217/64	163	˧Ĥޤϣ˧Ĥ̹ͭķϤˤñλǸҤִƤúǺǷ礵Ƥ륢ߥδĤΡΣ	with amino groups linked to the six-membered aromatic ring, or to the condensed ring system containing that ring, by carbon chains further substituted by singly-bound oxygen atoms [5]
C07C 217/66  \	3	3	4H006	C07C 217/66	15	úǺƱúǸҤñλǸҤȣ˧Ĥ礷ƤΡΣ	with singly-bound oxygen atoms and six-membered aromatic rings bound to the same carbon atom of the carbon chain [5]
C07C 217/68  \	4	4	4H006	C07C 217/68	8	úǺƱúǸҤñλǸҡ˧Ĥӥߥδ𤬷礷ƤΡΣ	with singly-bound oxygen atoms, six-membered aromatic rings and amino groups bound to the same carbon atom of the carbon chain [5]
C07C 217/70  \	4	4	4H006	C07C 217/70	150	ߥδȣ˧Ĥ⤷ϣ˧Ĥ̹ͭķϤĤúǸҤúǺǷ礵ƤΡΣ	linked by carbon chains having two carbon atoms between the amino groups and the six-membered aromatic ring or the condensed ring system containing that ring [5]
C07C 217/72  \	4	4	4H006	C07C 217/72	60	ߥδȣ˧Ĥ⤷ϣ˧Ĥ̹ͭķϤİʾúǸҤúǺǷ礵ƤΡΣ	linked by carbon chains having at least three carbon atoms between the amino groups and the six-membered aromatic ring or the condensed ring system containing that ring [5]
C07C 217/74  \	2	2	4H006	C07C 217/74	357	úǹʤΰǤ룶˧İʳδĤͭΡΣ	with rings other than six-membered aromatic rings being part of the carbon skeleton [5]
C07C 217/76  \	1	1	4H006	C07C 217/76	213	˧ĤúǸҤ˷礷Ƥ륢ߥδȡƱúǹʤļúǸҤޤϣ˧İʳδĤúǸҤ˷礷Ƥ륨ƥ벽줿ĤΡΣ	having amino groups bound to carbon atoms of six-membered aromatic rings and etherified hydroxy groups bound to acyclic carbon atoms or to carbon atoms of rings other than six-membered aromatic rings of the same carbon skeleton [5]
C07C 217/78  \	1	1	4H006	C07C 217/78	54	ƱúǹʤΣ˧ĤúǸҤ˷礷Ƥ륢ߥδȥƥ벽줿ĤΡΣ	having amino groups and etherified hydroxy groups bound to carbon atoms of six-membered aromatic rings of the same carbon skeleton [5]
C07C 217/80  \	2	2	4H006	C07C 217/80	193	̹磶˧ĤúǸҤ˷礷Ƥ륢ߥδȥƥ벽줿ĤΡΣ	having amino groups and etherified hydroxy groups bound to carbon atoms of non-condensed six-membered aromatic rings [5]
C07C 217/82  \	3	3	4H006	C07C 217/82	84	Ʊ̹磶˧ĤΡΣ	of the same non-condensed six-membered aromatic ring [5]
C07C 217/84  \	4	4	4H006	C07C 217/84	825	ʤȤ⣱ĤΥƥ벽줿λǸҤļúǸҤ˷礷ƤΡΣ	the oxygen atom of at least one of the etherified hydroxy groups being further bound to an acyclic carbon atom [5]
C07C 217/86  \	5	5	4H006	C07C 217/86	79	˧ĤͭúǴļúǸҤ˷礷ƤΡΣ	to an acyclic carbon atom of a hydrocarbon radical containing six-membered aromatic rings [5]
C07C 217/88  \	4	4	4H006	C07C 217/88	23	ʤȤ⣱ĤΥƥ벽줿λǸҤˣ˧İʳδĤúǸҤ˷礷ƤΡΣ	the oxygen atom of at least one of the etherified hydroxy groups being further bound to a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 217/90  \	4	4	4H006	C07C 217/90	425	ʤȤ⣱ĤΥƥ벽줿λǸҤˣ˧ĤúǸҤ˷礷ƤΡ㡥ߥΡե˥륨ƥΣ	the oxygen atom of at least one of the etherified hydroxy groups being further bound to a carbon atom of a six-membered aromatic ring, e.g. amino-diphenylethers [5]
C07C 217/92  \	4	4	4H006	C07C 217/92	361	ʤȤ⣱ĤΥߥδǸҤˣ˧ĤúǸҤ˷礷ƤΡΣ	the nitrogen atom of at least one of the amino groups being further bound to a carbon atom of a six-membered aromatic ring [5]
C07C 217/94  \	2	2	4H006	C07C 217/94	111	̹ķϤΰǤ룶˧ĤúǸҤ˷礷Ƥ륢ߥδȡƱúǹʤΣ˧ĤúǸҤ˷礷Ƥ륨ƥ벽줿ĤΡΣ	having amino groups bound to carbon atoms of six-membered aromatic rings being part of condensed ring systems and etherified hydroxy groups bound to carbon atoms of six-membered aromatic rings of the same carbon skeleton [5]
C07C 219/00  \	0	0	4H006	C07C 219/00	11	Ʊúǹʤ˷礷Ƥ륢ߥδȥƥ벽줿ͭ벽ʪΣ	Compounds containing amino and esterified hydroxy groups bound to the same carbon skeleton [5]
C07C 219/02  \	1	1	4H006	C07C 219/02	24	ƱúǹʤļúǸҤ˷礷Ƥ륨ƥ벽줿ȥߥδĤΡΣ	having esterified hydroxy groups and amino groups bound to acyclic carbon atoms of the same carbon skeleton [5]
C07C 219/04  \	2	2	4H006	C07C 219/04	112	úǹʤļ˰¤ΤΡΣ	the carbon skeleton being acyclic and saturated [5]
C07C 219/06  \	3	3	4H006	C07C 219/06	363	ǸҤޤļ˰úǹʤļúǸҤ˷礷Ƥ륨ƥ벽ܥĥܥǥƥ벽줿ĤΡΣ	having the hydroxy groups esterified by carboxylic acids having the esterifying carboxyl groups bound to hydrogen atoms or to acyclic carbon atoms of an acyclic saturated carbon skeleton [5]
C07C 219/08  \	3	3	4H006	C07C 219/08	479	ļ˰úǹʤļúǸҤ˷礷Ƥ륨ƥ벽ܥĥܥǥƥ벽줿ʤȤ⣱ĤοĤΡΣ	having at least one of the hydroxy groups esterified by a carboxylic acid having the esterifying carboxyl group bound to an acyclic carbon atom of an acyclic unsaturated carbon skeleton [5]
C07C 219/10  \	3	3	4H006	C07C 219/10	166	ĤͭúǹʤļúǸҤ˷礷Ƥ륨ƥ벽ܥĥܥǥƥ벽줿ʤȤ⣱ĤοĤΡΣ	having at least one of the hydroxy groups esterified by a carboxylic acid having the esterifying carboxyl group bound to an acyclic carbon atom of a carbon skeleton containing rings [5]
C07C 219/12  \	3	3	4H006	C07C 219/12	53	˧İʳδĤúǸҤ˷礷Ƥ륨ƥ벽ܥĥܥǥƥ벽줿ʤȤ⣱ĤοĤΡΣ	having at least one of the hydroxy groups esterified by a carboxylic acid having the esterifying carboxyl group bound to a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 219/14  \	3	3	4H006	C07C 219/14	157	˧ĤúǸҤ˷礷Ƥ륨ƥ벽ܥĥܥǥƥ벽줿ʤȤ⣱ĤοĤΡΣ	having at least one of the hydroxy groups esterified by a carboxylic acid having the esterifying carboxyl group bound to a carbon atom of a six-membered aromatic ring [5]
C07C 219/16  \	3	3	4H006	C07C 219/16	46	̵ޤϤͶƳΤǥƥ벽줿ʤȤ⣱ĤοĤΡΣ	having at least one of the hydroxy groups esterified by an inorganic acid or a derivative thereof [5]
C07C 219/18  \	2	2	4H006	C07C 219/18	12	úǹʤ˰¤ǴĤͭΡΣ	the carbon skeleton being saturated and containing rings [5]
C07C 219/20  \	2	2	4H006	C07C 219/20	66	úǹʤ˰¤ΤΡΣ	the carbon skeleton being unsaturated [5]
C07C 219/22  \	3	3	4H006	C07C 219/22	104	ƣ˧ĤͭΡΣ	and containing six-membered aromatic rings [5]
C07C 219/24  \	1	1	4H006	C07C 219/24	92	ƱúǹʤΣ˧İʳδĤúǸҤ˷礷Ƥ륨ƥ벽줿ޤϥߥδĤΡΣ	having esterified hydroxy groups or amino groups bound to carbon atoms of rings other than six-membered aromatic rings of the same carbon skeleton [5]
C07C 219/26  \	1	1	4H006	C07C 219/26	33	ʤȤ⣱ĤΣ˧ĤúǸҤ˷礷Ƥ륨ƥ벽줿ȡƱúǹʤļúǸҤޤϣ˧İʳδĤúǸҤ˷礷Ƥ륢ߥδĤΡΣ	having esterified hydroxy groups bound to carbon atoms of at least one six-membered aromatic ring and amino groups bound to acyclic carbon atoms or to carbon atoms of rings other than six-membered aromatic rings of the same carbon skeleton [5]
C07C 219/28  \	2	2	4H006	C07C 219/28	89	úǹʤļúǸҤ˷礷Ƥ륢ߥδĤΡΣ	having amino groups bound to acyclic carbon atoms of the carbon skeleton [5]
C07C 219/30  \	3	3	4H006	C07C 219/30	45	˧Ĥޤϣ˧Ĥ̹ͭķϤˤñλǸҤִ줿úǺǷ礵줿ߥδĤΡΣ	with amino groups linked to the six-membered aromatic ring, or to the condensed ring system containing that ring, by carbon chains further substituted by singly-bound oxygen atoms [5]
C07C 219/32  \	1	1	4H006	C07C 219/32	102	˧ĤúǸҤ˷礷Ƥ륢ߥδȡƱúǹʤļúǸҤޤϣ˧İʳδĤúǸҤ˷礷Ƥ륨ƥ벽줿ĤΡΣ	having amino groups bound to carbon atoms of six-membered aromatic rings and esterified hydroxy groups bound to acyclic carbon atoms or to carbon atoms of rings other than six-membered aromatic rings of the same carbon skeleton [5]
C07C 219/34  \	1	1	4H006	C07C 219/34	150	ƱúǹʤΣ˧ĤúǸҤ˷礷Ƥ륢ߥδȥƥ벽줿ĤΡΣ	having amino groups and esterified hydroxy groups bound to carbon atoms of six-membered aromatic rings of the same carbon skeleton [5]
C07C 221/00  \	0	0	4H006	C07C 221/00	427	Ʊúǹʤ˷礷Ƥ륢ߥδŷλǸҤͭ벽ʪ¤Σ	Preparation of compounds containing amino groups and doubly-bound oxygen atoms bound to the same carbon skeleton [5]
C07C 223/00  \	0	0	4H006	C07C 223/00	3	Ʊúǹʤ˷礷Ƥ륢ߥδȡãȣϴͭ벽ʪΣ	Compounds containing amino and &mdash;CHO groups bound to the same carbon skeleton [5]
C07C 223/02  \	1	1	4H006	C07C 223/02	84	úǹʤļúǸҤ˷礷Ƥ륢ߥδĤΡΣ	having amino groups bound to acyclic carbon atoms of the carbon skeleton [5]
C07C 223/04  \	1	1	4H006	C07C 223/04	16	úǹʤΣ˧İʳδĤúǸҤ˷礷Ƥ륢ߥδĤΡΣ	having amino groups bound to carbon atoms of rings other than six-membered aromatic rings of the carbon skeleton [5]
C07C 223/06  \	1	1	4H006	C07C 223/06	135	úǹʤΣ˧ĤúǸҤ˷礷Ƥ륢ߥδĤΡΣ	having amino groups bound to carbon atoms of six-membered aromatic rings of the carbon skeleton [5]
C07C 225/00  \	0	0	4H006	C07C 225/00	11	Ʊúǹʤ˷礷Ƥ륢ߥδŷλǸҤͭ벽ʪǡŷλǸҤξʤȤ⣱ĤãȣϴΰǤʤΡ㡥ߥΥȥΣ	Compounds containing amino groups and doubly-bound oxygen atoms bound to the same carbon skeleton, at least one of the doubly-bound oxygen atoms not being part of a &mdash;CHO group, e.g. amino ketones [5]
C07C 225/02  \	1	1	4H006	C07C 225/02	5	úǹʤļúǸҤ˷礷Ƥ륢ߥδĤΡΣ	having amino groups bound to acyclic carbon atoms of the carbon skeleton [5]
C07C 225/04  \	2	2	4H006	C07C 225/04	4	úǹʤ˰¤ΤΡΣ	the carbon skeleton being saturated [5]
C07C 225/06  \	3	3	4H006	C07C 225/06	117	ļΤΡΣ	and acyclic [5]
C07C 225/08  \	3	3	4H006	C07C 225/08	1	ĤͭΡΣ	and containing rings [5]
C07C 225/10  \	4	4	4H006	C07C 225/10	22	ĤΰǤϤʤúǸҤ˷礷ƤŷλǸҤĤΡΣ	with doubly-bound oxygen atoms bound to carbon atoms not being part of rings [5]
C07C 225/12  \	4	4	4H006	C07C 225/12	27	ĤΰǤúǸҤ˷礷ƤŷλǸҤĤΡΣ	with doubly-bound oxygen atoms bound to carbon atoms being part of rings [5]
C07C 225/14  \	2	2	4H006	C07C 225/14	101	úǹʤ˰¤ΤΡΣ	the carbon skeleton being unsaturated [5]
C07C 225/16  \	3	3	4H006	C07C 225/16	402	˧ĤͭΡΣ	and containing six-membered aromatic rings [5]
C07C 225/18  \	4	4	4H006	C07C 225/18	104	úǹʤ˧İʳδĤͭΡΣ	the carbon skeleton containing also rings other than six-membered aromatic rings [5]
C07C 225/20  \	1	1	4H006	C07C 225/20	258	úǹʤΣ˧İʳδĤúǸҤ˷礷Ƥ륢ߥδĤΡΣ	having amino groups bound to carbon atoms of rings other than six-membered aromatic rings of the carbon skeleton [5]
C07C 225/22  \	1	1	4H006	C07C 225/22	642	úǹʤΣ˧ĤúǸҤ˷礷Ƥ륢ߥδĤΡΣ	having amino groups bound to carbon atoms of six-membered aromatic rings of the carbon skeleton [5]
C07C 225/24  \	1	1	4H006	C07C 225/24	16	úǹʤΥĤúǸҤͭΡΣ	the carbon skeleton containing carbon atoms of quinone rings [5]
C07C 225/26  \	2	2	4H006	C07C 225/26	8	ΥĤޤϥΥĤ̹ͭķϤúǸҤ˷礷Ƥ륢ߥδĤΡΣ	having amino groups bound to carbon atoms of quinone rings or of condensed ring systems containing quinone rings [5]
C07C 225/28  \	3	3	4H006	C07C 225/28	35	̹祭ΥĤΤΡΣ	of non-condensed quinone rings [5]
C07C 225/30  \	3	3	4H006	C07C 225/30	38	ĤδĤʤ̹祭ΥĤΤΡΣ	of condensed quinone ring systems formed by two rings [5]
C07C 225/32  \	3	3	4H006	C07C 225/32	29	ʤȤ⣳ĤδĤʤ̹祭ΥĤΤΡΣ	of condensed quinone ring systems formed by at least three rings [5]
C07C 225/34  \	4	4	4H006	C07C 225/34	210	ߥΥȥ饭ΥΣ	Amino anthraquinones [5]
C07C 225/36  \	5	5	4H006	C07C 225/36	115	úǹʤñλǸҤִƤΡΣ	the carbon skeleton being further substituted by singly-bound oxygen atoms [5]
C07C 227/00  \	0	0	4H006	C07C 227/00	88	Ʊúǹʤ˷礷Ƥ륢ߥδȥܥͭ벽ʪ¤Σ	Preparation of compounds containing amino and carboxyl groups bound to the same carbon skeleton [5]
C07C 227/02  \	1	1	4H006	C07C 227/02	312	ߥδͭ벽ʪˤ륫ܥη㡥ߥΥ륳λΣ	Formation of carboxyl groups in compounds containing amino groups, e.g. by oxidation of amino alcohols [5]
C07C 227/04  \	1	1	4H006	C07C 227/04	479	ܥͭ벽ʪˤ륢ߥδηΣ	Formation of amino groups in compounds containing carboxyl groups [5]
C07C 227/06  \	2	2	4H006	C07C 227/06	412	úǹʤúǸҿäȼʤղäޤִȿˤΡΣ	by addition or substitution reactions, without increasing the number of carbon atoms in the carbon skeleton of the acid [5]
C07C 227/08  \	3	3	4H006	C07C 227/08	604	˥ޤϥߥȴǽͭȤȿˤΡΣ	by reaction of ammonia or amines with acids containing functional groups [5]
C07C 227/10  \	2	2	4H006	C07C 227/10	107	úǹʤˤúǸҿäƱˤΡΣ	with simultaneously increasing the number of carbon atoms in the carbon skeleton [5]
C07C 227/12  \	1	1	4H006	C07C 227/12	218	ߥδȥܥηΣ	Formation of amino and carboxyl groups [5]
C07C 227/14  \	1	1	4H006	C07C 227/14	113	Ǥ˥ߥδȥܥͭƤ벽ʪޤϤͶƳΤΤΡΣ	from compounds containing already amino and carboxyl groups or derivatives thereof [5]
C07C 227/16  \	2	2	4H006	C07C 227/16	815	ߥδ𤪤ӥܥ𤬴ͿʤȿˤΡΣ	by reactions not involving the amino or carboxyl groups [5]
C07C 227/18  \	2	2	4H006	C07C 227/18	1878	ߥδޤϥܥ𤬴ͿȿˤΡ㡥ƥޤϥߥɤβÿʬ򡤥ϥ饤ɡޤϥƥηΣ	by reactions involving amino or carboxyl groups, e.g. hydrolysis of esters or amides, by formation of halides, salts or esters [5]
C07C 227/20  \	3	3	4H006	C07C 227/20	316	Ρ벽ߥλޤϤͶƳΤβÿʬˤΡ㡥ХޡȤβÿʬΣ	by hydrolysis of N-acylated amino acids or derivatives thereof, e.g. hydrolysis of carbamates [5]
C07C 227/22  \	1	1	4H006	C07C 227/22	231	饯ࡤļȥޤϴļफΤΡ㡥٥åޥž̤ͿȿˤΡΣ	from lactams, cyclic ketones or cyclic oximes, e.g. by reaction involving Beckmann rearrangement [5]
C07C 227/24  \	1	1	4H006	C07C 227/24	145	ҥȥ󤫤ΤΡΣ	from hydantoins [5]
C07C 227/26  \	1	1	4H006	C07C 227/26	215	ܥͭ벽ʪȣȣãΤ⤷ϤαӥߥȤȿˤΡޤߥΥ˥ȥ뤫ΤΡΣ	from compounds containing carboxyl groups by reaction with HCN, or a salt thereof, and amines, or from aminonitriles [5]
C07C 227/28  \	1	1	4H006	C07C 227/28	451	ŷʪΤΡΣ	from natural products [5]
C07C 227/30  \	1	1	4H006	C07C 227/30	56	ذΤ¤Σ	Preparation of optical isomers [5]
C07C 227/32  \	2	2	4H006	C07C 227/32	122	ΩðŪˤΡΣ	by stereospecific synthesis [5]
C07C 227/34  \	2	2	4H006	C07C 227/34	393	ذΤʬΥˤΡΣ	by separation of optical isomers [5]
C07C 227/36  \	1	1	4H006	C07C 227/36	72	ذΤΥ饻߲Σ	Racemisation of optical isomers [5]
C07C 227/38  \	1	1	4H006	C07C 227/38	31	ʬΥ경źúޤλѡʸذΤʬΥããˡΣ	Separation; Purification; Stabilisation; Use of additives (separation of optical isomers C07C 227/34) [5]
C07C 227/40  \	2	2	4H006	C07C 227/40	664	ʬΥΣ	Separation; Purification [5]
C07C 227/42  \	3	3	4H006	C07C 227/42	467	뾽Σ	Crystallisation [5]
C07C 227/44  \	2	2	4H006	C07C 227/44	69	경źúޤλѡΣ	Stabilisation; Use of additives [5]
C07C 229/00  \	0	0	4H006	C07C 229/00	77	Ʊúǹʤ˷礷Ƥ륢ߥδȥܥͭ벽ʪΣ	Compounds containing amino and carboxyl groups bound to the same carbon skeleton [5]
C07C 229/02  \	1	1	4H006	C07C 229/02	360	ƱúǹʤļúǸҤ˷礷Ƥ륢ߥδȥܥĤΡΣ	having amino and carboxyl groups bound to acyclic carbon atoms of the same carbon skeleton [5]
C07C 229/04  \	2	2	4H006	C07C 229/04	26	úǹʤļ˰¤ΤΡΣ	the carbon skeleton being acyclic and saturated [5]
C07C 229/06  \	3	3	4H006	C07C 229/06	150	úǹʤ˷礷Ƥ뤿ĤΥߥδȣĤΥܥĤΡΣ	having only one amino and one carboxyl group bound to the carbon skeleton [5]
C07C 229/08  \	4	4	4H006	C07C 229/08	983	ߥδǸҤ˿ǸҤ˷礷ƤΡΣ	the nitrogen atom of the amino group being further bound to hydrogen atoms [5]
C07C 229/10  \	4	4	4H006	C07C 229/10	65	ߥδǸҤļúǸҤޤϣ˧İʳδĤúǸҤ˷礷ƤΡΣ	the nitrogen atom of the amino group being further bound to acyclic carbon atoms or to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 229/12  \	5	5	4H006	C07C 229/12	672	ļúǹʤúǸҤ˷礷ƤΡΣ	to carbon atoms of acyclic carbon skeletons [5]
C07C 229/14  \	5	5	4H006	C07C 229/14	246	ĤͭúǹʤúǸҤ˷礷ƤΡΣ	to carbon atoms of carbon skeletons containing rings [5]
C07C 229/16  \	5	5	4H006	C07C 229/16	552	ߥδޤϥܥִ줿úǴúǸҤ˷礷ƤΡ㡥󥸥ߥ󣴿ݻߥΥݻΣ	to carbon atoms of hydrocarbon radicals substituted by amino or carboxyl groups, e.g. ethylenediamine-tetra-acetic acid, iminodiacetic acids [5]
C07C 229/18  \	4	4	4H006	C07C 229/18	227	ߥδǸҤˣ˧ĤúǸҤ˷礷ƤΡΣ	the nitrogen atom of the amino group being further bound to carbon atoms of six-membered aromatic rings [5]
C07C 229/20  \	3	3	4H006	C07C 229/20	138	úǹʤ˥ϥ󸶻Ҥޤϥ˥ȥ⤷ϥ˥ȥִƤΡΣ	the carbon skeleton being further substituted by halogen atoms or by nitro or nitroso groups [5]
C07C 229/22  \	3	3	4H006	C07C 229/22	1016	úǹʤ˻ǸҤִƤΡΣ	the carbon skeleton being further substituted by oxygen atoms [5]
C07C 229/24  \	3	3	4H006	C07C 229/24	980	úǹʤ˷礷Ƥ룲İʾΥܥĤΡ㡥ѥ饮Σ	having more than one carboxyl group bound to the carbon skeleton, e.g. aspartic acid [5]
C07C 229/26  \	3	3	4H006	C07C 229/26	516	úǹʤ˷礷Ƥ룲İʾΥߥδĤΡ㡥ꥸΣ	having more than one amino group bound to the carbon skeleton, e.g. lysine [5]
C07C 229/28  \	2	2	4H006	C07C 229/28	176	úǹʤ˰¤ǴĤͭΡΣ	the carbon skeleton being saturated and containing rings [5]
C07C 229/30  \	2	2	4H006	C07C 229/30	342	úǹʤļ˰¤ΤΡΣ	the carbon skeleton being acyclic and unsaturated [5]
C07C 229/32  \	2	2	4H006	C07C 229/32	87	úǹʤ˰¤ǡ˧İʳδĤͭΡΣ	the carbon skeleton being unsaturated and containing rings other than six-membered aromatic rings [5]
C07C 229/34  \	2	2	4H006	C07C 229/34	470	úǹʤ˧ĤͭΡΣ	the carbon skeleton containing six-membered aromatic rings [5]
C07C 229/36  \	3	3	4H006	C07C 229/36	1063	úǹʤƱúǸҤ˷礷Ƥ뾯ʤȤ⣱ĤΥߥδȣĤΥܥĤΡΣ	with at least one amino group and one carboxyl group bound to the same carbon atom of the carbon skeleton [5]
C07C 229/38  \	1	1	4H006	C07C 229/38	255	ƱúǹʤļúǸҤ˷礷Ƥ륢ߥδȣ˧ĤúǸҤ˷礷Ƥ륫ܥĤΡΣ	having amino groups bound to acyclic carbon atoms and carboxyl groups bound to carbon atoms of six-membered aromatic rings of the same carbon skeleton [5]
C07C 229/40  \	1	1	4H006	C07C 229/40	78	ƱúǹʤξʤȤ⣱ĤΣ˧ĤúǸҤ˷礷Ƥ륢ߥδȡļúǸҤ˷礷Ƥ륫ܥĤΡΣ	having amino groups bound to carbon atoms of at least one six-membered aromatic ring and carboxyl groups bound to acyclic carbon atoms of the same carbon skeleton [5]
C07C 229/42  \	2	2	4H006	C07C 229/42	402	˧Ĥޤϣ˧Ĥ̹ͭķϤˡ˰úǺϢ뤷Ƥ륫ܥĤΡΣ	with carboxyl groups linked to the six-membered aromatic ring, or to the condensed ring system containing that ring, by saturated carbon chains [5]
C07C 229/44  \	2	2	4H006	C07C 229/44	136	˧Ĥޤϣ˧Ĥ̹ͭķϤˡ˰úǺϢ뤷Ƥ륫ܥĤΡΣ	with carboxyl groups linked to the six-membered aromatic ring, or to the condensed ring system containing that ring, by unsaturated carbon chains [5]
C07C 229/46  \	1	1	4H006	C07C 229/46	345	ƱúǹʤΣ˧İʳδĤúǸҤ˷礷Ƥ륢ߥδޤϥܥĤΡΣ	having amino or carboxyl groups bound to carbon atoms of rings other than six-membered aromatic rings of the same carbon skeleton [5]
C07C 229/48  \	2	2	4H006	C07C 229/48	229	Ʊ̹ĤúǸҤ˷礷Ƥ륢ߥδȥܥĤΡΣ	with amino groups and carboxyl groups bound to carbon atoms of the same non-condensed ring [5]
C07C 229/50  \	2	2	4H006	C07C 229/50	144	Ʊ̹ķϤΰǤúǸҤ˷礷Ƥ륢ߥδȥܥĤΡΣ	with amino groups and carboxyl groups bound to carbon atoms being part of the same condensed ring system [5]
C07C 229/52  \	1	1	4H006	C07C 229/52	145	ƱúǹʤΣ˧ĤúǸҤ˷礷Ƥ륢ߥδȥܥĤΡΣ	having amino and carboxyl groups bound to carbon atoms of six-membered aromatic rings of the same carbon skeleton [5]
C07C 229/54  \	2	2	4H006	C07C 229/54	172	Ʊ̹磶˧ĤúǸҤ˷礷Ƥ륢ߥδȥܥĤΡΣ	with amino and carboxyl groups bound to carbon atoms of the same non-condensed six-membered aromatic ring [5]
C07C 229/56  \	3	3	4H006	C07C 229/56	196	Ȱ̤˷礷Ƥ륢ߥδȥܥĤΡΣ	with amino and carboxyl groups bound in ortho- position [5]
C07C 229/58  \	4	4	4H006	C07C 229/58	188	ʤȤ⣱ĤΥߥδǸҤˣ˧ĤúǸҤ˷礷ƤΡ㡥Ρե˥롽ȥ˥Σ	having the nitrogen atom of at least one of the amino groups further bound to a carbon atom of a six-membered aromatic ring, e.g. N-phenyl-anthranilic acids [5]
C07C 229/60  \	3	3	4H006	C07C 229/60	450	᥿ޤϥѥ̤˷礷Ƥ륢ߥδȥܥĤΡΣ	with amino and carboxyl groups bound in meta- or para- positions [5]
C07C 229/62  \	3	3	4H006	C07C 229/62	100	Ʊ˧ĤúǸҤ˷礷Ƥ륢ߥδȾʤȤ⣲ĤΥܥĤΡΣ	with amino groups and at least two carboxyl groups bound to carbon atoms of the same six-membered aromatic ring [5]
C07C 229/64  \	3	3	4H006	C07C 229/64	321	úǹʤñλǸҤִƤΡΣ	the carbon skeleton being further substituted by singly-bound oxygen atoms [5]
C07C 229/66  \	3	3	4H006	C07C 229/66	29	úǹʤŷλǸҤִƤΡΣ	the carbon skeleton being further substituted by doubly-bound oxygen atoms [5]
C07C 229/68  \	2	2	4H006	C07C 229/68	24	Ʊ̹ķϤΰǤ룶˧ĤúǸҤ˷礷Ƥ륢ߥδȥܥĤΡΣ	with amino and carboxyl groups bound to carbon atoms of six-membered aromatic rings being part of the same condensed ring system [5]
C07C 229/70  \	3	3	4H006	C07C 229/70	32	úǹʤñλǸҤִƤΡΣ	the carbon skeleton being further substituted by singly-bound oxygen atoms [5]
C07C 229/72  \	3	3	4H006	C07C 229/72	6	úǹʤŷλǸҤִƤΡΣ	the carbon skeleton being further substituted by doubly-bound oxygen atoms [5]
C07C 229/74  \	4	4	4H006	C07C 229/74	36	̹ķϤʤȤ⣳ĤδĤǷ줿Ρ㡥ߥΥȥ饭Υ󥫥ܥΣ	the condensed ring system being formed by at least three rings, e.g. amino anthraquinone carboxylic acids [5]
C07C 229/76  \	1	1	4H006	C07C 229/76	222	ߥΥܥζ°ΡΣ	Metal complexes of amino carboxylic acids [5]
C07C 231/00  \	0	0	4H006	C07C 231/00	2302	ܥߥɤ¤Σ	Preparation of carboxylic acid amides [5]
C07C 231/02  \	1	1	4H006	C07C 231/02	3758	˥ޤϥߥȤȿˤ륫ܥΥƥ롤̵ʪޤϥϥʪ¤Σ	from carboxylic acids or from esters, anhydrides, or halides thereof by reaction with ammonia or amines [5]
C07C 231/04  \	1	1	4H006	C07C 231/04	65	˥ޤϥߥȤȿˤ륱ƥ󤫤¤Σ	from ketenes by reaction with ammonia or amines [5]
C07C 231/06  \	1	1	4H006	C07C 231/06	735	δΥܥߥɴؤѴˤ˥ȥ뤫¤Σ	from nitriles by transformation of cyano groups into carboxamide groups [5]
C07C 231/08  \	1	1	4H006	C07C 231/08	454	ܥߥɴǸҤˤȿˤ륢ߥɤ¤Σ	from amides by reaction at nitrogen atoms of carboxamide groups [5]
C07C 231/10  \	1	1	4H006	C07C 231/10	800	ãããã˴ޤޤʤʪ¤Σ	from compounds not provided for in groups C07C 231/02-C07C 231/08 [5]
C07C 231/12  \	1	1	4H006	C07C 231/12	3887	ܥߥɴηδͿʤȿˤ¤Σ	by reactions not involving the formation of carboxamide groups [5]
C07C 231/14  \	1	1	4H006	C07C 231/14	466	ܥߥɴηδͿʤȿȼܥߥɴηˤ¤Σ	by formation of carboxamide groups together with reactions not involving the carboxamide groups [5]
C07C 231/16  \	1	1	4H006	C07C 231/16	95	ذΤ¤Σ	Preparation of optical isomers [5]
C07C 231/18  \	2	2	4H006	C07C 231/18	226	ΩðŪˤΡΣ	by stereospecific synthesis [5]
C07C 231/20  \	2	2	4H006	C07C 231/20	138	ذΤʬΥˤΡΣ	by separation of optical isomers [5]
C07C 231/22  \	1	1	4H006	C07C 231/22	294	ʬΥ경źúޤλѡʸذΤʬΥããˡΣ	Separation; Purification; Stabilisation; Use of additives (separation of optical isomers C07C 231/20) [5]
C07C 231/24  \	2	2	4H006	C07C 231/24	777	ʬΥΣ	Separation; Purification [5]
C07C 233/00  \	0	0	4H006	C07C 233/00	45	ܥߥɡΣ	Carboxylic acid amides [5]
C07C 233/01  \	1	1	4H006	C07C 233/01	19	ܥߥɴúǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	having carbon atoms of carboxamide groups bound to hydrogen atoms or to acyclic carbon atoms [5]
C07C 233/02  \	2	2	4H006	C07C 233/02	60	ܥߥɴǸҤǸҤޤִúǴúǸҤ˷礷ƤΡΣ	having nitrogen atoms of carboxamide groups bound to hydrogen atoms or to carbon atoms of unsubstituted hydrocarbon radicals [5]
C07C 233/03  \	3	3	4H006	C07C 233/03	338	ܥߥɴúǸҤǸҤ˷礷ƤΡΣ	with carbon atoms of carboxamide groups bound to hydrogen atoms [5]
C07C 233/04  \	3	3	4H006	C07C 233/04	242	ܥߥɴúǸҤļ˰úǹʤúǸҤ˷礷ƤΡΣ	with carbon atoms of carboxamide groups bound to carbon atoms of an acyclic saturated carbon skeleton [5]
C07C 233/05  \	4	4	4H006	C07C 233/05	850	ܥߥɴǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	having the nitrogen atoms of the carboxamide groups bound to hydrogen atoms or to acyclic carbon atoms [5]
C07C 233/06  \	4	4	4H006	C07C 233/06	211	ʤȤ⣱ĤΥܥߥɴǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 233/07  \	4	4	4H006	C07C 233/07	389	ʤȤ⣱ĤΥܥߥɴǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a six-membered aromatic ring [5]
C07C 233/08  \	3	3	4H006	C07C 233/08	72	ܥߥɴúǸҤĤͭ˰úǹʤļúǸҤ˷礷ƤΡΣ	with carbon atoms of carboxamide groups bound to acyclic carbon atoms of a saturated carbon skeleton containing rings [5]
C07C 233/09  \	3	3	4H006	C07C 233/09	200	ܥߥɴúǸҤļ˰úǹʤúǸҤ˷礷ƤΡΣ	with carbon atoms of carboxamide groups bound to carbon atoms of an acyclic unsaturated carbon skeleton [5]
C07C 233/09  A	3	0	4H006	C07C 233/09	169	̥᥿ͥߥ	(Meta) acrylic amides
C07C 233/09  B	3	1	4H006	C07C 233/09	218	¤ˡ̿ޤλѡ	Manufacturing methods (use of catalysts)
C07C 233/09  C	3	1	4H006	C07C 233/09	11		Purification
C07C 233/09  D	3	2	4H006	C07C 233/09	15	˥ȥ	Purification of raw nitrile materials
C07C 233/09  E	3	2	4H006	C07C 233/09	141	ʪ	Purification of products
C07C 233/09  Z	3	0	4H006	C07C 233/09	495	¾	Others
C07C 233/10  \	3	3	4H006	C07C 233/10	71	ܥߥɴúǸҤ˧İʳδĤͭ˰úǹʤúǸҤ˷礷ƤΡΣ	with carbon atoms of carboxamide groups bound to carbon atoms of an unsaturated carbon skeleton containing rings other than six-membered aromatic rings [5]
C07C 233/11  \	3	3	4H006	C07C 233/11	493	ܥߥɴúǸҤ˧Ĥͭ˰úǹʤúǸҤ˷礷ƤΡΣ	with carbon atoms of carboxamide groups bound to carbon atoms of an unsaturated carbon skeleton containing six-membered aromatic rings [5]
C07C 233/12  \	2	2	4H006	C07C 233/12	29	ʤȤ⣱ĤΥܥߥɴǸҤϥ󸶻Ҥޤϥ˥ȥ⤷ϥ˥ȥִ줿úǴúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a hydrocarbon radical substituted by halogen atoms or by nitro or nitroso groups [5]
C07C 233/13  \	3	3	4H006	C07C 233/13	282	ִ줿úǴ𤬥ܥߥɴǸҤļúǸҤˤäƷ礷ƤΡΣ	with the substituted hydrocarbon radical bound to the nitrogen atom of the carboxamide group by an acyclic carbon atom [5]
C07C 233/14  \	3	3	4H006	C07C 233/14	46	ִ줿úǴ𤬥ܥߥɴǸҤˣ˧İʳδĤúǸҤˤäƷ礷ƤΡΣ	with the substituted hydrocarbon radical bound to the nitrogen atom of the carboxamide group by a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 233/15  \	3	3	4H006	C07C 233/15	407	ִ줿úǴ𤬥ܥߥɴǸҤˣ˧ĤδĤúǸҤˤäƷ礷ƤΡΣ	with the substituted hydrocarbon radical bound to the nitrogen atom of the carboxamide group by a carbon atom of a six-membered aromatic ring [5]
C07C 233/16  \	2	2	4H006	C07C 233/16	28	ʤȤ⣱ĤΥܥߥɴǸҤñλǸҤִ줿úǴúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a hydrocarbon radical substituted by singly-bound oxygen atoms [5]
C07C 233/17  \	3	3	4H006	C07C 233/17	54	ִ줿úǴ𤬥ܥߥɴǸҤļúǸҤˤäƷ礷ƤΡΣ	with the substituted hydrocarbon radical bound to the nitrogen atom of the carboxamide group by an acyclic carbon atom [5]
C07C 233/18  \	4	4	4H006	C07C 233/18	1279	ܥߥɴúǸҤǸҤޤļ˰úǹʤúǸҤ˷礷ƤΡΣ	having the carbon atom of the carboxamide group bound to a hydrogen atom or to a carbon atom of an acyclic saturated carbon skeleton [5]
C07C 233/19  \	4	4	4H006	C07C 233/19	30	ܥߥɴúǸҤĤͭ˰úǹʤļúǸҤ˷礷ƤΡΣ	having the carbon atom of the carboxamide group bound to an acyclic carbon atom of a saturated carbon skeleton containing rings [5]
C07C 233/20  \	4	4	4H006	C07C 233/20	499	ܥߥɴúǸҤļ˰úǹʤúǸҤ˷礷ƤΡΣ	having the carbon atom of the carboxamide group bound to a carbon atom of an acyclic unsaturated carbon skeleton [5]
C07C 233/21  \	4	4	4H006	C07C 233/21	25	ܥߥɴúǸҤ˧İʳδĤͭ˰úǹʤļúǸҤ˷礷ƤΡΣ	having the carbon atom of the carboxamide group bound to an acyclic carbon atom of an unsaturated carbon skeleton containing rings other than six-membered aromatic rings [5]
C07C 233/22  \	4	4	4H006	C07C 233/22	197	ܥߥɴúǸҤ˧ĤͭúǹʤļúǸҤ˷礷ƤΡΣ	having the carbon atom of the carboxamide group bound to an acyclic carbon atom of a carbon skeleton containing six-membered aromatic rings [5]
C07C 233/23  \	3	3	4H006	C07C 233/23	154	ִ줿úǴ𤬥ܥߥɴǸҤˣ˧İʳδĤúǸҤˤäƷ礷ƤΡΣ	with the substituted hydrocarbon radical bound to the nitrogen atom of the carboxamide group by a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 233/24  \	3	3	4H006	C07C 233/24	59	ִ줿úǴ𤬥ܥߥɴǸҤˣ˧ĤúǸҤˤäƷ礷ƤΡΣ	with the substituted hydrocarbon radical bound to the nitrogen atom of the carboxamide group by a carbon atom of a six-membered aromatic ring [5]
C07C 233/25  \	4	4	4H006	C07C 233/25	764	ܥߥɴúǸҤǸҤޤļ˰úǹʤúǸҤ˷礷ƤΡΣ	having the carbon atom of the carboxamide group bound to a hydrogen atom or to a carbon atom of an acyclic saturated carbon skeleton [5]
C07C 233/26  \	4	4	4H006	C07C 233/26	19	ܥߥɴúǸҤĤͭ˰úǹʤļúǸҤ˷礷ƤΡΣ	having the carbon atom of the carboxamide group bound to an acyclic carbon atom of a saturated carbon skeleton containing rings [5]
C07C 233/27  \	4	4	4H006	C07C 233/27	120	ܥߥɴúǸҤļ˰úǹʤúǸҤ˷礷ƤΡΣ	having the carbon atom of the carboxamide group bound to a carbon atom of an acyclic unsaturated carbon skeleton [5]
C07C 233/28  \	4	4	4H006	C07C 233/28	13	ܥߥɴúǸҤ˧İʳδĤͭ˰úǹʤļúǸҤ˷礷ƤΡΣ	having the carbon atom of the carboxamide group bound to an acyclic carbon atom of an unsaturated carbon skeleton containing rings other than six-membered aromatic rings [5]
C07C 233/29  \	4	4	4H006	C07C 233/29	119	ܥߥɴúǸҤ˧ĤͭúǹʤļúǸҤ˷礷ƤΡΣ	having the carbon atom of the carboxamide group bound to an acyclic carbon atom of a carbon skeleton containing six-membered aromatic rings [5]
C07C 233/30  \	2	2	4H006	C07C 233/30	19	ʤȤ⣱ĤΥܥߥɴǸҤŷλǸҤִ줿úǴúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a hydrocarbon radical substituted by doubly-bound oxygen atoms [5]
C07C 233/31  \	3	3	4H006	C07C 233/31	193	ִ줿úǴ𤬥ܥߥɴǸҤļúǸҤˤäƷ礷ƤΡΣ	with the substituted hydrocarbon radical bound to the nitrogen atom of the carboxamide group by an acyclic carbon atom [5]
C07C 233/32  \	3	3	4H006	C07C 233/32	99	ִ줿úǴ𤬥ܥߥɴǸҤˣ˧İʳδĤúǸҤˤäƷ礷ƤΡΣ	with the substituted hydrocarbon radical bound to the nitrogen atom of the carboxamide group by a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 233/33  \	3	3	4H006	C07C 233/33	234	ִ줿úǴ𤬥ܥߥɴǸҤˣ˧ĤúǸҤˤäƷ礷ƤΡΣ	with the substituted hydrocarbon radical bound to the nitrogen atom of the carboxamide group by a carbon atom of a six-membered aromatic ring [5]
C07C 233/34  \	2	2	4H006	C07C 233/34	30	ʤȤ⣱ĤΥܥߥɴǸҤߥδִ줿úǴúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a hydrocarbon radical substituted by amino groups [5]
C07C 233/35  \	3	3	4H006	C07C 233/35	56	ִ줿úǴ𤬥ܥߥɴǸҤļúǸҤˤäƷ礷ƤΡΣ	with the substituted hydrocarbon radical bound to the nitrogen atom of the carboxamide group by an acyclic carbon atom [5]
C07C 233/36  \	4	4	4H006	C07C 233/36	742	ܥߥɴúǸҤǸҤޤļ˰úǹʤúǸҤ˷礷ƤΡΣ	having the carbon atom of the carboxamide group bound to a hydrogen atom or to a carbon atom of an acyclic saturated carbon skeleton [5]
C07C 233/37  \	4	4	4H006	C07C 233/37	24	ܥߥɴúǸҤĤͭ˰úǹʤļúǸҤ˷礷ƤΡΣ	having the carbon atom of the carboxamide group bound to an acyclic carbon atom of a saturated carbon skeleton containing rings [5]
C07C 233/38  \	4	4	4H006	C07C 233/38	445	ܥߥɴúǸҤļ˰úǹʤúǸҤ˷礷ƤΡΣ	having the carbon atom of the carboxamide group bound to a carbon atom of an acyclic unsaturated carbon skeleton [5]
C07C 233/39  \	4	4	4H006	C07C 233/39	11	ܥߥɴúǸҤ˧İʳδĤͭ˰úǹʤļúǸҤ˷礷ƤΡΣ	having the carbon atom of the carboxamide group bound to an acyclic carbon atom of an unsaturated carbon skeleton containing rings other than six-membered aromatic rings [5]
C07C 233/40  \	4	4	4H006	C07C 233/40	118	ܥߥɴúǸҤ˧ĤͭúǹʤļúǸҤ˷礷ƤΡΣ	having the carbon atom of the carboxamide group bound to an acyclic carbon atom of a carbon skeleton containing six-membered aromatic rings [5]
C07C 233/41  \	3	3	4H006	C07C 233/41	128	ִ줿úǴ𤬥ܥߥɴǸҤˣ˧İʳδĤúǸҤˤäƷ礷ƤΡΣ	with the substituted hydrocarbon radical bound to the nitrogen atom of the carboxamide group by a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 233/42  \	3	3	4H006	C07C 233/42	16	ִ줿úǴ𤬥ܥߥɴǸҤˣ˧ĤúǸҤˤäƷ礷ƤΡΣ	with the substituted hydrocarbon radical bound to the nitrogen atom of the carboxamide group by a carbon atom of a six-membered aromatic ring [5]
C07C 233/43  \	4	4	4H006	C07C 233/43	529	ܥߥɴúǸҤǸҤޤ˰úǹʤúǸҤ˷礷ƤΡΣ	having the carbon atom of the carboxamide group bound to a hydrogen atom or to a carbon atom of a saturated carbon skeleton [5]
C07C 233/44  \	4	4	4H006	C07C 233/44	121	ܥߥɴúǸҤ˰úǹʤúǸҤ˷礷ƤΡΣ	having the carbon atom of the carboxamide group bound to a carbon atom of an unsaturated carbon skeleton [5]
C07C 233/45  \	2	2	4H006	C07C 233/45	29	ʤȤ⣱ĤΥܥߥɴǸҤܥִ줿úǴúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a hydrocarbon radical substituted by carboxyl groups [5]
C07C 233/46  \	3	3	4H006	C07C 233/46	89	ִ줿úǴ𤬥ܥߥɴǸҤļúǸҤˤäƷ礷ƤΡΣ	with the substituted hydrocarbon radical bound to the nitrogen atom of the carboxamide group by an acyclic carbon atom [5]
C07C 233/47  \	4	4	4H006	C07C 233/47	1252	ܥߥɴúǸҤǸҤޤļ˰úǹʤúǸҤ˷礷ƤΡΣ	having the carbon atom of the carboxamide group bound to a hydrogen atom or to a carbon atom of an acyclic saturated carbon skeleton [5]
C07C 233/48  \	4	4	4H006	C07C 233/48	37	ܥߥɴúǸҤĤͭ˰úǹʤļúǸҤ˷礷ƤΡΣ	having the carbon atom of the carboxamide group bound to an acyclic carbon atom of a saturated carbon skeleton containing rings [5]
C07C 233/49  \	4	4	4H006	C07C 233/49	288	ܥߥɴúǸҤļ˰úǹʤúǸҤ˷礷ƤΡΣ	having the carbon atom of the carboxamide group bound to a carbon atom of an acyclic unsaturated carbon skeleton [5]
C07C 233/50  \	4	4	4H006	C07C 233/50	9	ܥߥɴúǸҤ˧İʳδĤͭ˰úǹʤļúǸҤ˷礷ƤΡΣ	having the carbon atom of the carboxamide group bound to an acyclic carbon atom of an unsaturated carbon skeleton containing rings other than six-membered aromatic rings [5]
C07C 233/51  \	4	4	4H006	C07C 233/51	188	ܥߥɴúǸҤ˧ĤͭúǹʤļúǸҤ˷礷ƤΡΣ	having the carbon atom of the carboxamide group bound to an acyclic carbon atom of a carbon skeleton containing six-membered aromatic rings [5]
C07C 233/52  \	3	3	4H006	C07C 233/52	111	ִ줿úǴ𤬥ܥߥɴǸҤˣ˧İʳδĤúǸҤˤäƷ礷ƤΡΣ	with the substituted hydrocarbon radical bound to the nitrogen atom of the carboxamide group by a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 233/53  \	3	3	4H006	C07C 233/53	34	ִ줿úǴ𤬥ܥߥɴǸҤˣ˧δĤúǸҤˤäƷ礷ƤΡΣ	with the substituted hydrocarbon radical bound to the nitrogen atom of the carboxamide group by a carbon atom of a six-membered aromatic ring [5]
C07C 233/54  \	4	4	4H006	C07C 233/54	432	ܥߥɴúǸҤǸҤޤ˰úǹʤúǸҤ˷礷ƤΡΣ	having the carbon atom of the carboxamide group bound to a hydrogen atom or to a carbon atom of a saturated carbon skeleton [5]
C07C 233/55  \	4	4	4H006	C07C 233/55	157	ܥߥɴúǸҤ˰úǹʤúǸҤ˷礷ƤΡΣ	having the carbon atom of the carboxamide group bound to a carbon atom of an unsaturated carbon skeleton [5]
C07C 233/56  \	2	2	4H006	C07C 233/56	236	ܥߥɴúǸҤܥúǸҤ˷礷ƤΡ㡥ߥɡΣ	having carbon atoms of carboxamide groups bound to carbon atoms of carboxyl groups, e.g. oxamides [5]
C07C 233/57  \	1	1	4H006	C07C 233/57	18	ܥߥɴúǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having carbon atoms of carboxamide groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 233/58  \	2	2	4H006	C07C 233/58	362	ܥߥɴǸҤǸҤޤִúǴúǸҤ˷礷ƤΡΣ	having the nitrogen atoms of the carboxamide groups bound to hydrogen atoms or to carbon atoms of unsubstituted hydrocarbon radicals [5]
C07C 233/59  \	2	2	4H006	C07C 233/59	116	ʤȤ⣱ĤΥܥߥɴǸҤϥ󸶻Ҥޤϥ˥ȥ⤷ϥ˥ȥִ줿úǴúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a hydrocarbon radical substituted by halogen atoms or by nitro or nitroso groups [5]
C07C 233/60  \	2	2	4H006	C07C 233/60	267	ʤȤ⣱ĤΥܥߥɴǸҤñλǸҤִ줿úǴúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a hydrocarbon radical substituted by singly-bound oxygen atoms [5]
C07C 233/61  \	2	2	4H006	C07C 233/61	52	ʤȤ⣱ĤΥܥߥɴǸҤŷλǸҤִ줿úǴúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a hydrocarbon radical substituted by doubly-bound oxygen atoms [5]
C07C 233/62  \	2	2	4H006	C07C 233/62	193	ʤȤ⣱ĤΥܥߥɴǸҤߥδִ줿úǴúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a hydrocarbon radical substituted by amino groups [5]
C07C 233/63  \	2	2	4H006	C07C 233/63	211	ʤȤ⣱ĤΥܥߥɴǸҤܥִ줿úǴúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a hydrocarbon radical substituted by carboxyl groups [5]
C07C 233/64  \	1	1	4H006	C07C 233/64	38	ܥߥɴúǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having carbon atoms of carboxamide groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 233/65  \	2	2	4H006	C07C 233/65	825	ܥߥɴǸҤǸҤޤִúǴúǸҤ˷礷ƤΡΣ	having the nitrogen atoms of the carboxamide groups bound to hydrogen atoms or to carbon atoms of unsubstituted hydrocarbon radicals [5]
C07C 233/66  \	2	2	4H006	C07C 233/66	262	ʤȤ⣱ĤΥܥߥɴǸҤϥ󸶻Ҥޤϥ˥ȥ⤷ϥ˥ȥִ줿úǴúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a hydrocarbon radical substituted by halogen atoms or by nitro or nitroso groups [5]
C07C 233/67  \	2	2	4H006	C07C 233/67	21	ʤȤ⣱ĤΥܥߥɴǸҤñλǸҤִ줿úǴúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a hydrocarbon radical substituted by singly-bound oxygen atoms [5]
C07C 233/68  \	3	3	4H006	C07C 233/68	33	ִ줿úǴ𤬥ܥߥɴǸҤļúǸҤˤäƷ礷ƤΡΣ	with the substituted hydrocarbon radical bound to the nitrogen atom of the carboxamide group by an acyclic carbon atom [5]
C07C 233/69  \	4	4	4H006	C07C 233/69	188	ļ˰úǹʤļúǸҡΣ	of an acyclic saturated carbon skeleton [5]
C07C 233/70  \	4	4	4H006	C07C 233/70	11	Ĥͭ˰úǹʤļúǸҡΣ	of a saturated carbon skeleton containing rings [5]
C07C 233/71  \	4	4	4H006	C07C 233/71	10	ļ˰úǹʤļúǸҡΣ	of an acyclic unsaturated carbon skeleton [5]
C07C 233/72  \	4	4	4H006	C07C 233/72	8	˧İʳδĤͭ˰úǹʤļúǸҡΣ	of an unsaturated carbon skeleton containing rings other than six-membered aromatic rings [5]
C07C 233/73  \	4	4	4H006	C07C 233/73	171	˧ĤͭúǹʤļúǸҡΣ	of a carbon skeleton containing six-membered aromatic rings [5]
C07C 233/74  \	3	3	4H006	C07C 233/74	49	ִ줿úǴ𤬥ܥߥɴǸҤˣ˧İʳδĤúǸҤˤäƷ礷ƤΡΣ	with the substituted hydrocarbon radical bound to the nitrogen atom of the carboxamide group by a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 233/75  \	3	3	4H006	C07C 233/75	329	ִ줿úǴ𤬥ܥߥɴǸҤˣ˧ĤúǸҤˤäƷ礷ƤΡΣ	with the substituted hydrocarbon radical bound to the nitrogen atom of the carboxamide group by a carbon atom of a six-membered aromatic ring [5]
C07C 233/76  \	2	2	4H006	C07C 233/76	160	ʤȤ⣱ĤΥܥߥɴǸҤŷλǸҤִ줿úǴúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a hydrocarbon radical substituted by doubly-bound oxygen atoms [5]
C07C 233/77  \	2	2	4H006	C07C 233/77	22	ʤȤ⣱ĤΥܥߥɴǸҤߥδִ줿úǴúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a hydrocarbon radical substituted by amino groups [5]
C07C 233/78  \	3	3	4H006	C07C 233/78	337	ִ줿úǴ𤬥ܥߥɴǸҤļúǸҤˤäƷ礷ƤΡΣ	with the substituted hydrocarbon radical bound to the nitrogen atom of the carboxamide group by an acyclic carbon atom [5]
C07C 233/79  \	3	3	4H006	C07C 233/79	65	ִ줿úǴ𤬥ܥߥɴǸҤˣ˧İʳδĤúǸҤˤäƷ礷ƤΡΣ	with the substituted hydrocarbon radical bound to the nitrogen atom of the carboxamide group by a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 233/80  \	3	3	4H006	C07C 233/80	225	ִ줿úǴ𤬥ܥߥɴǸҤˣ˧ĤúǸҤˤäƷ礷ƤΡΣ	with the substituted hydrocarbon radical bound to the nitrogen atom of the carboxamide group by a carbon atom of a six-membered aromatic ring [5]
C07C 233/81  \	2	2	4H006	C07C 233/81	287	ʤȤ⣱ĤΥܥߥɴǸҤܥִ줿úǴúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a hydrocarbon radical substituted by carboxyl groups [5]
C07C 233/82  \	3	3	4H006	C07C 233/82	67	ִ줿úǴ𤬥ܥߥɴǸҤļúǸҤˤäƷ礷ƤΡΣ	with the substituted hydrocarbon radical bound to the nitrogen atom of the carboxamide group by an acyclic carbon atom [5]
C07C 233/83  \	4	4	4H006	C07C 233/83	228	ļ˰úǹʤļúǸҡΣ	of an acyclic saturated carbon skeleton [5]
C07C 233/84  \	4	4	4H006	C07C 233/84	24	Ĥͭ˰úǹʤļúǸҡΣ	of a saturated carbon skeleton containing rings [5]
C07C 233/85  \	4	4	4H006	C07C 233/85	17	ļ˰úǹʤļúǸҡΣ	of an acyclic unsaturated carbon skeleton [5]
C07C 233/86  \	4	4	4H006	C07C 233/86	8	˧İʳδĤͭ˰úǹʤļúǸҡΣ	of an unsaturated carbon skeleton containing rings other than six-membered aromatic rings [5]
C07C 233/87  \	4	4	4H006	C07C 233/87	184	˧ĤͭúǹʤļúǸҡΣ	of a carbon skeleton containing six-membered aromatic rings [5]
C07C 233/88  \	1	1	4H006	C07C 233/88	181	ܥߥɴǸҤļúǸҤȡʤȤ⣱ĤΥȰ̤οǸҤִƤ룶˧ĤúǸҤȤ˷礷ƤΡΣ	having nitrogen atoms of carboxamide groups bound to an acyclic carbon atom and to a carbon atom of a six-membered aromatic ring wherein at least one ortho-hydrogen atom has been replaced [5]
C07C 233/89  \	1	1	4H006	C07C 233/89	6	ܥߥɴǸҤ鲽ƤΡΣ	having nitrogen atoms of carboxamide groups quaternised [5]
C07C 233/90  \	1	1	4H006	C07C 233/90	33	ܥߥɴǸҤ˥벽ƤΡΣ	having nitrogen atoms of carboxamide groups further acylated [5]
C07C 233/91  \	2	2	4H006	C07C 233/91	111	ܥߥɴúǸҤļúǸҤ˷礷ƤΡΣ	with carbon atoms of the carboxamide groups bound to acyclic carbon atoms [5]
C07C 233/92  \	2	2	4H006	C07C 233/92	49	ʤȤ⣱ĤΥܥߥɴúǸҤ˧ĤúǸҤ˷礷ƤΡΣ	with at least one carbon atom of the carboxamide groups bound to a carbon atom of a six-membered aromatic ring [5]
C07C 235/00  \	0	0	4H006	C07C 235/00	11	ʬúǹʤ˻ǸҤִƤ륫ܥߥɡΣ	Carboxylic acid amides, the carbon skeleton of the acid part being further substituted by oxygen atoms [5]
C07C 235/02  \	1	1	4H006	C07C 235/02	7	ܥߥɴúǸҤļúǸҤ˷礷ƱúǹʤñλǸҤ礷ƤΡΣ	having carbon atoms of carboxamide groups bound to acyclic carbon atoms and singly-bound oxygen atoms bound to the same carbon skeleton [5]
C07C 235/04  \	2	2	4H006	C07C 235/04	48	úǹʤļ˰¤ΤΡΣ	the carbon skeleton being acyclic and saturated [5]
C07C 235/06  \	3	3	4H006	C07C 235/06	750	ܥߥɴǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	having the nitrogen atoms of the carboxamide groups bound to hydrogen atoms or to acyclic carbon atoms [5]
C07C 235/08  \	3	3	4H006	C07C 235/08	373	ʤȤ⣱ĤΥܥߥɴǸҤñλǸҤִ줿úǴļúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to an acyclic carbon atom of a hydrocarbon radical substituted by singly-bound oxygen atoms [5]
C07C 235/10  \	3	3	4H006	C07C 235/10	210	ʤȤ⣱ĤΥܥߥɴǸҤ˥ȥޤϥ˥ȥΰǤϤʤǸҤִ줿úǴļúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to an acyclic carbon atom of a hydrocarbon radical substituted by nitrogen atoms not being part of nitro or nitroso groups [5]
C07C 235/12  \	3	3	4H006	C07C 235/12	259	ʤȤ⣱ĤΥܥߥɴǸҤܥִ줿úǴļúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to an acyclic carbon atom of a hydrocarbon radical substituted by carboxyl groups [5]
C07C 235/14  \	3	3	4H006	C07C 235/14	124	ʤȤ⣱ĤΥܥߥɴǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 235/16  \	3	3	4H006	C07C 235/16	55	ʤȤ⣱ĤΥܥߥɴǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a six-membered aromatic ring [5]
C07C 235/16  A	3	0	4H006	C07C 235/16	110	ǸҤ˷礹úǹʤñλǸҤִ줿	Having the carbon skeleton bound to nitrogen compound substituted by oxygen atoms of single bond
C07C 235/16  B	3	0	4H006	C07C 235/16	53	ǸҤ˷礹úǹʤ˥ȥޤϥ˥ȥΰǤϤʤǸҤִ줿	Having the carbon skeleton bound to nitrogen compound substituted by nitrogen atoms other than a part of nitro or nitron group
C07C 235/16  C	3	0	4H006	C07C 235/16	61	ǸҤ˷礹úǹʤܥִ줿	Having the carbon skeleton bound to nitrogen compound substituted by carboxyl group
C07C 235/16  Z	3	0	4H006	C07C 235/16	198	¾	Others
C07C 235/18  \	3	3	4H006	C07C 235/18	28	ʤȤ⣱ĤñλǸҤˣ˧ĤúǸҤȷ礷ƤΡ㡥եΥȥߥɡΣ	having at least one of the singly-bound oxygen atoms further bound to a carbon atom of a six-membered aromatic ring, e.g. phenoxyacetamides [5]
C07C 235/20  \	4	4	4H006	C07C 235/20	67	ܥߥɴǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	having the nitrogen atoms of the carboxamide groups bound to hydrogen atoms or to acyclic carbon atoms [5]
C07C 235/20  A	4	0	4H006	C07C 235/20	81	ǸҤ˷礹úǹʤñλǸҤִ줿	Having the carbon skeleton bound to nitrogen compound substituted by oxygen atoms of single bond
C07C 235/20  B	4	0	4H006	C07C 235/20	46	ǸҤ˷礹úǹʤ˥ȥޤϥ˥ȥΰǤϤʤǸҤִ줿	Having the carbon skeleton bound to nitrogen compound substituted by nitrogen atoms other than a part of nitro or nitron group
C07C 235/20  C	4	0	4H006	C07C 235/20	59	ǸҤ˷礹úǹʤܥִ줿	Having the carbon skeleton bound to nitrogen compound substituted by carboxyl group
C07C 235/20  Z	4	0	4H006	C07C 235/20	270	¾	Others
C07C 235/22  \	4	4	4H006	C07C 235/22	5	ʤȤ⣱ĤΥܥߥɴǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 235/22  A	4	0	4H006	C07C 235/22	6	ǸҤ˷礹úǹʤñλǸҤִ줿	Having the carbon skeleton bound to nitrogen compound substituted by oxygen atoms of single bond
C07C 235/22  B	4	0	4H006	C07C 235/22	15	ǸҤ˷礹úǹʤ˥ȥޤϥ˥ȥΰǤϤʤǸҤִ줿	Having the carbon skeleton bound to nitrogen compound substituted by nitrogen atoms other than a part of nitro or nitron group
C07C 235/22  C	4	0	4H006	C07C 235/22	3	ǸҤ˷礹úǹʤܥִ줿	Having the carbon skeleton bound to nitrogen compound substituted by carboxyl group
C07C 235/22  Z	4	0	4H006	C07C 235/22	48	¾	Others
C07C 235/24  \	4	4	4H006	C07C 235/24	213	ʤȤ⣱ĤΥܥߥɴǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a six-membered aromatic ring [5]
C07C 235/26  \	2	2	4H006	C07C 235/26	72	úǹʤ˰¤ǴĤͭΡΣ	the carbon skeleton being saturated and containing rings [5]
C07C 235/28  \	2	2	4H006	C07C 235/28	207	úǹʤļ˰¤ΤΡΣ	the carbon skeleton being acyclic and unsaturated [5]
C07C 235/30  \	2	2	4H006	C07C 235/30	79	úǹʤ˰¤ǣ˧İʳδĤͭΡΣ	the carbon skeleton being unsaturated and containing rings other than six-membered aromatic rings [5]
C07C 235/32  \	2	2	4H006	C07C 235/32	88	úǹʤ˧ĤͭΡΣ	the carbon skeleton containing six-membered aromatic rings [5]
C07C 235/34  \	3	3	4H006	C07C 235/34	834	ܥߥɴǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	having the nitrogen atoms of the carboxamide groups bound to hydrogen atoms or to acyclic carbon atoms [5]
C07C 235/36  \	3	3	4H006	C07C 235/36	105	ʤȤ⣱ĤΥܥߥɴǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 235/38  \	3	3	4H006	C07C 235/38	309	ʤȤ⣱ĤΥܥߥɴǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a six-membered aromatic ring [5]
C07C 235/40  \	1	1	4H006	C07C 235/40	224	ܥߥɴúǸҤ˧İʳδĤúǸҤ˷礷ƱúǹʤñλǸҤ礷ƤΡΣ	having carbon atoms of carboxamide groups bound to carbon atoms of rings other than six-membered aromatic rings and singly-bound oxygen atoms bound to the same carbon skeleton [5]
C07C 235/42  \	1	1	4H006	C07C 235/42	192	ܥߥɴúǸҤ˧ĤúǸҤ˷礷ƱúǹʤñλǸҤ礷ƤΡΣ	having carbon atoms of carboxamide groups bound to carbon atoms of six-membered aromatic rings and singly-bound oxygen atoms bound to the same carbon skeleton [5]
C07C 235/44  \	2	2	4H006	C07C 235/44	63	ܥߥɴúǸҤñλǸҤƱ̹磶˧ĤúǸҤ˷礷ƤΡΣ	with carbon atoms of carboxamide groups and singly-bound oxygen atoms bound to carbon atoms of the same non-condensed six-membered aromatic ring [5]
C07C 235/46  \	3	3	4H006	C07C 235/46	476	ܥߥɴǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	having the nitrogen atoms of the carboxamide groups bound to hydrogen atoms or to acyclic carbon atoms [5]
C07C 235/48  \	3	3	4H006	C07C 235/48	204	ʤȤ⣱ĤΥܥߥɴǸҤñλǸҤִ줿úǴļúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to an acyclic carbon atom of a hydrocarbon radical substituted by singly-bound oxygen atoms [5]
C07C 235/50  \	3	3	4H006	C07C 235/50	167	ʤȤ⣱ĤΥܥߥɴǸҤ˥ȥޤϥ˥ȥΰǤϤʤǸҤִ줿úǴļúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to an acyclic carbon atom of a hydrocarbon radical substituted by nitrogen atoms not being part of nitro or nitroso groups [5]
C07C 235/52  \	3	3	4H006	C07C 235/52	163	ʤȤ⣱ĤΥܥߥɴǸҤܥִ줿úǴļúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to an acyclic carbon atom of a hydrocarbon radical substituted by carboxyl groups [5]
C07C 235/54  \	3	3	4H006	C07C 235/54	102	ʤȤ⣱ĤΥܥߥɴǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 235/56  \	3	3	4H006	C07C 235/56	410	ʤȤ⣱ĤΥܥߥɴǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a six-membered aromatic ring [5]
C07C 235/58  \	3	3	4H006	C07C 235/58	40	ܥߥɴúǸҤñλǸҤƱ̹磶˧ĤúǸҤ˥Ȱ̤Ƿ礷ƤΡΣ	with carbon atoms of carboxamide groups and singly-bound oxygen atoms, bound in ortho- position to carbon atoms of the same non-condensed six-membered aromatic ring [5]
C07C 235/60  \	4	4	4H006	C07C 235/60	297	ܥߥɴǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	having the nitrogen atoms of the carboxamide groups bound to hydrogen atoms or to acyclic carbon atoms [5]
C07C 235/62  \	4	4	4H006	C07C 235/62	43	ʤȤ⣱ĤΥܥߥɴǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 235/64  \	4	4	4H006	C07C 235/64	236	ʤȤ⣱ĤΥܥߥɴǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to a carbon atom of a six-membered aromatic ring [5]
C07C 235/66  \	2	2	4H006	C07C 235/66	156	ܥߥɴúǸҤ̹ķϤΰʬǤ룶˧ĤúǸҤ˷礷ƱúǹʤñλǸҤƱúǹʤ˷礷ƤΡΣ	with carbon atoms of carboxamide groups bound to carbon atoms of six-membered aromatic rings being part of condensed ring systems and singly-bound oxygen atoms, bound to the same carbon skeleton [5]
C07C 235/68  \	1	1	4H006	C07C 235/68	47	ʤȤ⣱ĤΥܥߥɴǸҤļúǸҤȾʤȤ⣱ĤΥܥߥɴǸҤļúǸҤȾʤȤ⣱ĤΥȰ̤οǸҤִƤ룶˧ĤúǸҤȤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to an acyclic carbon atom and to a carbon atom of a six-membered aromatic ring wherein at least one ortho-hydrogen atom has been replaced [5]
C07C 235/70  \	1	1	4H006	C07C 235/70	11	ܥߥɴúǸҤŷλǸҤƱúǹʤ˷礷ƤΡΣ	having carbon atoms of carboxamide groups and doubly-bound oxygen atoms bound to the same carbon skeleton [5]
C07C 235/72  \	2	2	4H006	C07C 235/72	86	ܥߥɴúǸҤļúǸҤ˷礷ƤΡΣ	with the carbon atoms of the carboxamide groups bound to acyclic carbon atoms [5]
C07C 235/74  \	3	3	4H006	C07C 235/74	136	˰úǹʤļúǸҡΣ	of a saturated carbon skeleton [5]
C07C 235/76  \	3	3	4H006	C07C 235/76	49	˰úǹʤļúǸҡΣ	of an unsaturated carbon skeleton [5]
C07C 235/78  \	4	4	4H006	C07C 235/78	239	ĤͭúǹʡΣ	the carbon skeleton containing rings [5]
C07C 235/80  \	3	3	4H006	C07C 235/80	192	ܥߥɴúǸҤȥȴúǸҤȤƱúǸҤ˷礷ƤΡ㡥ȿݻߥɡΣ	having carbon atoms of carboxamide groups and keto groups bound to the same carbon atom, e.g. acetoacetamides [5]
C07C 235/82  \	2	2	4H006	C07C 235/82	164	ʤȤ⣱ĤΥܥߥɴúǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	with the carbon atom of at least one of the carboxamide groups bound to a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 235/84  \	2	2	4H006	C07C 235/84	282	ʤȤ⣱ĤΥܥߥɴúǸҤ˧ĤúǸҤ˷礷ƤΡΣ	with the carbon atom of at least one of the carboxamide groups bound to a carbon atom of a six-membered aromatic ring [5]
C07C 235/86  \	1	1	4H006	C07C 235/86	4	ʤȤ⣱ĤΥܥߥɴǸҤ鲽ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups quaternised [5]
C07C 235/88  \	1	1	4H006	C07C 235/88	55	ʤȤ⣱ĤΥܥߥɴǸҤ˥벽ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups further acylated [5]
C07C 237/00  \	0	0	4H006	C07C 237/00	2	ʬúǹʤ˥ߥδִƤ륫ܥߥɡΣ	Carboxylic acid amides, the carbon skeleton of the acid part being further substituted by amino groups [5]
C07C 237/02  \	1	1	4H006	C07C 237/02	12	ܥߥɴúǸҤúǹʤļúǸҤ˷礷ƤΡΣ	having the carbon atoms of the carboxamide groups bound to acyclic carbon atoms of the carbon skeleton [5]
C07C 237/04  \	2	2	4H006	C07C 237/04	68	úǹʤļ˰¤ΤΡΣ	the carbon skeleton being acyclic and saturated [5]
C07C 237/04  A	2	0	4H006	C07C 237/04	133	ǸҤ˷礹úǹʤ˧ĤǡġñλǸҤִ줿	Having the carbon skeleton bound to nitrogen atom being a six-membered aromatic ring and substituted by oxygen atom of single bond
C07C 237/04  B	2	0	4H006	C07C 237/04	77	ǸҤ˷礹úʤ˧Ĥǡġ˥ȥޤϥ˥ȥΰǤϤʤǸҤִ줿	Having the carbon skeleton bound to nitrogen atom being a six-membered aromatic ring and substituted by nitrogen atom not a part of nitro or nitron group
C07C 237/04  C	2	0	4H006	C07C 237/04	74	ǸҤ˷礹úʤ˧Ĥǡġܥǡִ줿	Having the carbon skeleton bound to nitrogen atom being a six-membered aromatic ring and substituted by carboxylic group
C07C 237/04  D	2	0	4H006	C07C 237/04	108	ǸҤ˷礹úǹʤ˧İʳδĤǤ	Having the carbon skeleton bound to nitrogen atom rather than a six-membered aromatic ring
C07C 237/04  Z	2	0	4H006	C07C 237/04	281	¾	Others
C07C 237/06  \	3	3	4H006	C07C 237/06	1030	ܥߥɴǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	having the nitrogen atoms of the carboxamide groups bound to hydrogen atoms or to acyclic carbon atoms [5]
C07C 237/08  \	3	3	4H006	C07C 237/08	334	ʤȤ⣱ĤΥܥߥɴǸҤñλǸҤִ줿úǴļúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to an acyclic carbon atom of a hydrocarbon radical substituted by singly-bound oxygen atoms [5]
C07C 237/10  \	3	3	4H006	C07C 237/10	299	ʤȤ⣱ĤΥܥߥɴǸҤ˥ȥޤϥ˥ȥΰǤϤʤǸҤִ줿úǴļúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to an acyclic carbon atom of a hydrocarbon radical substituted by nitrogen atoms not being part of nitro or nitroso groups [5]
C07C 237/12  \	3	3	4H006	C07C 237/12	458	ʤȤ⣱ĤΥܥߥɴǸҤܥִ줿úǴļúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups bound to an acyclic carbon atom of a hydrocarbon radical substituted by carboxyl groups [5]
C07C 237/14  \	2	2	4H006	C07C 237/14	64	úǹʤ˰¤ǴĤͭΡΣ	the carbon skeleton being saturated and containing rings [5]
C07C 237/16  \	2	2	4H006	C07C 237/16	109	úǹʤļ˰¤ΤΡΣ	the carbon skeleton being acyclic and unsaturated [5]
C07C 237/18  \	2	2	4H006	C07C 237/18	20	úǹʤ˰¤ǣ˧İʳδĤͭΡΣ	the carbon skeleton being unsaturated and containing rings other than six-membered aromatic rings [5]
C07C 237/20  \	2	2	4H006	C07C 237/20	634	úǹʤ˧ĤͭΡΣ	the carbon skeleton containing six-membered aromatic rings [5]
C07C 237/22  \	2	2	4H006	C07C 237/22	1088	ߥδǸҤʬúǹʤ˷礷˥벽ƤΡΣ	having nitrogen atoms of amino groups bound to the carbon skeleton of the acid part, further acylated [5]
C07C 237/24  \	1	1	4H006	C07C 237/24	233	ʤȤ⣱ĤΥܥߥɴúǸҤúǹʤΣ˧İʳδĤúǸҤ˷礷ƤΡΣ	having the carbon atom of at least one of the carboxamide groups bound to a carbon atom of a ring other than a six-membered aromatic ring of the carbon skeleton [5]
C07C 237/26  \	2	2	4H006	C07C 237/26	354	ʤȤ⣴ĤδĤʤ̹ķϤΰǤġ㡥ƥȥ饵Σ	of a ring being part of a condensed ring system formed by at least four rings, e.g. tetracycline [5]
C07C 237/28  \	1	1	4H006	C07C 237/28	14	ʤȤ⣱ĤΥܥߥɴúǸҤúǹʤ̹磶˧ĤúǸҤ˷礷ƤΡΣ	having the carbon atom of at least one of the carboxamide groups bound to a carbon atom of a non-condensed six-membered aromatic ring of the carbon skeleton [5]
C07C 237/30  \	2	2	4H006	C07C 237/30	454	ܥߥɴǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	having the nitrogen atom of the carboxamide group bound to hydrogen atoms or to acyclic carbon atoms [5]
C07C 237/32  \	2	2	4H006	C07C 237/32	111	ܥߥɴǸҤǸҤִ줿úǴļúǸҤ˷礷ƤΡΣ	having the nitrogen atom of the carboxamide group bound to an acyclic carbon atom of a hydrocarbon radical substituted by oxygen atoms [5]
C07C 237/34  \	2	2	4H006	C07C 237/34	121	ܥߥɴǸҤ˥ȥޤϥ˥ȥΰǤϤʤǸҤִ줿úǴļúǸҤ˷礷ƤΡΣ	having the nitrogen atom of the carboxamide group bound to an acyclic carbon atom of a hydrocarbon radical substituted by nitrogen atoms not being part of nitro or nitroso groups [5]
C07C 237/36  \	2	2	4H006	C07C 237/36	116	ܥߥɴǸҤܥִ줿úǤļúǸҤ˷礷ƤΡΣ	having the nitrogen atom of the carboxamide group bound to an acyclic carbon atom of a hydrocarbon radical substituted by carboxyl groups [5]
C07C 237/38  \	2	2	4H006	C07C 237/38	68	ܥߥɴǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having the nitrogen atom of the carboxamide group bound to a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 237/40  \	2	2	4H006	C07C 237/40	288	ܥߥɴǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having the nitrogen atom of the carboxamide group bound to a carbon atom of a six-membered aromatic ring [5]
C07C 237/42  \	2	2	4H006	C07C 237/42	417	ߥδǸҤʬúǹʤ˷礷˥벽ƤΡΣ	having nitrogen atoms of amino groups bound to the carbon skeleton of the acid part, further acylated [5]
C07C 237/44  \	2	2	4H006	C07C 237/44	236	ܥߥɴúǸҡߥδ𤪤ñλǸҤƱ̹磶˧ĤúǸҤ˷礷ƤΡΣ	having carbon atoms of carboxamide groups, amino groups and singly-bound oxygen atoms bound to carbon atoms of the same non-condensed six-membered aromatic ring [5]
C07C 237/46  \	2	2	4H006	C07C 237/46	178	ܥߥɴúǸҡߥδ𤪤ӾʤȤ⣳ĤνǤޤϥ襦ǸҤƱ̹磶˧ĤúǸҤ˷礷ƤΡΣ	having carbon atoms of carboxamide groups, amino groups and at least three atoms of bromine or iodine, bound to carbon atoms of the same non-condensed six-membered aromatic ring [5]
C07C 237/48  \	1	1	4H006	C07C 237/48	57	ʤȤ⣱ĤΥܥߥɴúǸҤƱúǹʤν̹ķϤΰǤ룶˧ĤúǸҤ˷礷ƤΡΣ	having the carbon atom of at least one of the carboxamide groups bound to a carbon atom of a six-membered aromatic ring being part of a condensed ring system of the same carbon skeleton [5]
C07C 237/50  \	1	1	4H006	C07C 237/50	5	ʤȤ⣱ĤΥܥߥɴǸҤ鲽ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups quaternised [5]
C07C 237/52  \	1	1	4H006	C07C 237/52	45	ʤȤ⣱ĤΥܥߥɴǸҤ˥벽ƤΡΣ	having the nitrogen atom of at least one of the carboxamide groups further acylated [5]
C07C 239/00  \	0	0	4H006	C07C 239/00	1	ǡϥͭ벽ʪҥɥ륢ߥβʪޤϤΥƥ⤷ϥƥΣ	Compounds containing nitrogen-to-halogen bonds; Hydroxylamino compounds or ethers or esters thereof [5]
C07C 239/02  \	1	1	4H006	C07C 239/02	1	ǡϥͭ벽ʪΣ	Compounds containing nitrogen-to-halogen bonds [5]
C07C 239/04  \	2	2	4H006	C07C 239/04	17	Ρϥ󲽥ߥΣ	N-halogenated amines [5]
C07C 239/06  \	2	2	4H006	C07C 239/06	21	Ρϥ󲽥ܥߥɡΣ	N-halogenated carboxamides [5]
C07C 239/08  \	1	1	4H006	C07C 239/08	175	ҥɥ륢ߥβʪޤϤΥƥ⤷ϥƥΣ	Hydroxylamino compounds or their ethers or esters [5]
C07C 239/10  \	2	2	4H006	C07C 239/10	41	ҥɥ륢ߥδǸҤ˰úǴޤϡϥ󸶻Ҥޤϥ˥ȥ⤷ϥ˥ȥִ줿úǴúǸҤ˷礷ƤΡΣ	having nitrogen atoms of hydroxylamino groups further bound to carbon atoms of unsubstituted hydrocarbon radicals or of hydrocarbon radicals substituted by halogen atoms or by nitro or nitroso groups [5]
C07C 239/12  \	2	2	4H006	C07C 239/12	57	ҥɥ륢ߥδǸҤñλǸҤִ줿úǴúǸҤ˷礷ƤΡΣ	having nitrogen atoms of hydroxylamino groups further bound to carbon atoms of hydrocarbon radicals substituted by singly-bound oxygen atoms [5]
C07C 239/14  \	2	2	4H006	C07C 239/14	104	ҥɥ륢ߥδǸҤŷλǸҤִ줿úǴúǸҤ˷礷ƤΡΣ	having nitrogen atoms of hydroxylamino groups further bound to carbon atoms of hydrocarbon radicals substituted by doubly-bound oxygen atoms [5]
C07C 239/16  \	2	2	4H006	C07C 239/16	28	ҥɥ륢ߥδǸҤ˥˥ȥޤϥ˥ȥΰǤʤǸҤִ줿úǴúǸҤ˷礷ƤΡΣ	having nitrogen atoms of hydroxylamino groups further bound to carbon atoms of hydrocarbon radicals substituted by nitrogen atoms not being part of nitro or nitroso groups [5]
C07C 239/18  \	2	2	4H006	C07C 239/18	47	ҥɥ륢ߥδǸҤ˥ܥִ줿úǴúǸҤ˷礷ƤΡΣ	having nitrogen atoms of hydroxylamino groups further bound to carbon atoms of hydrocarbon radicals substituted by carboxyl groups [5]
C07C 239/20  \	2	2	4H006	C07C 239/20	321	ҥɥ륢ߥδλǸҤƥ벽ƤΡΣ	having oxygen atoms of hydroxylamino groups etherified [5]
C07C 239/22  \	2	2	4H006	C07C 239/22	37	ҥɥ륢ߥδλǸҤƥ벽ƤΡΣ	having oxygen atoms of hydroxylamino groups esterified [5]
C07C 241/00  \	0	0	4H006	C07C 241/00	33	ߤñǷ礷ƤǸҺͭ벽ʪ¤㡥ҥɥ饸󡤥ȥꥢΣ	Preparation of compounds containing chains of nitrogen atoms singly-bound to each other, e.g. hydrazines, triazanes [5]
C07C 241/02  \	1	1	4H006	C07C 241/02	97	ҥɥ饸¤Σ	Preparation of hydrazines [5]
C07C 241/04  \	1	1	4H006	C07C 241/04	87	ҥɥ饸ɤ¤Σ	Preparation of hydrazides [5]
C07C 243/00  \	0	0	4H006	C07C 243/00	5	ߤñǷ礷ƤǸҺͭ벽ʪ㡥ҥɥ饸󡤥ȥꥢΣ	Compounds containing chains of nitrogen atoms singly-bound to each other, e.g. hydrazines, triazanes [5]
C07C 243/02  \	1	1	4H006	C07C 243/02	19	Ρ˥ȥʪΣ	N-nitro compounds [5]
C07C 243/04  \	1	1	4H006	C07C 243/04	9	Ρ˥ȥʪΣ	N-nitroso compounds [5]
C07C 243/06  \	2	2	4H006	C07C 243/06	49	Ρ˥ȥߥΣ	N-nitroso-amines [5]
C07C 243/08  \	2	2	4H006	C07C 243/08	2	Ρ˥ȥܥߥɡΣ	N-nitroso-carboxamides [5]
C07C 243/10  \	1	1	4H006	C07C 243/10	25	ҥɥ饸Σ	Hydrazines [5]
C07C 243/12  \	2	2	4H006	C07C 243/12	15	ҥɥ饸δǸҤļúǸҤ˷礷ƤΡΣ	having nitrogen atoms of hydrazine groups bound to acyclic carbon atoms [5]
C07C 243/14  \	3	3	4H006	C07C 243/14	119	˰úǹʤΡΣ	of a saturated carbon skeleton [5]
C07C 243/16  \	3	3	4H006	C07C 243/16	15	˰úǹʤΡΣ	of an unsaturated carbon skeleton [5]
C07C 243/18  \	4	4	4H006	C07C 243/18	78	ĤͭΡΣ	containing rings [5]
C07C 243/20  \	2	2	4H006	C07C 243/20	21	ҥɥ饸δǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having nitrogen atoms of hydrazine groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 243/22  \	2	2	4H006	C07C 243/22	200	ҥɥ饸δǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having nitrogen atoms of hydrazine groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 243/24  \	1	1	4H006	C07C 243/24	25	ҥɥ饸δǸҤܥǥ벽Ƥҥɥ饸Σ	Hydrazines having nitrogen atoms of hydrazine groups acylated by carboxylic acids [5]
C07C 243/26  \	2	2	4H006	C07C 243/26	31	벽Ƥ륫ܥ𤬿ǸҤޤļúǸҤ˷礷ƤΡΣ	with acylating carboxyl groups bound to hydrogen atoms or to acyclic carbon atoms [5]
C07C 243/28  \	3	3	4H006	C07C 243/28	236	ǸҤޤ˰úǹʤúǸҤ˷礷ƤΡΣ	to hydrogen atoms or to carbon atoms of a saturated carbon skeleton [5]
C07C 243/30  \	3	3	4H006	C07C 243/30	48	˰úǹʤúǸҤ˷礷ƤΡΣ	to carbon atoms of an unsaturated carbon skeleton [5]
C07C 243/32  \	4	4	4H006	C07C 243/32	80	úǹʤĤͭΡΣ	the carbon skeleton containing rings [5]
C07C 243/34  \	3	3	4H006	C07C 243/34	105	ǸҤִ줿úǹʤúǸҤ˷礷ƤΡΣ	to carbon atoms of a carbon skeleton further substituted by nitrogen atoms [5]
C07C 243/36  \	2	2	4H006	C07C 243/36	53	벽Ƥ륫ܥ𤬣˧İʳδĤúǸҤ˷礷ƤΡΣ	with acylating carboxyl groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 243/38  \	2	2	4H006	C07C 243/38	305	벽Ƥ륫ܥ𤬣˧ĤúǸҤ˷礷ƤΡΣ	with acylating carboxyl groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 243/40  \	1	1	4H006	C07C 243/40	54	ҥɥ饸δǸҤ鲽Ƥҥɥ饸Σ	Hydrazines having nitrogen atoms of hydrazine groups being quaternised [5]
C07C 243/42  \	1	1	4H006	C07C 243/42	7	ҥɥ饸δǸҤ˰ۼ︶ҤñǷ礷Ƥҥɥ饸Σ	Hydrazines having nitrogen atoms of hydrazine groups further singly-bound to hetero atoms [5]
C07C 245/00  \	0	0	4H006	C07C 245/00	4	ʤȤ⣱Ĥǡ¿ŷǸҺͭ벽ʪʥʪããˡΣ	Compounds containing chains of at least two nitrogen atoms with at least one nitrogen-to-nitrogen multiple bond (azoxy compound C07C 291/08) [5]
C07C 245/02  \	1	1	4H006	C07C 245/02	18	ʪʤΡΡ𤬰ۤʤäҤ˷礷Ƥ벽ʪ㡥ҥɥɡΣ	Azo compounds, i.e. compounds having the free valencies of &mdash;N=N&mdash; groups attached to different atoms, e.g. diazohydroxides [5]
C07C 245/04  \	2	2	4H006	C07C 245/04	87	ǸҤļúǸҤޤϣ˧İʳδĤúǸҤ˷礷ƤΡΣ	with nitrogen atoms of azo groups bound to acyclic carbon atoms or to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 245/06  \	2	2	4H006	C07C 245/06	70	ǸҤ˧ĤúǸҤ˷礷ƤΡΣ	with nitrogen atoms of azo groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 245/08  \	3	3	4H006	C07C 245/08	407	ΣĤǸҤ˧Ĥ˷礷ƤΡ㡥٥󥼥Σ	with the two nitrogen atoms of azo groups bound to carbon atoms of six-membered aromatic rings, e.g. azobenzene [5]
C07C 245/10  \	3	3	4H006	C07C 245/10	66	ǸҤ̹ķϤΰǤ룶˧ĤúǸҤ˷礷ƤΡΣ	with nitrogen atoms of azo groups bound to carbon atoms of six-membered aromatic rings being part of condensed ring systems [5]
C07C 245/12  \	1	1	4H006	C07C 245/12	25	ʪʤ΢ƱúǸҤ˷礷Ƥ벽ʪΣ	Diazo compounds, i.e. compounds having the free valencies of &lt;N<sub>2</sub> groups attached to the same carbon atom [5]
C07C 245/14  \	2	2	4H006	C07C 245/14	33	úǹʤļúǸҤ˷礹른ĤΡΣ	having diazo groups bound to acyclic carbon atoms of a carbon skeleton [5]
C07C 245/16  \	3	3	4H006	C07C 245/16	12	᥿Σ	Diazomethane [5]
C07C 245/18  \	3	3	4H006	C07C 245/18	32	úǹʤ˥ܥִƤΡΣ	the carbon skeleton being further substituted by carboxyl groups [5]
C07C 245/20  \	1	1	4H006	C07C 245/20	187	˥ಽʪΣ	Diazonium compounds [5]
C07C 245/22  \	1	1	4H006	C07C 245/22	6	İʾǡŷģİʾǸҤʤǺͭΡΣ	containing chains of three or more nitrogen atoms with one or more nitrogen-to-nitrogen double bonds [5]
C07C 245/24  \	2	2	4H006	C07C 245/24	40	ĤǸҤʤǺ㡥ߥΣ	Chains of only three nitrogen atoms, e.g. diazoamines [5]
C07C 247/00  \	0	0	4H006	C07C 247/00	4	ɴͭ벽ʪΣ	Compounds containing azido groups [5]
C07C 247/02  \	1	1	4H006	C07C 247/02	10	úǹʤļúǸҤ˷礹륢ɴĤΡΣ	with azido groups bound to acyclic carbon atoms of a carbon skeleton [5]
C07C 247/04  \	2	2	4H006	C07C 247/04	92	˰¤ΤΡΣ	being saturated [5]
C07C 247/06  \	3	3	4H006	C07C 247/06	7	ĤͭΡΣ	and containing rings [5]
C07C 247/08  \	2	2	4H006	C07C 247/08	19	˰¤ΤΡΣ	being unsaturated [5]
C07C 247/10  \	3	3	4H006	C07C 247/10	49	ĤͭΡΣ	and containing rings [5]
C07C 247/12  \	2	2	4H006	C07C 247/12	92	˥ܥִƤΡΣ	being further substituted by carboxyl groups [5]
C07C 247/14  \	1	1	4H006	C07C 247/14	71	ɴ𤬣˧İʳδĤúǸҤ˷礷ƤΡΣ	with azido groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 247/16  \	1	1	4H006	C07C 247/16	73	ɴúǹʤΣ˧ĤúǸҤ˷礷ƤΡΣ	with azido groups bound to carbon atoms of six-membered aromatic rings of a carbon skeleton [5]
C07C 247/18  \	2	2	4H006	C07C 247/18	55	˥ܥִƤΡΣ	being further substituted by carboxyl groups [5]
C07C 247/20  \	1	1	4H006	C07C 247/20	7	ɴ𤬥ܥǥ벽ƤΡΣ	with azido groups acylated by carboxylic acids [5]
C07C 247/22  \	2	2	4H006	C07C 247/22	15	벽Ƥ륫ܥ𤬿ǸҡļúǸҤޤϣ˧İʳδĤúǸҤ˷礷ƤΡΣ	with the acylating carboxyl groups bound to hydrogen atoms, to acyclic carbon atoms or to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 247/24  \	2	2	4H006	C07C 247/24	15	ʤȤ⣱ĤΥ벽Ƥ륫ܥ𤬣˧ĤúǸҤ˷礷ƤΡΣ	with at least one of the acylating carboxyl groups bound to a carbon atom of a six-membered aromatic ring [5]
C07C 249/00  \	0	0	4H006	C07C 249/00	10	úǹʤŷǷ礷ƤǸҤͭ벽ʪ¤ʥʪ¤ããˡΣ	Preparation of compounds containing nitrogen atoms doubly-bound to a carbon skeleton (of diazo compounds C07C 245/12) [5]
C07C 249/02  \	1	1	4H006	C07C 249/02	351	ߥδͭ벽ʪΡΣ	of compounds containing imino groups [5]
C07C 249/04  \	1	1	4H006	C07C 249/04	152	ΡΣ	of oximes [5]
C07C 249/06  \	2	2	4H006	C07C 249/06	42	úǤޤִúǤΥ˥ȥˤΡΣ	by nitrosation of hydrocarbons or substituted hydrocarbons [5]
C07C 249/08  \	2	2	4H006	C07C 249/08	142	ҥɥ륢ߥȥܥ˥벽ʪȤȿˤΡΣ	by reaction of hydroxylamines with carbonyl compounds [5]
C07C 249/10  \	2	2	4H006	C07C 249/10	6	˥ȥʪޤϤαΤΡΣ	from nitro compounds or salts thereof [5]
C07C 249/12  \	2	2	4H006	C07C 249/12	129	ߥδηͿʤȿˤΡΣ	by reactions not involving the formation of oxyimino groups [5]
C07C 249/14  \	2	2	4H006	C07C 249/14	49	ʬΥ경źúޤλѡΣ	Separation; Purification; Stabilisation; Use of additives [5]
C07C 249/16  \	1	1	4H006	C07C 249/16	106	ҥɥ饾ΡΣ	of hydrazones [5]
C07C 251/00  \	0	0	4H006	C07C 251/00	2	úǹʤŷǷ礷ƤǸҤͭ벽ʪʥʪããˡΣ	Compounds containing nitrogen atoms doubly- bound to a carbon skeleton (diazo compounds C07C 245/12) [5]
C07C 251/02  \	1	1	4H006	C07C 251/02	84	ߥδͭΡΣ	containing imino groups [5]
C07C 251/04  \	2	2	4H006	C07C 251/04	61	ߥδúǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	having carbon atoms of imino groups bound to hydrogen atoms or to acyclic carbon atoms [5]
C07C 251/06  \	3	3	4H006	C07C 251/06	21	˰úǹʤúǸҤ˷礷ƤΡΣ	to carbon atoms of a saturated carbon skeleton [5]
C07C 251/08  \	4	4	4H006	C07C 251/08	224	úǹʤļΤΡΣ	being acyclic [5]
C07C 251/10  \	3	3	4H006	C07C 251/10	11	˰úǹʤúǸҤ˷礷ƤΡΣ	to carbon atoms of an unsaturated carbon skeleton [5]
C07C 251/12  \	4	4	4H006	C07C 251/12	73	úǹʤļΤΡΣ	being acyclic [5]
C07C 251/14  \	4	4	4H006	C07C 251/14	11	úǹʤ˧İʳδĤͭΡΣ	containing rings other than six-membered aromatic rings [5]
C07C 251/16  \	4	4	4H006	C07C 251/16	123	úǹʤ˧ĤͭΡΣ	containing six-membered aromatic rings [5]
C07C 251/18  \	2	2	4H006	C07C 251/18	75	ߥδúǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having carbon atoms of imino groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 251/20  \	2	2	4H006	C07C 251/20	152	ߥδúǸҤ˧İʳδĤΰǤΡΣ	having carbon atoms of imino groups being part of rings other than six-membered aromatic rings [5]
C07C 251/22  \	3	3	4H006	C07C 251/22	70	Υ󥤥ߥΣ	Quinone imines [5]
C07C 251/24  \	2	2	4H006	C07C 251/24	961	ߥδúǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having carbon atoms of imino groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 251/26  \	2	2	4H006	C07C 251/26	6	ߥδǸҤ˥ϥ󸶻Ҥ˷礷ƤΡΣ	having nitrogen atoms of imino groups further bound to halogen atoms [5]
C07C 251/28  \	2	2	4H006	C07C 251/28	15	ߥδǸҤ벽ƤΡΣ	having nitrogen atoms of imino groups acylated [5]
C07C 251/30  \	2	2	4H006	C07C 251/30	95	ߥδǸҤ鲽ƤΡΣ	having nitrogen atoms of imino groups quaternised [5]
C07C 251/32  \	1	1	4H006	C07C 251/32	143	Σ	Oximes [5]
C07C 251/34  \	2	2	4H006	C07C 251/34	144	ߥδλǸҤǸҤޤִúǴúǸҤ˷礷ƤΡΣ	with oxygen atoms of oxyimino groups bound to hydrogen atoms or to carbon atoms of unsubstituted hydrocarbon radicals [5]
C07C 251/36  \	3	3	4H006	C07C 251/36	47	ߥδúǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	with the carbon atoms of the oxyimino groups bound to hydrogen atoms or to acyclic carbon atoms [5]
C07C 251/38  \	4	4	4H006	C07C 251/38	174	˰úǹʤúǸҤ˷礷ƤΡΣ	to carbon atoms of a saturated carbon skeleton [5]
C07C 251/40  \	4	4	4H006	C07C 251/40	162	˰úǹʤúǸҤ˷礷ƤΡΣ	to carbon atoms of an unsaturated carbon skeleton [5]
C07C 251/42  \	3	3	4H006	C07C 251/42	88	ʤȤ⣱ĤΥߥδúǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	with the carbon atom of at least one of the oxyimino groups bound to a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 251/44  \	3	3	4H006	C07C 251/44	675	ʤȤ⣱ĤΥߥδúǸҤ˧İʳδĤΰǤΡΣ	with the carbon atom of at least one of the oxyimino groups being part of a ring other than a six-membered aromatic ring [5]
C07C 251/46  \	4	4	4H006	C07C 251/46	109	Υ󥪥Σ	Quinone oximes [5]
C07C 251/48  \	3	3	4H006	C07C 251/48	481	ʤȤ⣱ĤΥߥδúǸҤ˧ĤúǸҤ˷礷ƤΡΣ	with the carbon atom of at least one of the oxyimino groups bound to a carbon atom of a six-membered aromatic ring [5]
C07C 251/50  \	2	2	4H006	C07C 251/50	86	ߥδλǸҤִúǴúǸҤ˷礷ƤΡΣ	having oxygen atoms of oxyimino groups bound to carbon atoms of substituted hydrocarbon radicals [5]
C07C 251/52  \	3	3	4H006	C07C 251/52	127	úǴ𤬥ϥ󸶻Ҥޤϥ˥ȥ⤷ϥ˥ȥִƤΡΣ	of hydrocarbon radicals substituted by halogen atoms or by nitro or nitroso groups [5]
C07C 251/54  \	3	3	4H006	C07C 251/54	143	úǴñλǸҤִƤΡΣ	of hydrocarbon radicals substituted by singly-bound oxygen atoms [5]
C07C 251/56  \	3	3	4H006	C07C 251/56	26	úǴŷλǸҤִƤΡΣ	of hydrocarbon radicals substituted by doubly-bound oxygen atoms [5]
C07C 251/58  \	3	3	4H006	C07C 251/58	90	úǴ𤬥˥ȥޤϥ˥ȥΰǤʤǸҤִƤΡΣ	of hydrocarbon radicals substituted by nitrogen atoms not being part of nitro or nitroso groups [5]
C07C 251/60  \	3	3	4H006	C07C 251/60	151	úǴ𤬥ܥִƤΡΣ	of hydrocarbon radicals substituted by carboxyl groups [5]
C07C 251/62  \	2	2	4H006	C07C 251/62	43	ߥδλǸҤƥ벽ƤΡΣ	having oxygen atoms of oxyimino groups esterified [5]
C07C 251/64  \	3	3	4H006	C07C 251/64	25	ܥˤΡΣ	by carboxylic acids [5]
C07C 251/66  \	4	4	4H006	C07C 251/66	141	ƥ벽줿ܥ𤬿ǸҤޤϡļúǸҤ⤷ϣ˧İʳδĤúǸҤ˷礷ƤΡΣ	with the esterifying carboxyl groups bound to hydrogen atoms, to acyclic carbon atoms or to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 251/68  \	4	4	4H006	C07C 251/68	40	ʤȤ⣱ĤΥƥ벽줿ܥ𤬣˧ĤúǸҤ˷礷ƤΡΣ	with at least one of the esterifying carboxyl groups bound to a carbon atom of a six-membered aromatic ring [5]
C07C 251/70  \	2	2	4H006	C07C 251/70	41	ζ°ΡΣ	Metal complexes of oximes [5]
C07C 251/72  \	1	1	4H006	C07C 251/72	11	ҥɥ饾Σ	Hydrazones [5]
C07C 251/74  \	2	2	4H006	C07C 251/74	20	ҥɥ饾ŷúǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	having doubly-bound carbon atoms of hydrazone groups bound to hydrogen atoms or to acyclic carbon atoms [5]
C07C 251/76  \	3	3	4H006	C07C 251/76	170	˰úǹʤúǸҤ˷礷ƤΡΣ	to carbon atoms of a saturated carbon skeleton [5]
C07C 251/78  \	3	3	4H006	C07C 251/78	37	˰úǹʤúǸҤ˷礷ƤΡΣ	to carbon atoms of an unsaturated carbon skeleton [5]
C07C 251/80  \	4	4	4H006	C07C 251/80	57	úǹʤĤͭΡΣ	the carbon skeleton containing rings [5]
C07C 251/82  \	2	2	4H006	C07C 251/82	24	ҥɥ饾ŷúǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having doubly-bound carbon atoms of hydrazone groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 251/84  \	2	2	4H006	C07C 251/84	68	ҥɥ饾ŷúǸҤ˧İʳδĤΰǤΡΣ	having doubly-bound carbon atoms of hydrazone groups being part of rings other than six-membered aromatic rings [5]
C07C 251/86  \	2	2	4H006	C07C 251/86	353	ҥɥ饾ŷúǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having doubly-bound carbon atoms of hydrazone groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 251/88  \	2	2	4H006	C07C 251/88	214	¾ǸҤúǸҤŷǷ礷ƤΡ㡥Σ	having also the other nitrogen atom doubly-bound to a carbon atom, e.g. azines [5]
C07C 253/00  \	0	0	4H006	C07C 253/00	261	ܥ˥ȥ¤ʥޤϤβʪããˡΣ	Preparation of carboxylic acid nitriles (of cyanogen or compounds thereof C01C 3/00) [5]
C07C 253/02  \	1	1	4H006	C07C 253/02	12	ǻʪͭʪȤȿˤΡΣ	by reaction of nitrogen oxide with organic compounds [5]
C07C 253/04  \	1	1	4H006	C07C 253/04	14	ϥ󲽥㡥ããΡͭʪȤȿˤΡΣ	by reaction of cyanogen halides, e.g. ClCN, with organic compounds [5]
C07C 253/06  \	1	1	4H006	C07C 253/06	15	Ρۥߥ벽ߥβʪΤΡΣ	from N-formylated amino compounds [5]
C07C 253/08  \	1	1	4H006	C07C 253/08	62	󲽿ǤޤϤα˰²ʪؤղäˤΡΣ	by addition of hydrogen cyanide or salts thereof to unsaturated compounds [5]
C07C 253/10  \	2	2	4H006	C07C 253/10	154	úǡúŷͭ벽ʪؤղáΣ	to compounds containing carbon-to-carbon double bonds [5]
C07C 253/12  \	2	2	4H006	C07C 253/12	1	úǡúǻŷͭ벽ʪؤղáΣ	to compounds containing carbon-to-carbon triple bonds [5]
C07C 253/14  \	1	1	4H006	C07C 253/14	169	ϥ󸶻ҤΥδˤִȼʪȥϥͭʪȤȿˤΡΣ	by reaction of cyanides with halogen-containing compounds with replacement of halogen atoms by cyano groups [5]
C07C 253/16  \	1	1	4H006	C07C 253/16	51	ʪȡ饯ȥޤϿޤϥƥ벽⤷ϥƥ벽줿ͭ벽ʪȤȿˤΡΣ	by reaction of cyanides with lactones or compounds containing hydroxy groups or etherified or esterified hydroxy groups [5]
C07C 253/18  \	1	1	4H006	C07C 253/18	14	˥ޤϥߥȡ˧İʳúǡú¿ŷͭ벽ʪȤȿˤΡΣ	by reaction of ammonia or amines with compounds containing carbon-to-carbon multiple bonds other than in six-membered aromatic rings [5]
C07C 253/20  \	1	1	4H006	C07C 253/20	95	ܥߥɤæˤΡΣ	by dehydratation of carboxylic acid amides [5]
C07C 253/22  \	1	1	4H006	C07C 253/22	67	ܥΥδˤִȼ˥ȥܥȿˤΡΣ	by reaction of ammonia with carboxylic acids with replacement of carboxyl groups by cyano groups [5]
C07C 253/24  \	1	1	4H006	C07C 253/24	430	úǤΡޤִ줿úǤΥ⥭ǡˤΡΣ	by ammoxidation of hydrocarbons or substituted hydrocarbons [5]
C07C 253/26  \	2	2	4H006	C07C 253/26	341	úǡú¿ŷͭΡ㡥˰¥ǥҥɡΣ	containing carbon-to-carbon multiple bonds, e.g. unsaturated aldehydes [5]
C07C 253/28  \	2	2	4H006	C07C 253/28	72	˧ĤͭΡ㡥Σ	containing six-membered aromatic rings, e.g. styrene [5]
C07C 253/30  \	1	1	4H006	C07C 253/30	1869	δηδͿʤȿˤΡΣ	by reactions not involving the formation of cyano groups [5]
C07C 253/32  \	1	1	4H006	C07C 253/32	96	ʬΥ경źúޤλѡΣ	Separation; Purification; Stabilisation; Use of additives [5]
C07C 253/34  \	2	2	4H006	C07C 253/34	409	ʬΥΣ	Separation; Purification [5]
C07C 255/00  \	0	0	4H006	C07C 255/00	3	ܥ˥ȥʥޤϤβʪããˡΣ	Carboxylic acid nitriles (cyanogen or compounds thereof C01C 3/00) [5]
C07C 255/01  \	1	1	4H006	C07C 255/01	14	ļúǸҤ˷礷Ƥ륷δĤΡΣ	having cyano groups bound to acyclic carbon atoms [5]
C07C 255/02  \	2	2	4H006	C07C 255/02	45	ļ˰úǹʤΡΣ	of an acyclic and saturated carbon skeleton [5]
C07C 255/03  \	3	3	4H006	C07C 255/03	361	Υ˥ȥΣ	Mononitriles [5]
C07C 255/04  \	3	3	4H006	C07C 255/04	494	úǹʤ˷礷Ƥ룲ĤΥδͭΡΣ	containing two cyano groups bound to the carbon skeleton [5]
C07C 255/05  \	3	3	4H006	C07C 255/05	29	úǹʤ˷礷Ƥ뾯ʤȤ⣳ĤΥδͭΡΣ	containing at least three cyano groups bound to the carbon skeleton [5]
C07C 255/06  \	2	2	4H006	C07C 255/06	77	ļ˰¤úǹʤΡΣ	of an acyclic and unsaturated carbon skeleton [5]
C07C 255/07  \	3	3	4H006	C07C 255/07	312	Υ˥ȥΣ	Mononitriles [5]
C07C 255/08  \	4	4	4H006	C07C 255/08	1684	˥ȥ롨᥿˥ȥΣ	Acrylonitrile; Methacrylonitrile [5]
C07C 255/09  \	3	3	4H006	C07C 255/09	217	úǹʤ˷礷Ƥ뾯ʤȤ⣲ĤΥδͭΡΣ	containing at least two cyano groups bound to the carbon skeleton [5]
C07C 255/10  \	2	2	4H006	C07C 255/10	173	δȡƱļúǹʤ˷礷Ƥϥ󸶻Ҥޤϥ˥ȥ⤷ϥ˥ȥȤͭΡΣ	containing cyano groups and halogen atoms, or nitro or nitroso groups, bound to the same acyclic carbon skeleton [5]
C07C 255/11  \	2	2	4H006	C07C 255/11	25	δȡƱ˰ļúǹʤ˷礷ƤñλǸҤȤͭΡΣ	containing cyano groups and singly-bound oxygen atoms bound to the same saturated acyclic carbon skeleton [5]
C07C 255/12  \	3	3	4H006	C07C 255/12	146	δȡúǹʤ˷礷ƤȤͭΡΣ	containing cyano groups and hydroxy groups bound to the carbon skeleton [5]
C07C 255/13  \	3	3	4H006	C07C 255/13	338	δȡúǹʤ˷礷Ƥ륨ƥ벽줿ȤͭΡΣ	containing cyano groups and etherified hydroxy groups bound to the carbon skeleton [5]
C07C 255/14  \	3	3	4H006	C07C 255/14	119	δȡúǹʤ˷礷Ƥ륨ƥ벽줿ȤͭΡΣ	containing cyano groups and esterified hydroxy groups bound to the carbon skeleton [5]
C07C 255/15  \	2	2	4H006	C07C 255/15	160	δȡƱ˰ļúǹʤ˷礷ƤñλǸҤȤͭΡΣ	containing cyano groups and singly-bound oxygen atoms bound to the same unsaturated acyclic carbon skeleton [5]
C07C 255/16  \	2	2	4H006	C07C 255/16	231	δȡļúǹʤƱúǸҤ˷礷ƤñλǸҤȤͭΡΣ	containing cyano groups and singly-bound oxygen atoms bound to the same carbon atom of an acyclic carbon skeleton [5]
C07C 255/17  \	2	2	4H006	C07C 255/17	238	δȡƱļúǹʤ˷礷ƤŷλǸҤȤͭΡΣ	containing cyano groups and doubly-bound oxygen atoms bound to the same acyclic carbon skeleton [5]
C07C 255/18  \	2	2	4H006	C07C 255/18	28	ܥúǸҤ˷礷Ƥ륷δͭΡΣ	containing cyano groups bound to carbon atoms of carboxyl groups [5]
C07C 255/19  \	2	2	4H006	C07C 255/19	362	δȡƱ˰ļúǹʤ˷礷Ƥ롤δʳΥܥȤͭΡΣ	containing cyano groups and carboxyl groups, other than cyano groups, bound to the same saturated acyclic carbon skeleton [5]
C07C 255/20  \	3	3	4H006	C07C 255/20	76	úǹʤñλǸҤִƤΡΣ	the carbon skeleton being further substituted by singly-bound oxygen atoms [5]
C07C 255/21  \	3	3	4H006	C07C 255/21	28	úǹʤŷλǸҤִƤΡΣ	the carbon skeleton being further substituted by doubly-bound oxygen atoms [5]
C07C 255/22  \	3	3	4H006	C07C 255/22	42	δȡúǹʤ˷礷Ƥ뾯ʤȤ⣲ĤΥܥȤͭΡΣ	containing cyano groups and at least two carboxyl groups bound to the carbon skeleton [5]
C07C 255/23  \	2	2	4H006	C07C 255/23	314	δȡƱ˰ļúǹʤ˷礷Ƥ롤δʳΥܥȤͭΡΣ	containing cyano groups and carboxyl groups, other than cyano groups, bound to the same unsaturated acyclic carbon skeleton [5]
C07C 255/24  \	2	2	4H006	C07C 255/24	528	δȡƱ˰ļúǹʤ˷礷Ƥꤵ¾ΰۼ︶Ҥ˷礷ƤʤñǸҤȤͭΡΣ	containing cyano groups and singly-bound nitrogen atoms, not being further bound to other hetero atoms, bound to the same saturated acyclic carbon skeleton [5]
C07C 255/25  \	3	3	4H006	C07C 255/25	59	ߥΥȥ˥ȥΣ	Aminoacetonitriles [5]
C07C 255/26  \	3	3	4H006	C07C 255/26	47	úǹʤ˷礷Ƥ륷δ𡤥ߥδ𤪤ñλǸҤͭΡΣ	containing cyano groups, amino groups and singly-bound oxygen atoms bound to the carbon skeleton [5]
C07C 255/27  \	3	3	4H006	C07C 255/27	93	úǹʤ˷礷Ƥ륷δ𡤥ߥδ𤪤ŷλǸҤͭΡΣ	containing cyano groups, amino groups and doubly-bound oxygen atoms bound to the carbon skeleton [5]
C07C 255/28  \	3	3	4H006	C07C 255/28	40	úǹʤ˷礷Ƥ륷δ𡤥ߥδ𤪤ӥδʳΥܥͭΡΣ	containing cyano groups, amino groups and carboxyl groups, other than cyano groups, bound to the carbon skeleton [5]
C07C 255/29  \	3	3	4H006	C07C 255/29	282	δȡúǹʤ˷礷Ƥ륢벽줿ߥδȤͭΡΣ	containing cyano groups and acylated amino groups bound to the carbon skeleton [5]
C07C 255/30  \	2	2	4H006	C07C 255/30	276	δȡƱ˰ļúǹʤ˷礷Ƥꡤ˰ۼ︶Ҥ˷礷ƤʤñǸҤȤͭΡΣ	containing cyano groups and singly-bound nitrogen atoms, not being further bound to other hetero atoms, bound to the same unsaturated acyclic carbon skeleton [5]
C07C 255/31  \	2	2	4H006	C07C 255/31	610	δ𤬡˧İʳδĤͭúǹʤļúǸҤ˷礷ƤΡΣ	having cyano groups bound to acyclic carbon atoms of a carbon skeleton containing rings other than six-membered aromatic rings [5]
C07C 255/32  \	2	2	4H006	C07C 255/32	70	δ𤬡ʤȤ⣱ĤΣ˧ĤͭúǹʤļúǸҤ˷礷ƤΡΣ	having cyano groups bound to acyclic carbon atoms of a carbon skeleton containing at least one six-membered aromatic ring [5]
C07C 255/33  \	3	3	4H006	C07C 255/33	229	δ𤬡˧Ĥޤϣ˧Ĥ̹ͭķϤ˰úǺǷ礷ƤΡΣ	with cyano groups linked to the six-membered aromatic ring, or to the condensed ring system containing that ring, by saturated carbon chains [5]
C07C 255/34  \	3	3	4H006	C07C 255/34	300	δ𤬡˧Ĥޤϣ˧Ĥ̹ͭķϤˡ˰úǺǷ礷ƤΡΣ	with cyano groups linked to the six-membered aromatic ring, or to the condensed ring system containing that ring, by unsaturated carbon chains [5]
C07C 255/35  \	3	3	4H006	C07C 255/35	188	úǹʤ˥ϥ󸶻Ҥޤϥ˥ȥ⤷ϥ˥ȥִƤΡΣ	the carbon skeleton being further substituted by halogen atoms, or by nitro or nitroso groups [5]
C07C 255/36  \	3	3	4H006	C07C 255/36	184	úǹʤ˿ִƤΡΣ	the carbon skeleton being further substituted by hydroxy groups [5]
C07C 255/37  \	3	3	4H006	C07C 255/37	417	úǹʤ˥ƥ벽줿ִƤΡΣ	the carbon skeleton being further substituted by etherified hydroxy groups [5]
C07C 255/38  \	3	3	4H006	C07C 255/38	298	úǹʤ˥ƥ벽줿ִƤΡΣ	the carbon skeleton being further substituted by esterified hydroxy groups [5]
C07C 255/39  \	4	4	4H006	C07C 255/39	239	륷ץѥ󥫥ܥͶƳΡ㡥ƻǥƥ벽ƤͭΡΣ	with hydroxy groups esterified by derivatives of 2,2-dimethylcyclopropane carboxylic acids, e.g. chrysanthemumic acids [5]
C07C 255/40  \	3	3	4H006	C07C 255/40	248	úǹʤŷλǸҤִƤΡΣ	the carbon skeleton being further substituted by doubly-bound oxygen atoms [5]
C07C 255/41  \	3	3	4H006	C07C 255/41	367	úǹʤ˥δʳΥܥִƤΡΣ	the carbon skeleton being further substituted by carboxyl groups, other than cyano groups [5]
C07C 255/42  \	3	3	4H006	C07C 255/42	315	úǹʤñǸҤִƤꡤ¾ΰۼ︶Ҥ˷礷ƤʤΡΣ	the carbon skeleton being further substituted by singly-bound nitrogen atoms, not being further bound to other hetero atoms [5]
C07C 255/43  \	4	4	4H006	C07C 255/43	146	úǹʤñλǸҤִƤΡΣ	the carbon skeleton being further substituted by singly-bound oxygen atoms [5]
C07C 255/44  \	4	4	4H006	C07C 255/44	102	ʤȤ⣱ĤñǸҤ벽ƤΡΣ	at least one of the singly-bound nitrogen atoms being acylated [5]
C07C 255/45  \	1	1	4H006	C07C 255/45	56	δ𤬡˧İʳδĤúǸҤ˷礷ƤΡΣ	having cyano groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 255/46  \	2	2	4H006	C07C 255/46	700	̹ĤúǸҤ˷礷ƤΡΣ	to carbon atoms of non-condensed rings [5]
C07C 255/47  \	2	2	4H006	C07C 255/47	322	̹ķϤΰǤĤúǸҤ˷礷ƤΡΣ	to carbon atoms of rings being part of condensed ring systems [5]
C07C 255/48  \	2	2	4H006	C07C 255/48	59	륷ץѥĤúǸҤ˷礷ƤΡ㡥ƻΥ˥ȥΣ	to carbon atoms of 2,2-dimethylcyclopropane rings, e.g. nitrile of chrysanthemumic acids [5]
C07C 255/49  \	1	1	4H006	C07C 255/49	90	δ𤬡úǹʤΣ˧ĤúǸҤ˷礷ƤΡΣ	having cyano groups bound to carbon atoms of six-membered aromatic rings of a carbon skeleton [5]
C07C 255/50  \	2	2	4H006	C07C 255/50	1140	̹磶˧ĤúǸҤ˷礷ƤΡΣ	to carbon atoms of non-condensed six-membered aromatic rings [5]
C07C 255/51  \	3	3	4H006	C07C 255/51	351	úǹʤ˷礷Ƥ뾯ʤȤ⣲ĤΥδͭΡΣ	containing at least two cyano groups bound to the carbon skeleton [5]
C07C 255/52  \	2	2	4H006	C07C 255/52	195	̹ķϤΰǤ룶˧ĤúǸҤ˷礷ƤΡΣ	to carbon atoms of six-membered aromatic rings being part of condensed ring systems [5]
C07C 255/53  \	2	2	4H006	C07C 255/53	273	δȡúǹʤ˷礷ƤȤͭΡΣ	containing cyano groups and hydroxy groups bound to the carbon skeleton [5]
C07C 255/54  \	2	2	4H006	C07C 255/54	1353	δȡúǹʤ˷礷Ƥ륨ƥ벽줿ȤͭΡΣ	containing cyano groups and etherified hydroxy groups bound to the carbon skeleton [5]
C07C 255/55  \	2	2	4H006	C07C 255/55	564	δȡúǹʤ˷礷Ƥ륨ƥ벽줿ȤͭΡΣ	containing cyano groups and esterified hydroxy groups bound to the carbon skeleton [5]
C07C 255/56  \	2	2	4H006	C07C 255/56	325	δȡúǹʤ˷礷ƤŷλǸҤȤͭΡΣ	containing cyano groups and doubly-bound oxygen atoms bound to the carbon skeleton [5]
C07C 255/57  \	2	2	4H006	C07C 255/57	732	δȡúǹʤ˷礷Ƥ륷δʳΥܥȤͭΡΣ	containing cyano groups and carboxyl groups, other than cyano groups, bound to the carbon skeleton [5]
C07C 255/58  \	2	2	4H006	C07C 255/58	719	δȡúǹʤ˷礷Ƥ¾ΰۼ︶Ҥ˷礷ƤʤñǸҤȤͭΡΣ	containing cyano groups and singly-bound nitrogen atoms, not being further bound to other hetero atoms, bound to the carbon skeleton [5]
C07C 255/59  \	3	3	4H006	C07C 255/59	217	úǹʤñλǸҤִ줿ΡΣ	the carbon skeleton being further substituted by singly-bound oxygen atoms [5]
C07C 255/60  \	3	3	4H006	C07C 255/60	403	ʤȤ⣱ĤñǸҤ벽ƤΡΣ	at least one of the singly-bound nitrogen atoms being acylated [5]
C07C 255/61  \	1	1	4H006	C07C 255/61	176	δȡƱúǹʤ˷礷Ƥ륤ߥδΰǤǸҤȤͭΡΣ	containing cyano groups and nitrogen atoms being part of imino groups bound to the same carbon skeleton [5]
C07C 255/62  \	1	1	4H006	C07C 255/62	87	δȡƱúǹʤ˷礷Ƥ륪ߥδΰǤǸҤͭ򤹤ΡΣ	containing cyano groups and oxygen atoms being part of oxyimino groups bound to the same carbon skeleton [5]
C07C 255/63  \	1	1	4H006	C07C 255/63	19	δȡƱúǹʤ˷礷Ƥ롤˥ȥ⤷ϥ˥ȥλǸҰʳΰۼ︶Ҥˤ˷礹ǸҤͭΡΣ	containing cyano groups and nitrogen atoms further bound to other hetero atoms, other than oxygen atoms of nitro or nitroso groups, bound to the same carbon skeleton [5]
C07C 255/64  \	2	2	4H006	C07C 255/64	56	ǸҤ˻ǸҤ˷礷ƤΡΣ	with the nitrogen atoms further bound to oxygen atoms [5]
C07C 255/65  \	2	2	4H006	C07C 255/65	133	ǸҤǸҤ˷礷ƤΡΣ	with the nitrogen atoms further bound to nitrogen atoms [5]
C07C 255/66  \	3	3	4H006	C07C 255/66	120	δȡƱúǹʤ˷礷Ƥҥɥ饸δޤϥҥɥ饾δΰǤǸҤȤĤΡΣ	having cyano groups and nitrogen atoms being part of hydrazine or hydrazone groups bound to the same carbon skeleton [5]
C07C 255/67  \	3	3	4H006	C07C 255/67	11	δƱúǹʤ˷礷Ƥ륢ɴĤΡΣ	having cyano groups and azido groups bound to the same carbon skeleton [5]
C07C 257/00  \	0	0	4H006	C07C 257/00	10	ܥŷǷ礷ƤǸҤŷǷ礷ƤǸҤ֤ƤơĤǸҤϤʾǸҤȷ礷Ƥʤܥͭ벽ʪ㡥ߥΡƥ롤ߥΣ	Compounds containing carboxyl groups, the doubly-bound oxygen atom of a carboxyl group being replaced by a doubly-bound nitrogen atom, this nitrogen atom not being further bound to an oxygen atom, e.g. imino-ethers, amidines [5]
C07C 257/02  \	1	1	4H006	C07C 257/02	41	ܥΰλǸҤϥ󸶻Ҥ֤ƤΡ㡥ߥΡϥ饤ɡΣ	with replacement of the other oxygen atom of the carboxyl group by halogen atoms, e.g. imino-halides [5]
C07C 257/04  \	1	1	4H006	C07C 257/04	62	ܥΰλǸҤ֤ƤʤΡ㡥ߥΡƥΣ	without replacement of the other oxygen atom of the carboxyl group, e.g. imino-ethers [5]
C07C 257/06  \	2	2	4H006	C07C 257/06	69	ߥΡܥúǸҤǸҡļúǸҤޤϣ˧İʳδĤúǸҤ˷礷ƤΡΣ	having carbon atoms of imino-carboxyl groups bound to hydrogen atoms, to acyclic carbon atoms, or to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 257/08  \	2	2	4H006	C07C 257/08	25	ߥΡܥúǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having carbon atoms of imino-carboxyl groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 257/10  \	1	1	4H006	C07C 257/10	52	ܥ¾λǸҤǸҤ֤ƤΡ㡥ߥΣ	with replacement of the other oxygen atom of the carboxyl group by nitrogen atoms, e.g. amidines [5]
C07C 257/12  \	2	2	4H006	C07C 257/12	149	ߥδúǸҤǸҤ˷礷ƤΡΣ	having carbon atoms of amidino groups bound to hydrogen atoms [5]
C07C 257/14  \	2	2	4H006	C07C 257/14	282	ߥδúǸҤļúǸҤ˷礷ƤΡΣ	having carbon atoms of amidino groups bound to acyclic carbon atoms [5]
C07C 257/16  \	2	2	4H006	C07C 257/16	29	ߥδúǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having carbon atoms of amidino groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 257/18  \	2	2	4H006	C07C 257/18	286	ߥδúǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having carbon atoms of amidino groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 257/20  \	2	2	4H006	C07C 257/20	33	ߥδǸҤ벽ƤΡΣ	having nitrogen atoms of amidino groups acylated [5]
C07C 257/22  \	2	2	4H006	C07C 257/22	52	ߥδǸҤǸҤ˷礷ƤΡ㡥ҥɥ饸Σ	having nitrogen atoms of amidino groups further bound to nitrogen atoms, e.g. hydrazidines [5]
C07C 259/00  \	0	0	4H006	C07C 259/00	6	ܥλǸҤ˥ȥޤϥ˥ȥΰǤϤʤǸҤ֤졤ǸҤ˻ǸҤ˷礷Ƥ륫ܥͭ벽ʪΣ	Compounds containing carboxyl groups, an oxygen atom of a carboxyl group being replaced by a nitrogen atom, this nitrogen atom being further bound to an oxygen atom and not being part of nitro or nitroso groups [5]
C07C 259/02  \	1	1	4H006	C07C 259/02	25	ܥ¾λǸҤϥ󸶻Ҥ֤ƤΡΣ	with replacement of the other oxygen atom of the carboxyl group by halogen atoms [5]
C07C 259/04  \	1	1	4H006	C07C 259/04	26	ܥ¾λǸҤ֤ƤʤΡ㡥ҥɥΣ	without replacement of the other oxygen atom of the carboxyl group, e.g. hydroxamic acids [5]
C07C 259/06  \	2	2	4H006	C07C 259/06	688	ҥɥúǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	having carbon atoms of hydroxamic groups bound to hydrogen atoms or to acyclic carbon atoms [5]
C07C 259/08  \	2	2	4H006	C07C 259/08	69	ҥɥúǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having carbon atoms of hydroxamic groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 259/10  \	2	2	4H006	C07C 259/10	246	ҥɥúǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having carbon atoms of hydroxamic groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 259/12  \	1	1	4H006	C07C 259/12	2	ܥ¾λǸҤǸҤ֤ƤΡ㡥ΡҥɥߥΣ	with replacement of the other oxygen atom of the carboxyl group by nitrogen atoms, e.g. N-hydroxyamidines [5]
C07C 259/14  \	2	2	4H006	C07C 259/14	59	ҥɥߥúǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	having carbon atoms of hydroxyamidine groups bound to hydrogen atoms or to acyclic carbon atoms [5]
C07C 259/16  \	2	2	4H006	C07C 259/16	6	ҥɥߥúǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having carbon atoms of hydroxyamidine groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 259/18  \	2	2	4H006	C07C 259/18	62	ҥɥߥúǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having carbon atoms of hydroxyamidine groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 259/20  \	2	2	4H006	C07C 259/20	4	ҥɥߥξʤȤ⣱ĤǸҤ¾ǸҤ˷礷ƤΡΣ	with at least one nitrogen atom of hydroxyamidine groups bound to another nitrogen atom [5]
C07C 261/00  \	0	0	4H006	C07C 261/00	11	ͶƳΡΣ	Derivatives of cyanic acid [5]
C07C 261/02  \	1	1	4H006	C07C 261/02	163	ʡȡΣ	Cyanates [5]
C07C 261/04  \	1	1	4H006	C07C 261/04	200	ʥߥɡִʥߥɣããˡΣ	Cyanamides (unsubstituted cyanamide C01C 3/16) [5]
C07C 263/00  \	0	0	4H006	C07C 263/00	36	ͶƳΤ¤Σ	Preparation of derivatives of isocyanic acid [5]
C07C 263/02  \	1	1	4H006	C07C 263/02	3	ϥʪȡޤϤͶƳΤȤȿˤΡΣ	by reaction of halides with isocyanic acid or its derivatives [5]
C07C 263/04  \	1	1	4H006	C07C 263/04	207	ХޡȤޤϥХ⥤ϥ饤ɤΤΡޤϤͳΡΣ	from or <u>via</u> carbamates or carbamoyl halides [5]
C07C 263/06  \	1	1	4H006	C07C 263/06	19	ǢǤΤΡޤǢǤͳΡΣ	from or <u>via</u> ureas [5]
C07C 263/08  \	1	1	4H006	C07C 263/08	0	ʣǴĲʪΤΡޤϤͳΡ㡥եǮʬΣ	from or <u>via</u> heterocyclic compounds, e.g. pyrolysis of furoxans [5]
C07C 263/10  \	1	1	4H006	C07C 263/10	446	ߥȥܥ˥ϥʪ㡥ۥ󡤤ȤȿˤΡΣ	by reaction of amines with carbonyl halides, e.g. with phosgene [5]
C07C 263/12  \	1	1	4H006	C07C 263/12	23	ܥδͶƳΡ㡥ҥɥΤΤޤϤͳΡۥեޥ󡤥ޤϥåžȿޤʣããͥˡΣ	from or <u>via</u> nitrogen analogues of carboxylic acids, e.g. from hydroxamic acids, involving a Hofmann, Curtius or Lossen-type rearrangement (C07C 209/56 takes precedence) [5]
C07C 263/14  \	1	1	4H006	C07C 263/14	9	˥ȥʪȰúǤȤοȿˤΡΣ	by catalytic reaction of nitro compounds with carbon monoxide [5]
C07C 263/16  \	1	1	4H006	C07C 263/16	47	ʡȴηδͿʤȿˤΡΣ	by reactions not involving the formation of isocyanate groups [5]
C07C 263/18  \	1	1	4H006	C07C 263/18	117	ʬΥ경źúޤλѡΣ	Separation; Purification; Stabilisation; Use of additives [5]
C07C 263/20  \	2	2	4H006	C07C 263/20	335	ʬΥΣ	Separation; Purification [5]
C07C 265/00  \	0	0	4H006	C07C 265/00	422	ͶƳΡΣ	Derivatives of isocyanic acid [5]
C07C 265/02  \	1	1	4H006	C07C 265/02	55	ʡȴļúǸҤ˷礷ƤΡΣ	having isocyanate groups bound to acyclic carbon atoms [5]
C07C 265/04  \	2	2	4H006	C07C 265/04	231	˰úǹʤΡΣ	of a saturated carbon skeleton [5]
C07C 265/06  \	2	2	4H006	C07C 265/06	27	˰úǹʤΡΣ	of an unsaturated carbon skeleton [5]
C07C 265/08  \	3	3	4H006	C07C 265/08	127	úǹʤĤͭΡΣ	the carbon skeleton containing rings [5]
C07C 265/10  \	1	1	4H006	C07C 265/10	142	ʡȴ𤬣˧İʳδĤúǸҤ˷礷ƤΡΣ	having isocyanate groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 265/12  \	1	1	4H006	C07C 265/12	210	ʡȴ𤬣˧ĤúǸҤ˷礷ƤΡΣ	having isocyanate groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 265/14  \	1	1	4H006	C07C 265/14	1091	ʤȤ⣲ĤΥʡȴƱúǹʤ˷礷ƤΡΣ	containing at least two isocyanate groups bound to the same carbon skeleton [5]
C07C 265/16  \	1	1	4H006	C07C 265/16	21	ʡȴ𤬥벽ƤΡΣ	having isocyanate groups acylated [5]
C07C 267/00  \	0	0	4H006	C07C 267/00	176	ܥߥɡΣ	Carbodiimides [5]
C07C 269/00  \	0	0	4H006	C07C 269/00	460	ХߥͶƳΡʤʲδΤ줫ͭ벽ʪ¤ֿޡסֿޡסֿޡסֿޡפޤϡֿޡסǸҤϥ˥ȥޤϥ˥ȥΰǤϤʤˡΣ	Preparation of derivatives of carbamic acid, i.e. compounds containing any of the groups [figure] the nitrogen atom not being part of nitro or nitroso groups [5]
C07C 269/02  \	1	1	4H006	C07C 269/02	342	ХޡȴηȼʡȤΤΡΣ	from isocyanates with formation of carbamate groups [5]
C07C 269/04  \	1	1	4H006	C07C 269/04	546	Хޡȴηȼߥ󤫤ΤΡΣ	from amines with formation of carbamate groups [5]
C07C 269/06  \	1	1	4H006	C07C 269/06	790	ХޡȴηδͿʤȿˤΡΣ	by reactions not involving the formation of carbamate groups [5]
C07C 269/08  \	1	1	4H006	C07C 269/08	152	ʬΥ경źúޤλѡΣ	Separation; Purification; Stabilisation; Use of additives [5]
C07C 271/00  \	0	0	4H006	C07C 271/00	80	ХߥͶƳΡʤʲΤ줫ͭ벽ʪֿޡסֿޡסֿޡסֿޡפޤϡֿޡסǸҤϥ˥ȥޤϥ˥ȥΰǤϤʤˡΣ	Derivatives of carbamic acid, i.e. compounds containing any of the groups [figure] the nitrogen atom not being part of nitro or nitroso groups [5]
C07C 271/02  \	1	1	4H006	C07C 271/02	45	ХߥХߥαִХߥޤϤαã£ˡΣ	Carbamic acids; Salts of carbamic acids (unsubstituted carbamic acid or salts thereof C01B 21/12) [5]
C07C 271/04  \	1	1	4H006	C07C 271/04	71	Хߥϥ饤ɡΣ	Carbamic acid halides [5]
C07C 271/06  \	1	1	4H006	C07C 271/06	191	ХߥƥΣ	Esters of carbamic acids [5]
C07C 271/08  \	2	2	4H006	C07C 271/08	226	ХޡȴλǸҤļúǸҤ˷礷ƤΡΣ	having oxygen atoms of carbamate groups bound to acyclic carbon atoms [5]
C07C 271/10  \	3	3	4H006	C07C 271/10	178	ХޡȴǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	with the nitrogen atoms of the carbamate groups bound to hydrogen atoms or to acyclic carbon atoms [5]
C07C 271/12  \	4	4	4H006	C07C 271/12	506	ǸҤޤִúǴúǸҤ˷礷ƤΡΣ	to hydrogen atoms or to carbon atoms of unsubstituted hydrocarbon radicals [5]
C07C 271/14  \	4	4	4H006	C07C 271/14	99	ϥ󸶻Ҥޤϥ˥ȥ⤷ϥ˥ȥִ줿úǤúǸҤ˷礷ƤΡΣ	to carbon atoms of hydrocarbon radicals substituted by halogen atoms or by nitro or nitroso groups [5]
C07C 271/16  \	4	4	4H006	C07C 271/16	632	ñλǸҤִ줿úǴúǸҤ˷礷ƤΡΣ	to carbon atoms of hydrocarbon radicals substituted by singly-bound oxygen atoms [5]
C07C 271/18  \	4	4	4H006	C07C 271/18	161	ŷλǸҤִ줿úǴúǸҤ˷礷ƤΡΣ	to carbon atoms of hydrocarbon radicals substituted by doubly-bound oxygen atoms [5]
C07C 271/20  \	4	4	4H006	C07C 271/20	567	˥ȥ⤷ϥ˥ȥΰǤʤǸҤִ줿úǿǴúǸҤ˷礷ƤΡΣ	to carbon atoms of hydrocarbon radicals substituted by nitrogen atoms not being part of nitro or nitroso groups [5]
C07C 271/22  \	4	4	4H006	C07C 271/22	1300	ܥִ줿úǴúǸҤ˷礷ƤΡΣ	to carbon atoms of hydrocarbon radicals substituted by carboxyl groups [5]
C07C 271/24  \	3	3	4H006	C07C 271/24	473	ʤȤ⣱ĤΥХޡȴǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	with the nitrogen atom of at least one of the carbamate groups bound to a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 271/26  \	3	3	4H006	C07C 271/26	114	ʤȤ⣱ĤΥХޡȴǸҤ˧ĤúǸҤ˷礷ƤΡΣ	with the nitrogen atom of at least one of the carbamate groups bound to a carbon atom of a six-membered aromatic ring [5]
C07C 271/28  \	4	4	4H006	C07C 271/28	971	̹磶˧ĤúǸҤ˷礷ƤΡΣ	to a carbon atom of a non-condensed six-membered aromatic ring [5]
C07C 271/30  \	4	4	4H006	C07C 271/30	66	̹ķϤΰǤ룶˧ĤúǸҤ˷礷ƤΡΣ	to a carbon atom of a six-membered aromatic ring being part of a condensed ring system [5]
C07C 271/32  \	2	2	4H006	C07C 271/32	14	ХޡȴλǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having oxygen atoms of carbamate groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 271/34  \	3	3	4H006	C07C 271/34	122	ХޡȴǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	with the nitrogen atoms of the carbamate groups bound to hydrogen atoms or to acyclic carbon atoms [5]
C07C 271/36  \	3	3	4H006	C07C 271/36	33	ʤȤ⣱ĤΥХޡȴǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	with the nitrogen atom of at least one of the carbamate groups bound to a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 271/38  \	3	3	4H006	C07C 271/38	81	ʤȤ⣱ĤΥХޡȴǸҤ˧ĤúǸҤ˷礷ƤΡΣ	with the nitrogen atom of at least one of the carbamate groups bound to a carbon atom of a six-membered aromatic ring [5]
C07C 271/40  \	2	2	4H006	C07C 271/40	36	ХޡȴλǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having oxygen atoms of carbamate groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 271/42  \	3	3	4H006	C07C 271/42	34	ХޡȴǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	with the nitrogen atoms of the carbamate groups bound to hydrogen atoms or to acyclic carbon atoms [5]
C07C 271/44  \	4	4	4H006	C07C 271/44	374	ǸҤޤִúǤúǸҤ˷礷ƤΡΣ	to hydrogen atoms or to carbon atoms of unsubstituted hydrocarbon radicals [5]
C07C 271/46  \	4	4	4H006	C07C 271/46	23	ϥ󸶻Ҥޤϥ˥ȥ⤷ϥ˥ȥִ줿úǴúǸҤ˷礷ƤΡΣ	to carbon atoms of hydrocarbon radicals substituted by halogen atoms or by nitro or nitroso groups [5]
C07C 271/48  \	4	4	4H006	C07C 271/48	82	ñλǸҤִ줿úǴúǸҤ˷礷ƤΡΣ	to carbon atoms of hydrocarbon radicals substituted by singly-bound oxygen atoms [5]
C07C 271/50  \	4	4	4H006	C07C 271/50	14	ŷλǸҤִ줿úǴúǸҤ˷礷ƤΡΣ	to carbon atoms of hydrocarbon radicals substituted by doubly-bound oxygen atoms [5]
C07C 271/52  \	4	4	4H006	C07C 271/52	79	˥ȥ⤷ϥ˥ȥΰǤʤǸҤִ줿úǴúǸҤ˷礷ƤΡΣ	to carbon atoms of hydrocarbon radicals substituted by nitrogen atoms not being part of nitro or nitroso groups [5]
C07C 271/54  \	4	4	4H006	C07C 271/54	100	ܥִ줿úǴúǸҤ˷礷ƤΡΣ	to carbon atoms of hydrocarbon radicals substituted by carboxyl groups [5]
C07C 271/56  \	3	3	4H006	C07C 271/56	77	ʤȤ⣱ĤΥХޡȴǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	with the nitrogen atom of at least one of the carbamate groups bound to a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 271/58  \	3	3	4H006	C07C 271/58	236	ʤȤ⣱ĤΥХޡȴǸҤ˧ĤúǸҤ˷礷ƤΡΣ	with the nitrogen atom of at least one of the carbamate groups bound to a carbon atom of a six-membered aromatic ring [5]
C07C 271/60  \	1	1	4H006	C07C 271/60	96	ХޡȴλǸҤǸҤ˷礷ƤΡΣ	having oxygen atoms of carbamate groups bound to nitrogen atoms [5]
C07C 271/62  \	1	1	4H006	C07C 271/62	21	ʲδΤ줫ͭ벽ʪֿޡסֿޡסֿޡפޤϡֿޡסʣؤϰۼ︶ҡ٤ǤդθҤɽ魯㡥Ρ륫ХޡȡΣ	Compounds containing any of the groups [figure] X being a hetero atom, Y being any atom, e.g. N-acylcarbamates [5]
C07C 271/64  \	2	2	4H006	C07C 271/64	104	٤ǸҤޤúǸҤǤΡ㡥٥󥾥륫ХޡȡΣ	Y being a hydrogen or a carbon atom, e.g. benzoylcarbamates [5]
C07C 271/66  \	2	2	4H006	C07C 271/66	43	٤ۼ︶ҤǤΡΣ	Y being a hetero atom [5]
C07C 271/68  \	1	1	4H006	C07C 271/68	11	ʲδΤ줫ͭ벽ʪֿޡסֿޡפޤϡֿޡסΣ	Compounds containing any of the groups [figure] [5]
C07C 273/00  \	0	0	4H006	C07C 273/00	56	ǢǤޤϤͶƳΡʤʲδΤ줫ͭ벽ʪ¤ֿޡסֿޡפޤϡֿޡסǸҤϥ˥ȥ⤷ϥ˥ȥΰǤϤʤˡΣ	Preparation of urea or its derivatives, i.e. compounds containing any of the groups [figure] the nitrogen atoms not being part of nitro or nitroso groups [5]
C07C 273/02  \	1	1	4H006	C07C 273/02	148	ǢǡαΤޤղòʪ¤Σ	of urea, its salts, complexes or addition compounds [5]
C07C 273/04  \	2	2	4H006	C07C 273/04	413	úǤȥ˥ΤΡΣ	from carbon dioxide and ammonia [5]
C07C 273/06  \	2	2	4H006	C07C 273/06	89	ʥߥɤޤϥ륷ॷʥߥɤΤΡΣ	from cyanamide or calcium cyanamide [5]
C07C 273/08  \	2	2	4H006	C07C 273/08	12	˥ϱդΤΡΣ	from ammoniacal liquor [5]
C07C 273/10  \	2	2	4H006	C07C 273/10	99	˥ιȤ߹碌ΡΣ	combined with the synthesis of ammonia [5]
C07C 273/12  \	2	2	4H006	C07C 273/12	23	ߥιȤ߹碌ΡΣ	combined with the synthesis of melamine [5]
C07C 273/14  \	2	2	4H006	C07C 273/14	36	ʬΥ경źúޤλѡΣ	Separation; Purification; Stabilisation; Use of additives [5]
C07C 273/16  \	3	3	4H006	C07C 273/16	158	ʬΥΣ	Separation; Purification [5]
C07C 273/18  \	1	1	4H006	C07C 273/18	355	ִǢǤ¤Σ	of substituted ureas [5]
C07C 275/00  \	0	0	4H006	C07C 275/00	207	ǢǤͶƳΡʤʲδ𤤤줫ͭ벽ʪֿޡסֿޡפޤϡֿޡסǸҤϥ˥ȥ⤷˥ȥΰǤϤʤˡΣ	Derivatives of urea, i.e. compounds containing any of the groups [figure] the nitrogen atoms not being part of nitro or nitroso groups [5]
C07C 275/02  \	1	1	4H006	C07C 275/02	112	ΡղòʪΣ	Salts; Complexes; Addition compounds [5]
C07C 275/04  \	1	1	4H006	C07C 275/04	86	ǢǴǸҤļúǸҤ˷礷ƤΡΣ	having nitrogen atoms of urea groups bound to acyclic carbon atoms [5]
C07C 275/06  \	2	2	4H006	C07C 275/06	142	ļ˰¤úǹʤΡΣ	of an acyclic and saturated carbon skeleton [5]
C07C 275/08  \	3	3	4H006	C07C 275/08	14	úǹʤ˥ϥ󸶻Ҥޤϥ˥ȥ⤷ϥ˥ȥִ줿ΡΣ	being further substituted by halogen atoms, or by nitro or nitroso groups [5]
C07C 275/10  \	3	3	4H006	C07C 275/10	161	úǹʤñλǸҤִ줿ΡΣ	being further substituted by singly-bound oxygen atoms [5]
C07C 275/12  \	3	3	4H006	C07C 275/12	15	úǹʤŷλǸҤִ줿ΡΣ	being further substituted by doubly-bound oxygen atoms [5]
C07C 275/14  \	3	3	4H006	C07C 275/14	180	úǹʤ˥˥ȥޤϥ˥ȥΰǤʤǸҤִ줿ΡΣ	being further substituted by nitrogen atoms not being part of nitro or nitroso groups [5]
C07C 275/16  \	3	3	4H006	C07C 275/16	201	úǹʤ˥ܥִ줿ΡΣ	being further substituted by carboxyl groups [5]
C07C 275/18  \	2	2	4H006	C07C 275/18	47	Ĥͭ˰úǹʤΡΣ	of a saturated carbon skeleton containing rings [5]
C07C 275/20  \	2	2	4H006	C07C 275/20	53	˰úǹʤΡΣ	of an unsaturated carbon skeleton [5]
C07C 275/22  \	3	3	4H006	C07C 275/22	12	úǹʤ˧İʳδĤͭΡΣ	containing rings other than six-membered aromatic rings [5]
C07C 275/24  \	3	3	4H006	C07C 275/24	323	úǹʤ˧ĤͭΡΣ	containing six-membered aromatic rings [5]
C07C 275/26  \	1	1	4H006	C07C 275/26	232	ǢǴǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having nitrogen atoms of urea groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 275/28  \	1	1	4H006	C07C 275/28	482	ǢǴǸҤúǹʤΣ˧ĤúǸҤ˷礷ƤΡΣ	having nitrogen atoms of urea groups bound to carbon atoms of six-membered aromatic rings of a carbon skeleton [5]
C07C 275/30  \	2	2	4H006	C07C 275/30	281	úǹʤ˥ϥ󸶻Ҥޤϥ˥ȥ⤷ϥ˥ȥִƤΡΣ	being further substituted by halogen atoms, or by nitro or nitroso groups [5]
C07C 275/32  \	2	2	4H006	C07C 275/32	158	úǹʤñλǸҤִ줿ΡΣ	being further substituted by singly-bound oxygen atoms [5]
C07C 275/34  \	3	3	4H006	C07C 275/34	347	ǢǴǸҤñλǸҤƱ̹磶˧ĤúǸҤ˷礷ƤΡΣ	having nitrogen atoms of urea groups and singly-bound oxygen atoms bound to carbon atoms of the same non-condensed six-membered aromatic ring [5]
C07C 275/36  \	4	4	4H006	C07C 275/36	77	ʤȤ⣱ĤλǸҤˣ˧ĤúǸҤ˷礷ƤΡ㡥Ρ꡼륪ե˥ǢǡΣ	with at least one of the oxygen atoms further bound to a carbon atom of a six-membered aromatic ring, e.g. N-aryloxyphenylureas [5]
C07C 275/38  \	2	2	4H006	C07C 275/38	75	úǹʤŷλǸҤִ줿ΡΣ	being further substituted by doubly-bound oxygen atoms [5]
C07C 275/40  \	2	2	4H006	C07C 275/40	331	úǹʤ˥˥ȥޤϥ˥ȥΰǤʤǸҤִ줿ΡΣ	being further substituted by nitrogen atoms not being part of nitro or nitroso groups [5]
C07C 275/42  \	2	2	4H006	C07C 275/42	328	úǹʤ˥ܥִ줿ΡΣ	being further substituted by carboxyl groups [5]
C07C 275/44  \	1	1	4H006	C07C 275/44	6	ǢǴǸҤŷúǸҤ˷礷ƤΡΣ	having nitrogen atoms of urea groups doubly-bound to carbon atoms [5]
C07C 275/46  \	1	1	4H006	C07C 275/46	6	ʲδΤ줫ͭ벽ʪֿޡפޤϡֿޡסʣؤϰۼ︶ҡ٤ǤդθҤɽ魯㡥ǢǡΣ	containing any of the groups [figure] X being a hetero atom, Y being any atom, e.g. acylureas [5]
C07C 275/48  \	2	2	4H006	C07C 275/48	11	٤ǸҤޤúǸҤǤΡΣ	Y being a hydrogen or a carbon atom [5]
C07C 275/50  \	3	3	4H006	C07C 275/50	153	٤ǸҤޤļúǸҤǤΡΣ	Y being a hydrogen or an acyclic carbon atom [5]
C07C 275/52  \	3	3	4H006	C07C 275/52	11	٤˧İʳδĤúǸҤǤΡΣ	Y being a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 275/54  \	3	3	4H006	C07C 275/54	249	٤˧ĤúǸҤǤΡ㡥٥󥾥ǢǡΣ	Y being a carbon atom of a six-membered aromatic ring, e.g. benzoylureas [5]
C07C 275/56  \	3	3	4H006	C07C 275/56	7	ؤǸҤǤΡΣ	X being a nitrogen atom [5]
C07C 275/58  \	2	2	4H006	C07C 275/58	5	٤ۼ︶ҤǤΡΣ	Y being a hetero atom [5]
C07C 275/60  \	3	3	4H006	C07C 275/60	47	٤ǸҤǤΡ㡥եΣ	Y being an oxygen atom, e.g. allophanic acids [5]
C07C 275/62  \	3	3	4H006	C07C 275/62	142	٤ǸҤǤΡ㡥ӥåȡΣ	Y being a nitrogen atom, e.g. biuret [5]
C07C 275/64  \	1	1	4H006	C07C 275/64	79	ǢǴǸҤñǻǸҤ˷礷ƤΡΣ	having nitrogen atoms of urea groups singly-bound to oxygen atoms [5]
C07C 275/66  \	1	1	4H006	C07C 275/66	7	ǢǴǤϥ󸶻Ҥޤϥ˥ȥ⤷ϥ˥ȥ˷礷ƤΡΣ	having nitrogen atoms of urea groups bound to halogen atoms or to nitro or nitroso groups [5]
C07C 275/68  \	2	2	4H006	C07C 275/68	41	Ρ˥ȥǢǡΣ	N-nitroso ureas [5]
C07C 275/70  \	1	1	4H006	C07C 275/70	94	ʲδΤ줫ͭ벽ʪֿޡפޤϡֿޡ㡥ǢǡΣ	Compounds containing any of the groups [figure] e.g. isoureas [5]
C07C 277/00  \	0	0	4H006	C07C 277/00	54	˥ޤϤͶƳΡʤʲδޤಽʪ¤ֿޡסñǷ礷ƤǸҤϥ˥ȥޤϥ˥ȥΰǤϤʤˡΣ	Preparation of guanidine or its derivatives, i.e. compounds containing the group [figure] the singly-bound nitrogen atoms not being part of nitro or nitroso groups [5]
C07C 277/02  \	1	1	4H006	C07C 277/02	24	ʥߥɡ륷ॷʥߥɤޤϥ󥸥ߥɤΥ˥¤Σ	of guanidine from cyanamide, calcium cyanamide or dicyandiamides [5]
C07C 277/04  \	1	1	4H006	C07C 277/04	2	˥ʡȤΥ˥¤Σ	of guanidine from ammonium thiocyanate [5]
C07C 277/06  \	1	1	4H006	C07C 277/06	26	˥ޤʬΥΣ	Purification or separation of guanidine [5]
C07C 277/08  \	1	1	4H006	C07C 277/08	192	ִ˥¤Σ	of substituted guanidines [5]
C07C 279/00  \	0	0	4H006	C07C 279/00	27	˥ͶƳΡʤʲδͭ벽ʪֿޡסñǷ礷ƤǸҤϥ˥ȥޤϥ˥ȥΰǤϤʤˡΣ	Derivatives of guanidine, i.e. compounds containing the group [figure] the singly-bound nitrogen atoms not being part of nitro or nitroso groups [5]
C07C 279/02  \	1	1	4H006	C07C 279/02	133	˥󡨤αΤޤղòʪΣ	Guanidine; Salts, complexes or addition compounds thereof [5]
C07C 279/04  \	1	1	4H006	C07C 279/04	202	˥ǸҤúǹʤļúǸҤ˷礷ƤΡΣ	having nitrogen atoms of guanidine groups bound to acyclic carbon atoms of a carbon skeleton [5]
C07C 279/06  \	2	2	4H006	C07C 279/06	28	úǹʤ˥ϥ󸶻Ҥޤϥ˥ȥ⤷ϥ˥ȥִ줿ΡΣ	being further substituted by halogen atoms, or by nitro or nitroso groups [5]
C07C 279/08  \	2	2	4H006	C07C 279/08	88	úǹʤñλǸҤִ줿ΡΣ	being further substituted by singly-bound oxygen atoms [5]
C07C 279/10  \	2	2	4H006	C07C 279/10	16	úǹʤŷλǸҤִ줿ΡΣ	being further substituted by doubly-bound oxygen atoms [5]
C07C 279/12  \	2	2	4H006	C07C 279/12	127	úǹʤ˥˥ȥޤϥ˥ȥΰǤʤǸҤִ줿ΡΣ	being further substituted by nitrogen atoms not being part of nitro or nitroso groups [5]
C07C 279/14  \	2	2	4H006	C07C 279/14	503	úǹʤ˥ܥִ줿ΡΣ	being further substituted by carboxyl groups [5]
C07C 279/16  \	1	1	4H006	C07C 279/16	59	˥ǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having nitrogen atoms of guanidine groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 279/18  \	1	1	4H006	C07C 279/18	281	˥ǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having nitrogen atoms of guanidine groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 279/20  \	1	1	4H006	C07C 279/20	22	ʲδΤ줫ͭ벽ʪֿޡסʣؤϰۼ︶ҡ٤ǤդθҤɽ魯㡥륰˥Σ	containing any of the groups [figure] X being a hetero atom, Y being any atom, e.g. acylguanidines [5]
C07C 279/22  \	2	2	4H006	C07C 279/22	125	٤ǤޤúǸҤǤΡ㡥٥󥾥륰˥Σ	Y being a hydrogen or a carbon atom, e.g. benzoylguanidines [5]
C07C 279/24  \	2	2	4H006	C07C 279/24	152	٤ۼ︶ҤǤΡΣ	Y being a hetero atom [5]
C07C 279/26  \	3	3	4H006	C07C 279/26	176	ؤȣ٤ǸҤǤΡʤӥ˥ɡΣ	X and Y being nitrogen atoms, i.e. biguanides [5]
C07C 279/28  \	1	1	4H006	C07C 279/28	102	˥ǸҤδ˷礷ƤΡ㡥Υ˥󡤥󥸥ߥɡΣ	having nitrogen atoms of guanidine groups bound to cyano groups, e.g. cyanoguanidines, dicyandiamides [5]
C07C 279/30  \	1	1	4H006	C07C 279/30	3	˥ǸҤ˥ȥޤϥ˥ȥ˷礷ƤΡΣ	having nitrogen atoms of guanidine groups bound to nitro or nitroso groups [5]
C07C 279/32  \	2	2	4H006	C07C 279/32	20	Ρ˥ȥ˥Σ	N-nitroguanidines [5]
C07C 279/34  \	3	3	4H006	C07C 279/34	8	Ρ˥ȥ˥Σ	N-nitroguanidine [5]
C07C 279/36  \	3	3	4H006	C07C 279/36	31	ִΡ˥ȥ˥Σ	Substituted N-nitroguanidines [5]
C07C 281/00  \	0	0	4H006	C07C 281/00	10	δǽξʤȤ⣱ĤǸҤ˥˥ȥޤϥ˥ȥΰǤϤʤǸҤ˷礷Ƥ륰롼ףããããޤǤ°봱ǽͭúͶƳΡΣ	Derivatives of carbonic acid containing functional groups covered by groups C07C 269/00-C07C 279/00 in which at least one nitrogen atom of these functional groups is further bound to another nitrogen atom not being part of a nitro or nitroso group [5]
C07C 281/02  \	1	1	4H006	C07C 281/02	181	ʲδΤ줫ޤಽʪֿޡפޤϡֿޡ㡥ХƥΣ	Compounds containing any of the groups [figure] e.g. carbazates [5]
C07C 281/04  \	2	2	4H006	C07C 281/04	36	ǸҤŷúǸҤ˷礷ƤΡΣ	the other nitrogen atom being further doubly-bound to a carbon atom [5]
C07C 281/06  \	1	1	4H006	C07C 281/06	227	ʲδΤ줫ͭ벽ʪֿޡסֿޡפޤϡֿޡ㡥ߥХɡΣ	Compounds containing any of the groups [figure] e.g. semicarbazides [5]
C07C 281/08  \	2	2	4H006	C07C 281/08	24	嵭¾ǸҤŷúǸҤ˷礷ƤΡ㡥ߥХΣ	the other nitrogen atom being further doubly-bound to a carbon atom, e.g. semicarbazones [5]
C07C 281/10  \	3	3	4H006	C07C 281/10	18	úǸҤļúǸҤޤϣ˧İʳδĤúǸҤ˷礷ƤΡΣ	the carbon atom being further bound to an acyclic carbon atom or to a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 281/12  \	3	3	4H006	C07C 281/12	14	úǸҤ˧İʳδĤΰǤΡΣ	the carbon atom being part of a ring other than a six-membered aromatic ring [5]
C07C 281/14  \	3	3	4H006	C07C 281/14	84	úǹʤˣ˧ĤúǸҤ˷礷ƤΡΣ	the carbon atom being further bound to a carbon atom of a six-membered aromatic ring [5]
C07C 281/16  \	1	1	4H006	C07C 281/16	96	ʲδΤ줫ͭ벽ʪֿޡפޤϡֿޡ㡥ߥΥ˥Σ	Compounds containing any of the groups [figure] e.g. aminoguanidine [5]
C07C 281/18  \	2	2	4H006	C07C 281/18	105	嵭¾ǸҤŷúǸҤ˷礷ƤΡ㡥˥ҥɥ饾Σ	the other nitrogen atom being further doubly-bound to a carbon atom, e.g. guanylhydrazones [5]
C07C 281/20  \	1	1	4H006	C07C 281/20	65	ǽΣĤǸҤߤŷǷ礷ƤΡ㡥ۥॢߥɡΣ	the two nitrogen atoms of the functional groups being doubly-bound to each other, e.g. azoformamide [5]
C07C 291/00  \	0	0	4H006	C07C 291/00	65	úǤǤͭ롼ףããããޤʤǽĲʪΣ	Compounds containing carbon and nitrogen and having functional groups not covered by groups C07C 201/00-C07C 281/00 [5]
C07C 291/02  \	1	1	4H006	C07C 291/02	73	ǡɷͭΡΣ	containing nitrogen-oxide bonds [5]
C07C 291/04  \	2	2	4H006	C07C 291/04	283	ߥΡɷͭΡΣ	containing amino-oxide bonds [5]
C07C 291/06  \	2	2	4H006	C07C 291/06	30	˥ȥ륪ɡΣ	Nitrile oxides [5]
C07C 291/08  \	2	2	4H006	C07C 291/08	128	ʪΣ	Azoxy compounds [5]
C07C 291/10  \	1	1	4H006	C07C 291/10	103	˥ɡΣ	Isocyanides [5]
C07C 291/12  \	1	1	4H006	C07C 291/12	8	ƥΣ	Fulminates [5]
C07C 291/14  \	1	1	4H006	C07C 291/14	6	˥ȥޤϥ˥ȥȤηȰۼ︶ҤؤŷȤľʤȤ⣱ĤúǸҤͭΡΣ	containing at least one carbon atom bound to a nitro or nitroso group and doubly-bound to a hetero atom [5]
C07C 301/00  \	0	0	4H006	C07C 301/00	63	βƥΣ	Esters of sulfurous acid [5]
C07C 301/02  \	1	1	4H006	C07C 301/02	17	β𤬣˧ĤúǸҤ˷礷ƤΡΣ	having sulfite groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 303/00  \	0	0	4H006	C07C 303/00	69	βƥޤϥߥɤ¤ۥޤϤΥƥ롤ϥ饤ɡ̵ʪޤϥߥɤ¤Σ	Preparation of esters or amides of sulfuric acids; Preparation of sulfonic acids or of their esters, halides, anhydrides or amides [5]
C07C 303/02  \	1	1	4H006	C07C 303/02	574	ۥޤϤΥϥʪ¤Σ	of sulfonic acids or halides thereof [5]
C07C 303/04  \	2	2	4H006	C07C 303/04	90	ǸҤ򥹥۴ޤϥϥۥ˥ִ뤳ȤˤΡΣ	by substitution of hydrogen atoms by sulfo or halosulfonyl groups [5]
C07C 303/06  \	3	3	4H006	C07C 303/06	830	βޤϻȤȿˤΡΣ	by reaction with sulfuric acid or sulfur trioxide [5]
C07C 303/08  \	3	3	4H006	C07C 303/08	273	ϥΥۥȤȿˤΡΣ	by reaction with halogenosulfonic acids [5]
C07C 303/10  \	3	3	4H006	C07C 303/10	35	ӥϥȤȿޤϥϥ󲽥եȤȿˤΡΣ	by reaction with sulfur dioxide and halogen or by reaction with sulfuryl halides [5]
C07C 303/12  \	3	3	4H006	C07C 303/12	42	ϥ󲽥˥ȤȿˤΡΣ	by reaction with thionylhalides [5]
C07C 303/14  \	2	2	4H006	C07C 303/14	94	ۥǡ󤹤ʤ۴ޤϥϥۥ˥ηȼβӻǤȤȿˤΡΣ	by sulfoxidation, i.e. by reaction with sulfur dioxide and oxygen with formation of sulfo or halosulfonyl groups [5]
C07C 303/16  \	2	2	4H006	C07C 303/16	80	۴ޤϥϥۥ˥ηȼ롤եɡҥɥݥꥹեɤޤϥݥꥹեɤλˤΡΣ	by oxidation of thiols, sulfides, hydropolysulfides, or polysulfides with formation of sulfo or halosulfonyl groups [5]
C07C 303/18  \	2	2	4H006	C07C 303/18	1	۴ޤϥϥۥ˥ηȼִǽʴĲʪȥեɤȿˤΡΣ	by reaction of sulfides with compounds having functional groups with formation of sulfo or halosulfonyl groups [5]
C07C 303/20  \	2	2	4H006	C07C 303/20	134	úǡú¿ŷĲʪ˰βޤϤαղä뤳ȤˤΡΣ	by addition of sulfurous acid or salts thereof to compounds having carbon-to-carbon multiple bonds [5]
C07C 303/22  \	2	2	4H006	C07C 303/22	1215	۴ޤϥϥۥ˥ηͿʤȿˤ륹ۥΤΡΣ	from sulfonic acids by reactions not involving the formation of sulfo or halosulfonyl groups [5]
C07C 303/24  \	1	1	4H006	C07C 303/24	624	βƥ¤Σ	of esters of sulfuric acids [5]
C07C 303/26  \	1	1	4H006	C07C 303/26	119	ۥƥ¤Σ	of esters of sulfonic acids [5]
C07C 303/28  \	2	2	4H006	C07C 303/28	458	ҥɥʪȥۥޤϤͶƳΤȤȿˤΡΣ	by reaction of hydroxy compounds with sulfonic acids or derivatives thereof [5]
C07C 303/30  \	2	2	4H006	C07C 303/30	286	ƥ벽줿۴ηͿʤȿˤΡΣ	by reactions not involving the formation of esterified sulfo groups [5]
C07C 303/32  \	1	1	4H006	C07C 303/32	1437	ۥ¤Σ	of salts of sulfonic acids [5]
C07C 303/34  \	1	1	4H006	C07C 303/34	223	βߥɤ¤Σ	of amides of sulfuric acids [5]
C07C 303/36  \	1	1	4H006	C07C 303/36	658	ۥߥɤ¤Σ	of amides of sulfonic acids [5]
C07C 303/38  \	2	2	4H006	C07C 303/38	683	˥ޤϥߥȥۥޤϤΥƥ롤̵ʪޤϥϥʪȤȿˤΡΣ	by reaction of ammonia or amines with sulfonic acids, or with esters, anhydrides, or halides thereof [5]
C07C 303/40  \	2	2	4H006	C07C 303/40	1571	ۥ󥢥ߥɴηͿʤȿˤΡΣ	by reactions not involving the formation of sulfonamide groups [5]
C07C 303/42  \	1	1	4H006	C07C 303/42	150	ʬΥ경źúޤλѡΣ	Separation; Purification; Stabilisation; Use of additives [5]
C07C 303/44  \	2	2	4H006	C07C 303/44	384	ʬΥΣ	Separation; Purification [5]
C07C 303/46  \	3	3	4H006	C07C 303/46	3	βݤʪΤΡΣ	from by-products of refining mineral oils with sulfuric acid [5]
C07C 305/00  \	0	0	4H006	C07C 305/00	55	βƥΣ	Esters of sulfuric acids [5]
C07C 305/02  \	1	1	4H006	C07C 305/02	90	βλǸҤúǹʤļúǸҤ˷礷ƤΡΣ	having oxygen atoms of sulfate groups bound to acyclic carbon atoms of a carbon skeleton [5]
C07C 305/04  \	2	2	4H006	C07C 305/04	91	ļ˰¤ΤΡΣ	being acyclic and saturated [5]
C07C 305/06  \	3	3	4H006	C07C 305/06	295	βǥƥΣ	Hydrogenosulfates [5]
C07C 305/08  \	3	3	4H006	C07C 305/08	21	β륭롨ִβ륭Σ	Dialkylsulfates; Substituted dialkylsulfates [5]
C07C 305/10  \	3	3	4H006	C07C 305/10	278	úǹʤñλǸҤִ줿ΡΣ	being further substituted by singly-bound oxygen atoms [5]
C07C 305/12  \	2	2	4H006	C07C 305/12	8	˰¤ǴĤͭΡΣ	being saturated and containing rings [5]
C07C 305/14  \	2	2	4H006	C07C 305/14	52	ļ˰¤ΤΡΣ	being acyclic and unsaturated [5]
C07C 305/16  \	2	2	4H006	C07C 305/16	7	˰¤ǴĤͭΡΣ	being unsaturated and containing rings [5]
C07C 305/18  \	3	3	4H006	C07C 305/18	27	˧ĤͭΡΣ	containing six-membered aromatic rings [5]
C07C 305/20  \	1	1	4H006	C07C 305/20	59	βλǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having oxygen atoms of sulfate groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 305/22  \	1	1	4H006	C07C 305/22	57	βλǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having oxygen atoms of sulfate groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 305/24  \	2	2	4H006	C07C 305/24	67	̹磶˧ĤΡΣ	of non-condensed six-membered aromatic rings [5]
C07C 305/26  \	1	1	4H006	C07C 305/26	43	ϥβƥ롤ʤϥβΥΥƥΣ	Halogenosulfates, i.e. monoesters of halogenosulfuric acids [5]
C07C 307/00  \	0	0	4H006	C07C 307/00	37	βΥߥɡʤβñǷ礷ƤǸҤ˥ȥޤϥ˥ȥΰǤϤʤǸҤִ줿ʪΣ	Amides of sulfuric acids, i.e. compounds having singly-bound oxygen atoms of sulfate groups replaced by nitrogen atoms, not being part of nitro or nitroso groups [5]
C07C 307/02  \	1	1	4H006	C07C 307/02	332	βޤϤΥƥΥΥߥɡ㡥եߥΣ	Monoamides of sulfuric acids or esters thereof, e.g. sulfamic acids [5]
C07C 307/04  \	1	1	4H006	C07C 307/04	16	βΥߥɡΣ	Diamides of sulfuric acids [5]
C07C 307/06  \	2	2	4H006	C07C 307/06	130	եߥɴǸҤļúǸҤ˷礷ƤΡΣ	having nitrogen atoms of the sulfamide groups bound to acyclic carbon atoms [5]
C07C 307/08  \	2	2	4H006	C07C 307/08	34	եߥɴǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having nitrogen atoms of the sulfamide groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 307/10  \	2	2	4H006	C07C 307/10	105	եߥɴǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having nitrogen atoms of the sulfamide groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 309/00  \	0	0	4H006	C07C 309/00	14	ۥΥϥ饤ɡƥޤ̵ʪΣ	Sulfonic acids; Halides, esters, or anhydrides thereof [5]
C07C 309/01  \	1	1	4H006	C07C 309/01	153	ۥΣ	Sulfonic acids [5]
C07C 309/02  \	2	2	4H006	C07C 309/02	138	ۥļúǸҤ˷礷ƤΡΣ	having sulfo groups bound to acyclic carbon atoms [5]
C07C 309/03  \	3	3	4H006	C07C 309/03	33	ļ˰úǹʤΡΣ	of an acyclic saturated carbon skeleton [5]
C07C 309/04  \	4	4	4H006	C07C 309/04	263	ĤΥۥͭΡΣ	containing only one sulfo group [5]
C07C 309/05  \	4	4	4H006	C07C 309/05	37	úǹʤ˷礷Ƥ뾯ʤȤ⣲ĤΥۥͭΡΣ	containing at least two sulfo groups bound to the carbon skeleton [5]
C07C 309/06  \	4	4	4H006	C07C 309/06	390	úǹʤ˷礷Ƥϥ󸶻Ҥޤϥ˥ȥ⤷ϥ˥ȥͭΡΣ	containing halogen atoms, or nitro or nitroso groups bound to the carbon skeleton [5]
C07C 309/07  \	4	4	4H006	C07C 309/07	52	úǹʤ˷礷ƤǸҤͭΡΣ	containing oxygen atoms bound to the carbon skeleton [5]
C07C 309/08  \	5	5	4H006	C07C 309/08	120	úǹʤ˷礷ƤͭΡΣ	containing hydroxy groups bound to the carbon skeleton [5]
C07C 309/09  \	5	5	4H006	C07C 309/09	117	úǹʤ˷礷Ƥ륨ƥ벽줿ͭΡΣ	containing etherified hydroxy groups bound to the carbon skeleton [5]
C07C 309/10  \	6	6	4H006	C07C 309/10	176	ʤȤ⣱ĤΥƥ벽줿λǸҤļúǸҤ˷礷ƤΡΣ	with the oxygen atom of at least one of the etherified hydroxy groups further bound to an acyclic carbon atom [5]
C07C 309/11  \	6	6	4H006	C07C 309/11	59	ʤȤ⣱ĤΥƥ벽줿λǸҤˣ˧ĤúǸҤ˷礷ƤΡΣ	with the oxygen atom of at least one of the etherified hydroxy groups further bound to a carbon atom of a six-membered aromatic ring [5]
C07C 309/12  \	5	5	4H006	C07C 309/12	573	úǹʤ˷礷Ƥ륨ƥ벽줿ͭΡΣ	containing esterified hydroxy groups bound to the carbon skeleton [5]
C07C 309/13  \	4	4	4H006	C07C 309/13	48	úǹʤ˷礷Ƥ˥ȥޤϥ˥ȥΰǤʤǸҤͭΡΣ	containing nitrogen atoms, not being part of nitro or nitroso groups, bound to the carbon skeleton [5]
C07C 309/14  \	5	5	4H006	C07C 309/14	470	úǹʤ˷礷Ƥ륢ߥδͭΡΣ	containing amino groups bound to the carbon skeleton [5]
C07C 309/15  \	6	6	4H006	C07C 309/15	287	ʤȤ⣱ĤΥߥδǸҤʲδΤ줫ΰȤʤäƤΡֿޡפޤϡֿޡסʣؤϰۼ︶ҡ٤ǤդθҤɽ魯ˡΣ	the nitrogen atom of at least one of the amino groups being part of any of the groups [figure] X being a hetero atom, Y being any atom [5]
C07C 309/16  \	5	5	4H006	C07C 309/16	8	úǹʤ˷礷ƤŷǸҤͭΡΣ	containing doubly-bound nitrogen atoms bound to the carbon skeleton [5]
C07C 309/17  \	4	4	4H006	C07C 309/17	1006	úǹʤ˷礷Ƥ륫ܥͭΡΣ	containing carboxyl groups bound to the carbon skeleton [5]
C07C 309/18  \	5	5	4H006	C07C 309/18	59	Ʊúǹʤ˷礷Ƥ륢ߥδͭΡΣ	containing amino groups bound to the same carbon skeleton [5]
C07C 309/19  \	3	3	4H006	C07C 309/19	157	Ĥͭ˰úǹʤΡΣ	of a saturated carbon skeleton containing rings [5]
C07C 309/20  \	3	3	4H006	C07C 309/20	267	ļ˰úǹʤΡΣ	of an acyclic unsaturated carbon skeleton [5]
C07C 309/21  \	4	4	4H006	C07C 309/21	8	úǹʤ˷礷Ƥ˥ȥޤϥ˥ȥΰǤʤǸҤͭΡΣ	containing nitrogen atoms, not being part of nitro or nitroso groups, bound to the carbon skeleton [5]
C07C 309/22  \	4	4	4H006	C07C 309/22	42	úǹʤ˷礷Ƥ륫ܥͭΡΣ	containing carboxyl groups bound to the carbon skeleton [5]
C07C 309/23  \	3	3	4H006	C07C 309/23	20	˧İʳδĤͭ˰úǹʤΡΣ	of an unsaturated carbon skeleton containing rings other than six-membered aromatic rings [5]
C07C 309/24  \	3	3	4H006	C07C 309/24	184	˧Ĥͭ˰úǹʤΡΣ	of a carbon skeleton containing six-membered aromatic rings [5]
C07C 309/25  \	2	2	4H006	C07C 309/25	110	ۥúǹʤΣ˧İʳδĤúǸҤ˷礷ƤΡΣ	having sulfo groups bound to carbon atoms of rings other than six-membered aromatic rings of a carbon skeleton [5]
C07C 309/26  \	3	3	4H006	C07C 309/26	22	úǹʤ˷礷Ƥ˥ȥޤϥ˥ȥΰǤʤǸҤͭΡΣ	containing nitrogen atoms, not being part of nitro or nitroso groups, bound to the carbon skeleton [5]
C07C 309/27  \	3	3	4H006	C07C 309/27	15	úǹʤ˷礷Ƥ륫ܥͭΡΣ	containing carboxyl groups bound to the carbon skeleton [5]
C07C 309/28  \	2	2	4H006	C07C 309/28	114	ۥúǹʤΣ˧ĤúǸҤ˷礷ƤΡΣ	having sulfo groups bound to carbon atoms of six-membered aromatic rings of a carbon skeleton [5]
C07C 309/29  \	3	3	4H006	C07C 309/29	178	̹磶˧ĤΡΣ	of non-condensed six-membered aromatic rings [5]
C07C 309/30  \	4	4	4H006	C07C 309/30	322	륭ִ˧ĤΡΣ	of six-membered aromatic rings substituted by alkyl groups [5]
C07C 309/31  \	5	5	4H006	C07C 309/31	114	ʤȤ⣳ĤúǸҤͭ륢륭ִ줿ΡΣ	by alkyl groups containing at least three carbon atoms [5]
C07C 309/32  \	4	4	4H006	C07C 309/32	47	úǹʤ˾ʤȤ⣲Ĥ̹磶˧ĤͭΡΣ	containing at least two non-condensed six-membered aromatic rings in the carbon skeleton [5]
C07C 309/33  \	3	3	4H006	C07C 309/33	6	˧Ĥ̹ķϤΰǤΡΣ	of six-membered aromatic rings being part of condensed ring systems [5]
C07C 309/34  \	4	4	4H006	C07C 309/34	13	ĤδĤΡΣ	formed by two rings [5]
C07C 309/35  \	5	5	4H006	C07C 309/35	118	ʥե󥹥ۥΣ	Naphthalene sulfonic acids [5]
C07C 309/36  \	6	6	4H006	C07C 309/36	14	륭ִƤΡΣ	substituted by alkyl groups [5]
C07C 309/37  \	7	7	4H006	C07C 309/37	124	륭𤬾ʤȤ⣳ĤúǸҤͭΡΣ	by alkyl groups containing at least three carbon atoms [5]
C07C 309/38  \	4	4	4H006	C07C 309/38	37	ʤȤ⣳ĤδĤΡΣ	formed by at least three rings [5]
C07C 309/39  \	3	3	4H006	C07C 309/39	100	úǹʤ˷礷Ƥϥ󸶻ҤͭΡΣ	containing halogen atoms bound to the carbon skeleton [5]
C07C 309/40  \	3	3	4H006	C07C 309/40	67	úǹʤ˷礷Ƥ˥ȥޤϥ˥ȥͭΡΣ	containing nitro or nitroso groups bound to the carbon skeleton [5]
C07C 309/41  \	3	3	4H006	C07C 309/41	48	úǹʤ˷礷ƤñλǸҤͭΡΣ	containing singly-bound oxygen atoms bound to the carbon skeleton [5]
C07C 309/42  \	4	4	4H006	C07C 309/42	437	̹磶˧ĴĤúǸҤ˷礷Ƥ륹ۥĤΡΣ	having the sulfo groups bound to carbon atoms of non-condensed six-membered aromatic rings [5]
C07C 309/43  \	4	4	4H006	C07C 309/43	101	̹ķϤΰǤ룶˧ĤúǸҤ˷礷Ƥ뾯ʤȤ⣱ĤΥۥĤΡΣ	having at least one of the sulfo groups bound to a carbon atom of a six-membered aromatic ring being part of a condensed ring system [5]
C07C 309/44  \	3	3	4H006	C07C 309/44	105	úǹʤ˷礷ƤŷλǸҤͭΡΣ	containing doubly-bound oxygen atoms bound to the carbon skeleton [5]
C07C 309/45  \	3	3	4H006	C07C 309/45	115	úǹʤ˷礷Ƥ˥ȥޤϥ˥ȥΰǤʤǸҤͭΡΣ	containing nitrogen atoms, not being part of nitro or nitroso groups, bound to the carbon skeleton [5]
C07C 309/46  \	4	4	4H006	C07C 309/46	184	̹磶˧ĤúǸҤ˷礷Ƥ륹ۥĤΡΣ	having the sulfo groups bound to carbon atoms of non-condensed six-membered aromatic rings [5]
C07C 309/47  \	4	4	4H006	C07C 309/47	100	̹ķϤΰǤ룶˧ĤúǸҤ˷礷Ƥ뾯ʤȤ⣱ĤΥۥĤΡΣ	having at least one of the sulfo groups bound to a carbon atom of a six-membered aromatic ring being part of a condensed ring system [5]
C07C 309/48  \	4	4	4H006	C07C 309/48	42	úǹʤ˥ϥ󸶻Ҥִ줿ΡΣ	the carbon skeleton being further substituted by halogen atoms [5]
C07C 309/49  \	4	4	4H006	C07C 309/49	42	úǹʤñλǸҤִ줿ΡΣ	the carbon skeleton being further substituted by singly-bound oxygen atoms [5]
C07C 309/50  \	5	5	4H006	C07C 309/50	67	̹ķϤΰǤ룶˧ĤúǸҤ˷礷Ƥ뾯ʤȤ⣱ĤΥۥĤΡΣ	having at least one of the sulfo groups bound to a carbon atom of a six-membered aromatic ring being part of a condensed ring system [5]
C07C 309/51  \	4	4	4H006	C07C 309/51	159	ʤȤ⣱ĤǸҤʲδΤ줫ΰȤʤäƤΡֿޡפޤϡֿޡסʣؤϰۼ︶ҡ٤ǤդθҤɽ魯ˡΣ	at least one of the nitrogen atoms being part of any of the groups [figure] X being a hetero atom, Y being any atom [5]
C07C 309/52  \	4	4	4H006	C07C 309/52	19	úǹʤŷλǸҤִ줿ΡΣ	the carbon skeleton being further substituted by doubly-bound oxygen atoms [5]
C07C 309/53  \	5	5	4H006	C07C 309/53	61	úǹʤΥĤúǸҤͭΡΣ	the carbon skeleton containing carbon atoms of quinone rings [5]
C07C 309/54  \	6	6	4H006	C07C 309/54	0	ʤȤ⣱ĤǸҤʲδΤ줫ΰȤʤäƤΡֿޡפޤϡֿޡסʣؤϰۼ︶ҡ٤ǤդθҤɽ魯ˡΣ	at least one of the nitrogen atoms being part of any of the groups [figure] X being a hetero atom, Y being any atom [5]
C07C 309/55  \	7	7	4H006	C07C 309/55	1	٤ǤޤúǸҤǤΡΣ	Y being a hydrogen or a carbon atom [5]
C07C 309/56  \	7	7	4H006	C07C 309/56	1	٤ۼ︶ҤǤΡΣ	Y being a hetero atom [5]
C07C 309/57  \	3	3	4H006	C07C 309/57	28	úǹʤ˷礷Ƥ륫ܥͭΡΣ	containing carboxyl groups bound to the carbon skeleton [5]
C07C 309/58  \	4	4	4H006	C07C 309/58	227	ܥޤϤΥƥΣ	Carboxylic acid groups or esters thereof [5]
C07C 309/59  \	4	4	4H006	C07C 309/59	53	ܥƱ²ΡΣ	Nitrogen analogues of carboxyl groups [5]
C07C 309/60  \	4	4	4H006	C07C 309/60	34	úǹʤñλǸҤִ줿ΡΣ	the carbon skeleton being further substituted by singly-bound oxygen atoms [5]
C07C 309/61  \	4	4	4H006	C07C 309/61	39	úǹʤ˥˥ȥޤϥ˥ȥΰǤʤǸҤִ줿ΡΣ	the carbon skeleton being further substituted by nitrogen atoms, not being part of nitro or nitroso groups [5]
C07C 309/62  \	2	2	4H006	C07C 309/62	183	¤Υۥ󲽻áޤϥåΣ	Sulfonated fats, oils or waxes of undetermined constitution [5]
C07C 309/63  \	1	1	4H006	C07C 309/63	244	ۥƥΣ	Esters of sulfonic acids [5]
C07C 309/64  \	2	2	4H006	C07C 309/64	69	ƥ벽줿ۥβҤļúǸҤ˷礷ƤΡΣ	having sulfur atoms of esterified sulfo groups bound to acyclic carbon atoms [5]
C07C 309/65  \	3	3	4H006	C07C 309/65	465	˰úǹʤΡΣ	of a saturated carbon skeleton [5]
C07C 309/66  \	4	4	4H006	C07C 309/66	490	᥿󥹥ۥƥΣ	Methanesulfonates [5]
C07C 309/67  \	3	3	4H006	C07C 309/67	66	˰úǹʤΡΣ	of an unsaturated carbon skeleton [5]
C07C 309/68  \	3	3	4H006	C07C 309/68	64	ñλǸҤִ줿úǹʤΡΣ	of a carbon skeleton substituted by singly-bound oxygen atoms [5]
C07C 309/69  \	3	3	4H006	C07C 309/69	45	˥ȥޤϥ˥ȥΰǤʤǸҤִ줿úǹʤΡΣ	of a carbon skeleton substituted by nitrogen atoms, not being part of nitro or nitroso groups [5]
C07C 309/70  \	3	3	4H006	C07C 309/70	34	ܥִ줿úǹʤΡΣ	of a carbon skeleton substituted by carboxyl groups [5]
C07C 309/71  \	2	2	4H006	C07C 309/71	70	ƥ벽줿ۥβҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having sulfur atoms of esterified sulfo groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 309/72  \	2	2	4H006	C07C 309/72	137	ƥ벽줿ۥβҤ˧ĤúǸҤ˷礷ƤΡΣ	having sulfur atoms of esterified sulfo groups bound to carbon atoms of six-membered aromatic rings of a carbon skeleton [5]
C07C 309/73  \	3	3	4H006	C07C 309/73	592	̹磶˧ĤúǸҤ˷礷ƤΡΣ	to carbon atoms of non-condensed six-membered aromatic rings [5]
C07C 309/74  \	3	3	4H006	C07C 309/74	50	̹ķϤΰǤ룶˧ĤúǸҤ˷礷ƤΡΣ	to carbon atoms of six-membered aromatic rings being part of condensed ring systems [5]
C07C 309/75  \	3	3	4H006	C07C 309/75	103	úǹʤ˷礷ƤñλǸҤͭΡΣ	containing singly-bound oxygen atoms bound to the carbon skeleton [5]
C07C 309/76  \	3	3	4H006	C07C 309/76	166	úǹʤ˷礷Ƥ˥ȥޤϥ˥ȥΰǤʤǸҤͭΡΣ	containing nitrogen atoms, not being part of nitro or nitroso groups, bound to the carbon skeleton [5]
C07C 309/77  \	3	3	4H006	C07C 309/77	47	úǹʤ˷礷Ƥ륫ܥͭΡΣ	containing carboxyl groups bound to the carbon skeleton [5]
C07C 309/78  \	1	1	4H006	C07C 309/78	26	ۥϥ饤ɡΣ	Halides of sulfonic acids [5]
C07C 309/79  \	2	2	4H006	C07C 309/79	12	ļúǸҤ˷礷Ƥϥۥ˥ĤΡΣ	having halosulfonyl groups bound to acyclic carbon atoms [5]
C07C 309/80  \	3	3	4H006	C07C 309/80	128	˰úǹʤΡΣ	of a saturated carbon skeleton [5]
C07C 309/81  \	3	3	4H006	C07C 309/81	28	˰úǹʤΡΣ	of an unsaturated carbon skeleton [5]
C07C 309/82  \	3	3	4H006	C07C 309/82	145	ñλǸҤִ줿úǹʤΡΣ	of a carbon skeleton substituted by singly-bound oxygen atoms [5]
C07C 309/83  \	3	3	4H006	C07C 309/83	10	˥ȥޤϥ˥ȥΰǤʤǸҤִ줿úǹʤΡΣ	of a carbon skeleton substituted by nitrogen atoms, not being part of nitro or nitroso groups [5]
C07C 309/84  \	3	3	4H006	C07C 309/84	36	ܥִ줿úǹʤΡΣ	of a carbon skeleton substituted by carboxyl groups [5]
C07C 309/85  \	2	2	4H006	C07C 309/85	22	˧İʳδĤúǸҤ˷礷Ƥϥۥ˥ĤΡΣ	having halosulfonyl groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 309/86  \	2	2	4H006	C07C 309/86	156	˧ĤúǸҤ˷礷Ƥϥۥ˥ĤΡΣ	having halosulfonyl groups bound to carbon atoms of six-membered aromatic rings of a carbon skeleton [5]
C07C 309/87  \	3	3	4H006	C07C 309/87	67	úǹʤ˷礷ƤñλǸҤͭΡΣ	containing singly-bound oxygen atoms bound to the carbon skeleton [5]
C07C 309/88  \	3	3	4H006	C07C 309/88	81	úǹʤ˷礷Ƥ˥ȥޤϥ˥ȥΰǤʤǸҤͭΡΣ	containing nitrogen atoms, not being part of nitro or nitroso groups, bound to the carbon skeleton [5]
C07C 309/89  \	3	3	4H006	C07C 309/89	27	úǹʤ˷礷Ƥ륫ܥͭΡΣ	containing carboxyl groups bound to the carbon skeleton [5]
C07C 311/00  \	0	0	4H006	C07C 311/00	305	ۥߥɡʤۥñǷ礷ƤǸҤ˥ȥޤϥ˥ȥΰǤʤǸҤ֤Ƥ벽ʪΣ	Amides of sulfonic acids, i.e. compounds having singly-bound oxygen atoms of sulfo groups replaced by nitrogen atoms, not being part of nitro or nitroso groups [5]
C07C 311/01  \	1	1	4H006	C07C 311/01	56	ۥߥɴβҤļúǸҤ˷礷ƤΡΣ	Sulfonamides having sulfur atoms of sulfonamide groups bound to acyclic carbon atoms [5]
C07C 311/02  \	2	2	4H006	C07C 311/02	49	ļ˰úǹʤΡΣ	of an acyclic saturated carbon skeleton [5]
C07C 311/03  \	3	3	4H006	C07C 311/03	153	ۥߥɴǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	having the nitrogen atoms of the sulfonamide groups bound to hydrogen atoms or to acyclic carbon atoms [5]
C07C 311/04  \	4	4	4H006	C07C 311/04	152	ñλǸҤִ줿úǴļúǸҤ˷礷ƤΡΣ	to acyclic carbon atoms of hydrocarbon radicals substituted by singly-bound oxygen atoms [5]
C07C 311/05  \	4	4	4H006	C07C 311/05	207	˥ȥޤϥ˥ȥΰǤʤǸҤִ줿úǴļúǸҤ˷礷ƤΡΣ	to acyclic carbon atoms of hydrocarbon radicals substituted by nitrogen atoms, not being part of nitro or nitroso groups [5]
C07C 311/06  \	4	4	4H006	C07C 311/06	168	ܥִ줿úǴļúǸҤ˷礷ƤΡΣ	to acyclic carbon atoms of hydrocarbon radicals substituted by carboxyl groups [5]
C07C 311/07  \	3	3	4H006	C07C 311/07	90	ʤȤ⣱ĤΥۥߥɴǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the sulfonamide groups bound to a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 311/08  \	3	3	4H006	C07C 311/08	695	ʤȤ⣱ĤΥۥߥɴǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the sulfonamide groups bound to a carbon atom of a six-membered aromatic ring [5]
C07C 311/09  \	3	3	4H006	C07C 311/09	263	úǹʤ˾ʤȤ⣲ĤΥϥ󸶻Ҥִ줿ΡΣ	the carbon skeleton being further substituted by at least two halogen atoms [5]
C07C 311/10  \	2	2	4H006	C07C 311/10	41	Ĥͭ˰úǹʤΡΣ	of a saturated carbon skeleton containing rings [5]
C07C 311/11  \	2	2	4H006	C07C 311/11	44	ļ˰úǹʤΡΣ	of an acyclic unsaturated carbon skeleton [5]
C07C 311/12  \	2	2	4H006	C07C 311/12	18	Ĥͭ˰úǹʤΡΣ	of an unsaturated carbon skeleton containing rings [5]
C07C 311/13  \	3	3	4H006	C07C 311/13	218	úǹʤ˧ĤͭΡΣ	the carbon skeleton containing six-membered aromatic rings [5]
C07C 311/14  \	1	1	4H006	C07C 311/14	115	ۥߥɴβҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	Sulfonamides having sulfur atoms of sulfonamide groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 311/15  \	1	1	4H006	C07C 311/15	93	ۥߥɴβҤ˧ĤúǸҤ˷礷ƤΡΣ	Sulfonamides having sulfur atoms of sulfonamide groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 311/16  \	2	2	4H006	C07C 311/16	551	ʤȤ⣱ĤΥۥߥɴǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the sulfonamide groups bound to hydrogen atoms or to an acyclic carbon atom [5]
C07C 311/17  \	3	3	4H006	C07C 311/17	200	ñλǸҤִ줿úǴļúǸҤ˷礷ƤΡΣ	to an acyclic carbon atom of a hydrocarbon radical substituted by singly-bound oxygen atoms [5]
C07C 311/18  \	3	3	4H006	C07C 311/18	262	˥ȥޤϥ˥ȥΰǤʤǤִ줿úǴļúǸҤ˷礷ƤΡΣ	to an acyclic carbon atom of a hydrocarbon radical substituted by nitrogen atoms, not being part of nitro or nitroso groups [5]
C07C 311/19  \	3	3	4H006	C07C 311/19	429	ܥִ줿úǴļúǸҤ˷礷ƤΡΣ	to an acyclic carbon atom of a hydrocarbon radical substituted by carboxyl groups [5]
C07C 311/20  \	2	2	4H006	C07C 311/20	156	ʤȤ⣱ĤΥۥߥɴǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the sulfonamide groups bound to a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 311/21  \	2	2	4H006	C07C 311/21	629	ʤȤ⣱ĤΥۥߥɴǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the sulfonamide groups bound to a carbon atom of a six-membered aromatic ring [5]
C07C 311/22  \	1	1	4H006	C07C 311/22	7	ʬúǹʤñλǸҤִ줿ۥߥɡΣ	Sulfonamides, the carbon skeleton of the acid part being further substituted by singly-bound oxygen atoms [5]
C07C 311/23  \	2	2	4H006	C07C 311/23	5	ۥߥɴβҤļúǸҤ˷礷ƤΡΣ	having the sulfur atoms of the sulfonamide groups bound to acyclic carbon atoms [5]
C07C 311/24  \	3	3	4H006	C07C 311/24	72	ļ˰úǹʤΡΣ	of an acyclic saturated carbon skeleton [5]
C07C 311/25  \	3	3	4H006	C07C 311/25	7	Ĥͭ˰úǤιʤΡΣ	of a saturated carbon skeleton containing rings [5]
C07C 311/26  \	3	3	4H006	C07C 311/26	3	ļ˰úǹʤΡΣ	of an acyclic unsaturated carbon skeleton [5]
C07C 311/27  \	3	3	4H006	C07C 311/27	24	Ĥͭ˰úǹʤΡΣ	of an unsaturated carbon skeleton containing rings [5]
C07C 311/28  \	2	2	4H006	C07C 311/28	21	ʤȤ⣱ĤΥۥߥɴβҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having the sulfur atom of at least one of the sulfonamide groups bound to a carbon atom of a ring other than a six-membered aromatic ring[2006.01]
C07C 311/29  \	2	2	4H006	C07C 311/29	730	ʤȤ⣱ĤΥۥߥɴβҤ˧ĤúǸҤ˷礷ƤΡΣ	having the sulfur atom of at least one of the sulfonamide groups bound to a carbon atom of a six-membered aromatic ring [5]
C07C 311/30  \	1	1	4H006	C07C 311/30	14	ʬúǹʤ˥˥ȥޤϥ˥ȥΰǤʤñǸҤִ줿ۥߥɡΣ	Sulfonamides, the carbon skeleton of the acid part being further substituted by singly-bound nitrogen atoms, not being part of nitro or nitroso groups [5]
C07C 311/31  \	2	2	4H006	C07C 311/31	16	ۥߥɴβҤļúǸҤ˷礷ƤΡΣ	having the sulfur atoms of the sulfonamide groups bound to acyclic carbon atoms [5]
C07C 311/32  \	3	3	4H006	C07C 311/32	66	ļ˰úǹʤΡΣ	of an acyclic saturated carbon skeleton [5]
C07C 311/33  \	3	3	4H006	C07C 311/33	10	Ĥͭ˰úǹʤΡΣ	of a saturated carbon skeleton containing rings [5]
C07C 311/34  \	3	3	4H006	C07C 311/34	3	ļ˰úǹʤΡΣ	of an acyclic unsaturated carbon skeleton [5]
C07C 311/35  \	3	3	4H006	C07C 311/35	31	Ĥͭ˰úǹʤΡΣ	of an unsaturated carbon skeleton containing rings [5]
C07C 311/36  \	2	2	4H006	C07C 311/36	8	ʤȤ⣱ĤΥۥߥɴβҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having the sulfur atom of at least one of the sulfonamide groups bound to a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 311/37  \	2	2	4H006	C07C 311/37	298	ʤȤ⣱ĤΥۥߥɴβҤ˧ĤúǸҤ˷礷ƤΡΣ	having the sulfur atom of at least one of the sulfonamide groups bound to a carbon atom of a six-membered aromatic ring [5]
C07C 311/38  \	3	3	4H006	C07C 311/38	17	ۥߥɴβҤƱúǹʤΣ˧ĤúǸҤ˷礷ߥδĤΡΣ	having sulfur atoms of sulfonamide groups and amino groups bound to carbon atoms of six-membered aromatic rings of the same carbon skeleton [5]
C07C 311/39  \	4	4	4H006	C07C 311/39	331	ʤȤ⣱ĤΥۥߥɴǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the sulfonamide groups bound to hydrogen atoms or to an acyclic carbon atom [5]
C07C 311/40  \	5	5	4H006	C07C 311/40	35	ñλǸҤִ줿úǴļúǸҤ˷礷ƤΡΣ	to an acyclic carbon atom of a hydrocarbon radical substituted by singly-bound oxygen atoms [5]
C07C 311/41  \	5	5	4H006	C07C 311/41	64	˥ȥޤϥ˥ȥΰǤʤǸҤִ줿úǴļúǸҤ˷礷ƤΡΣ	to an acyclic carbon atom of a hydrocarbon radical substituted by nitrogen atoms, not being part of nitro or nitroso groups [5]
C07C 311/42  \	5	5	4H006	C07C 311/42	94	ܥִ줿úǴļúǸҤ˷礷ƤΡΣ	to an acyclic carbon atom of a hydrocarbon radical substituted by carboxyl groups [5]
C07C 311/43  \	4	4	4H006	C07C 311/43	15	ʤȤ⣱ĤΥۥߥɴǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the sulfonamide groups bound to a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 311/44  \	4	4	4H006	C07C 311/44	129	ʤȤ⣱ĤΥۥߥɴǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having the nitrogen atom of at least one of the sulfonamide groups bound to a carbon atom of a six-membered aromatic ring [5]
C07C 311/45  \	2	2	4H006	C07C 311/45	15	ʤȤ⣱ĤñǸҤʲδΤ줫ΰȤʤäƤΡֿޡפޤϡֿޡסʣؤϰۼ︶ҡ٤ǤդθҤɽ魯㡥Ρ륢ߥΥۥ󥢥ߥɡΣ	at least one of the singly-bound nitrogen atoms being part of any of the groups [figure] X being a hetero atom, Y being any atom, e.g. N-acylaminosulfonamides [5]
C07C 311/46  \	3	3	4H006	C07C 311/46	328	٤ǤޤúǸҤǤΡΣ	Y being a hydrogen or a carbon atom [5]
C07C 311/47  \	3	3	4H006	C07C 311/47	89	٤ۼ︶ҤǤΡΣ	Y being a hetero atom [5]
C07C 311/48  \	1	1	4H006	C07C 311/48	504	ۥߥɴǸҤ¾ΰۼ︶Ҥ˷礷ƤΡΣ	having nitrogen atoms of sulfonamide groups further bound to another hetero atom [5]
C07C 311/49  \	2	2	4H006	C07C 311/49	203	ǸҤ˷礷ƤΡΣ	to nitrogen atoms [5]
C07C 311/50  \	1	1	4H006	C07C 311/50	20	ʲΤ줫δͭ벽ʪֿޡפޤϡֿޡסʣؤϰۼ︶ҡ٤ǤդθҤɽ魯ˡΣ	Compounds containing any of the groups [figure] X being a hetero atom, Y being any atom [5]
C07C 311/51  \	2	2	4H006	C07C 311/51	520	٤ϿǤޤúǸҤǤΡΣ	Y being a hydrogen or a carbon atom [5]
C07C 311/52  \	2	2	4H006	C07C 311/52	4	٤ۼ︶ҤǤΡΣ	Y being a hetero atom [5]
C07C 311/53  \	3	3	4H006	C07C 311/53	128	ؤȣ٤ǸҤǤʤΡ㡥Ρۥ˥륫ХߥΣ	X and Y not being nitrogen atoms, e.g. N-sulfonylcarbamic acid [5]
C07C 311/54  \	3	3	4H006	C07C 311/54	21	ؤȣ٤Τ줫ΤߤǸҤǤΡ㡥Ρۥ˥ǢǡΣ	either X or Y, but not both, being nitrogen atoms, e.g. N-sulfonylurea [5]
C07C 311/55  \	4	4	4H006	C07C 311/55	43	ۥ˥ǢǴβҤļúǸҤ˷礷ƤΡΣ	having sulfur atoms of the sulfonylurea groups bound to acyclic carbon atoms [5]
C07C 311/56  \	4	4	4H006	C07C 311/56	19	ۥ˥ǢǴβҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having sulfur atoms of the sulfonylurea groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 311/57  \	4	4	4H006	C07C 311/57	30	ۥ˥ǢǴβҤ˧ĤúǸҤ˷礷ƤΡΣ	having sulfur atoms of the sulfonylurea groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 311/58  \	5	5	4H006	C07C 311/58	203	ۥ˥ǢǴǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	having nitrogen atoms of the sulfonylurea groups bound to hydrogen atoms or to acyclic carbon atoms [5]
C07C 311/59  \	5	5	4H006	C07C 311/59	90	ۥ˥ǢǴǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having nitrogen atoms of the sulfonylurea groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 311/60  \	5	5	4H006	C07C 311/60	83	ۥ˥ǢǴǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having nitrogen atoms of the sulfonylurea groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 311/61  \	5	5	4H006	C07C 311/61	20	ۥ˥ǢǴǸҤ¾ΰۼ︶Ҥ˷礷ƤΡΣ	having nitrogen atoms of the sulfonylurea groups further bound to another hetero atom [5]
C07C 311/62  \	5	5	4H006	C07C 311/62	5	ۥ˥ǢǴǸҤ˥벽ƤΡΣ	having nitrogen atoms of the sulfonylurea groups further acylated [5]
C07C 311/63  \	4	4	4H006	C07C 311/63	8	Ρۥ˥륤ǢǡΣ	N-sulfonylisoureas [5]
C07C 311/64  \	3	3	4H006	C07C 311/64	90	ؤȣ٤ǸҤǤΡ㡥Ρۥ˥륰˥Σ	X and Y being nitrogen atoms, e.g. N-sulfonylguanidine [5]
C07C 311/65  \	1	1	4H006	C07C 311/65	43	Ρۥ˥륤ʡȡΣ	N-sulfonylisocyanates [5]
C07C 313/00  \	0	0	4H006	C07C 313/00	17	եեΥϥ饤ɡƥޤ̵ʪեޤϥեΥߥɡʤեޤϥեñǷ礷ƤǸҤ˥ȥޤϥ˥ȥΰǤʤǸҤ֤Ƥ벽ʪΣ	Sulfinic acids; Sulfenic acids; Halides, esters or anhydrides thereof; Amides of sulfinic or sulfenic acids, i.e. compounds having singly-bound oxygen atoms of sulfinic or sulfenic groups replaced by nitrogen atoms, not being part of nitro or nitroso groups [5]
C07C 313/02  \	1	1	4H006	C07C 313/02	33	եͶƳΡΣ	Sulfinic acids; Derivatives thereof [5]
C07C 313/04  \	2	2	4H006	C07C 313/04	172	եΥƥΣ	Sulfinic acids; Esters thereof [5]
C07C 313/06  \	2	2	4H006	C07C 313/06	98	եߥɡΣ	Sulfinamides [5]
C07C 313/08  \	1	1	4H006	C07C 313/08	26	եͶƳΡΣ	Sulfenic acids; Derivatives thereof [5]
C07C 313/10  \	2	2	4H006	C07C 313/10	2	եΥƥΣ	Sulfenic acids; Esters thereof [5]
C07C 313/12  \	3	3	4H006	C07C 313/12	25	եβҤļúǸҤ˷礷ƤΡΣ	having sulfur atoms of sulfenic groups bound to acyclic carbon atoms [5]
C07C 313/14  \	3	3	4H006	C07C 313/14	1	եβҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having sulfur atoms of sulfenic groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 313/16  \	3	3	4H006	C07C 313/16	23	եβҤ˧ĤúǸҤ˷礷ƤΡΣ	having sulfur atoms of sulfenic groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 313/18  \	2	2	4H006	C07C 313/18	13	եߥɡΣ	Sulfenamides [5]
C07C 313/20  \	3	3	4H006	C07C 313/20	50	եߥɴβҤļúǸҤ˷礷ƤΡΣ	having sulfur atoms of sulfenamide groups bound to acyclic carbon atoms [5]
C07C 313/22  \	3	3	4H006	C07C 313/22	7	եߥɴβҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having sulfur atoms of sulfenamide groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 313/24  \	3	3	4H006	C07C 313/24	41	եߥɴβҤ˧ĤúǸҤ˷礷ƤΡΣ	having sulfur atoms of sulfenamide groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 313/26  \	3	3	4H006	C07C 313/26	1	ʲΤ줫δͭ벽ʪֿޡפޤϡֿޡסʣؤϰۼ︶ҡ٤ǤդθҤɽ魯ˡΣ	Compounds containing any of the groups [figure] X being a hetero atom, Y being any atom [5]
C07C 313/28  \	4	4	4H006	C07C 313/28	43	٤ǤޤúǸҤǤΡΣ	Y being a hydrogen or a carbon atom [5]
C07C 313/30  \	4	4	4H006	C07C 313/30	7	٤ۼ︶ҤǤΡΣ	Y being a hetero atom [5]
C07C 313/32  \	5	5	4H006	C07C 313/32	55	ؤȣ٤ǸҤǤʤΡ㡥Ρե˥륫ХߥΣ	X and Y not being nitrogen atoms, e.g. N-sulfenylcarbamic acid [5]
C07C 313/34  \	5	5	4H006	C07C 313/34	38	ؤȣ٤Τ줫ΤǸҤǤΡ㡥Ρե˥ǢǡΣ	either X or Y, but not both, being nitrogen atoms, e.g. N-sulfenylureas [5]
C07C 313/36  \	3	3	4H006	C07C 313/36	54	եߥɴǸҤ¾ΰۼ︶Ҥ˷礷ƤΡΣ	having nitrogen atoms of sulfenamide groups further bound to other hetero atoms [5]
C07C 313/38  \	3	3	4H006	C07C 313/38	1	Ρե˥륤ʡȡΣ	N-sulfenylisocyanates [5]
C07C 315/00  \	0	0	4H006	C07C 315/00	299	ۥ¤ۥɤ¤Σ	Preparation of sulfones; Preparation of sulfoxides [5]
C07C 315/02  \	1	1	4H006	C07C 315/02	447	եɤλˤ륹ۥޤϥۥɴηޤϥۥɤλˤ륹ۥηˤΡΣ	by formation of sulfone or sulfoxide groups by oxidation of sulfides, or by formation of sulfone groups by oxidation of sulfoxides [5]
C07C 315/04  \	1	1	4H006	C07C 315/04	1551	ۥޤϥۥɴηͿʤȿˤΡΣ	by reactions not involving the formation of sulfone or sulfoxide groups [5]
C07C 315/06  \	1	1	4H006	C07C 315/06	300	ʬΥ경źúޤλѡΣ	Separation; Purification; Stabilisation; Use of additives [5]
C07C 317/00  \	0	0	4H006	C07C 317/00	5	ۥ󡨥ۥɡΣ	Sulfones; Sulfoxides [5]
C07C 317/02  \	1	1	4H006	C07C 317/02	14	ۥޤϥۥɴļúǸҤ˷礷ƤΡΣ	having sulfone or sulfoxide groups bound to acyclic carbon atoms [5]
C07C 317/04  \	2	2	4H006	C07C 317/04	301	ļ˰úǹʤΡΣ	of an acyclic saturated carbon skeleton [5]
C07C 317/06  \	2	2	4H006	C07C 317/06	21	Ĥͭ˰úǹʤΡΣ	of a saturated carbon skeleton containing rings [5]
C07C 317/08  \	2	2	4H006	C07C 317/08	54	ļ˰úǹʤΡΣ	of an acyclic unsaturated carbon skeleton [5]
C07C 317/10  \	2	2	4H006	C07C 317/10	99	Ĥͭ˰úǹʤΡΣ	of an unsaturated carbon skeleton containing rings [5]
C07C 317/12  \	1	1	4H006	C07C 317/12	57	ۥޤϥۥɴ𤬣˧İʳδĤúǸҤ˷礷ƤΡΣ	having sulfone or sulfoxide groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 317/14  \	1	1	4H006	C07C 317/14	676	ۥޤϥۥɴ𤬣˧ĤúǸҤ˷礷ƤΡΣ	having sulfone or sulfoxide groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 317/16  \	1	1	4H006	C07C 317/16	19	ۥޤϥۥɴñλǸҤƱúǹʤ˷礷ƤΡΣ	having sulfone or sulfoxide groups and singly-bound oxygen atoms bound to the same carbon skeleton [5]
C07C 317/18  \	2	2	4H006	C07C 317/18	532	ۥޤϥۥɴúǹʤļúǸҤ˷礷ƤΡΣ	with sulfone or sulfoxide groups bound to acyclic carbon atoms of the carbon skeleton [5]
C07C 317/20  \	2	2	4H006	C07C 317/20	46	ۥޤϥۥɴúǹʤΣ˧İʳδĤúǸҤ˷礷ƤΡΣ	with sulfone or sulfoxide groups bound to carbon atoms of rings other than six-membered aromatic rings of the carbon skeleton [5]
C07C 317/22  \	2	2	4H006	C07C 317/22	1433	ۥޤϥۥɴúǹʤΣ˧ĤúǸҤ˷礷ƤΡΣ	with sulfone or sulfoxide groups bound to carbon atoms of six-membered aromatic rings of the carbon skeleton [5]
C07C 317/24  \	1	1	4H006	C07C 317/24	481	ۥޤϥۥɴŷλǸҤƱúǹʤ˷礷ƤΡΣ	having sulfone or sulfoxide groups and doubly-bound oxygen atoms bound to the same carbon skeleton [5]
C07C 317/26  \	1	1	4H006	C07C 317/26	38	ۥޤϥۥɴȥ˥ȥޤϥ˥ȥΰǤʤǸҤƱúǹʤ˷礷ƤΡΣ	having sulfone or sulfoxide groups and nitrogen atoms, not being part of nitro or nitroso groups, bound to the same carbon skeleton [5]
C07C 317/28  \	2	2	4H006	C07C 317/28	546	ۥޤϥۥɴúǹʤļúǸҤ˷礷ƤΡΣ	with sulfone or sulfoxide groups bound to acyclic carbon atoms of the carbon skeleton [5]
C07C 317/30  \	2	2	4H006	C07C 317/30	57	ۥޤϥۥɴúǹʤΣ˧İʳδĤúǸҤ˷礷ƤΡΣ	with sulfone or sulfoxide groups bound to carbon atoms of rings other than six-membered aromatic rings of the carbon skeleton [5]
C07C 317/32  \	2	2	4H006	C07C 317/32	577	ۥޤϥۥɴúǹʤΣ˧ĤúǸҤ˷礷ƤΡΣ	with sulfone or sulfoxide groups bound to carbon atoms of six-membered aromatic rings of the carbon skeleton [5]
C07C 317/34  \	3	3	4H006	C07C 317/34	71	ۥޤϥۥɴȥߥδƱ̹ĤΰǤ룶˧Ĥޤϣ˧Ĥ̹ͭķϤúǸҤ˷礷ƤΡΣ	having sulfone or sulfoxide groups and amino groups bound to carbon atoms of six-membered aromatic rings being part of the same non-condensed ring or of a condensed ring system containing that ring [5]
C07C 317/36  \	4	4	4H006	C07C 317/36	458	ߥδǸҤǸҤޤúǸҤ˷礷ƤΡΣ	with the nitrogen atoms of the amino groups bound to hydrogen atoms or to carbon atoms [5]
C07C 317/38  \	4	4	4H006	C07C 317/38	31	ʤȤ⣱ĤΥߥδǸҤʲδΤ줫ΰǤΡֿޡפޤϡֿޡסʣؤϰۼ︶ҡ٤ǤդθҤɽ魯㡥Ρ륢ߥΥۥΣ	with the nitrogen atom of at least one amino group being part of any of the groups [figure] X being a hetero atom, Y being any atom, e.g. N-acylaminosulfones [5]
C07C 317/40  \	5	5	4H006	C07C 317/40	272	٤ǤޤúǸҤǤΡΣ	Y being a hydrogen or a carbon atom [5]
C07C 317/42  \	5	5	4H006	C07C 317/42	138	٤ۼ︶ҤǤΡΣ	Y being a hetero atom [5]
C07C 317/44  \	1	1	4H006	C07C 317/44	1451	ۥޤϥۥɴȥܥƱúǹʤ˷礷ƤΡΣ	having sulfone or sulfoxide groups and carboxyl groups bound to the same carbon skeleton [5]
C07C 317/46  \	2	2	4H006	C07C 317/46	452	úǹʤñλǸҤִ줿ΡΣ	the carbon skeleton being further substituted by singly-bound oxygen atoms [5]
C07C 317/48  \	2	2	4H006	C07C 317/48	311	úǹʤ˥˥ȥޤϥ˥ȥΰǤʤñǸҤִ줿ΡΣ	the carbon skeleton being further substituted by singly-bound nitrogen atoms, not being part of nitro or nitroso groups [5]
C07C 317/50  \	3	3	4H006	C07C 317/50	197	ʤȤ⣱ĤǸҤʲδΤ줫ΰȤʤäƤΡֿޡפޤϡֿޡסʣؤϰۼ︶ҡ٤ǤդθҤɽ魯ˡΣ	at least one of the nitrogen atoms being part of any of the groups [figure] X being a hetero atom, Y being any atom [5]
C07C 319/00  \	0	0	4H006	C07C 319/00	15	롤եɡҥɥݥꥹեɤޤϥݥꥹեɤ¤Σ	Preparation of thiols, sulfides, hydropolysulfides or polysulfides [5]
C07C 319/02  \	1	1	4H006	C07C 319/02	419	¤Σ	of thiols [5]
C07C 319/04  \	2	2	4H006	C07C 319/04	102	˰²ʪβǤޤϤαղä뤳ȤˤΡΣ	by addition of hydrogen sulfide or its salts to unsaturated compounds [5]
C07C 319/06  \	2	2	4H006	C07C 319/06	187	եɡҥɥݥꥹեɤޤϥݥꥹեɤΤΡΣ	from sulfides, hydropolysulfides or polysulfides [5]
C07C 319/08  \	2	2	4H006	C07C 319/08	86	ޤϥƥ벽⤷ϥƥ벽줿ִˤΡΣ	by replacement of hydroxy groups or etherified or esterified hydroxy groups [5]
C07C 319/10  \	3	3	4H006	C07C 319/10	10	˧ĤúǸҤ˷礷ޤϥƥ벽⤷ϥƥ벽줿ִˤΡΣ	by replacement of hydroxy groups or etherified or esterified hydroxy groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 319/12  \	2	2	4H006	C07C 319/12	184	륫ץȴηͿʤȿˤΡΣ	by reactions not involving the formation of mercapto groups [5]
C07C 319/14  \	1	1	4H006	C07C 319/14	1233	եɤ¤Σ	of sulfides [5]
C07C 319/16  \	2	2	4H006	C07C 319/16	42	˰²ʪβǤޤϤαղä뤳ȤˤΡΣ	by addition of hydrogen sulfide or its salts to unsaturated compounds [5]
C07C 319/18  \	2	2	4H006	C07C 319/18	255	˰²ʪ˥ղä뤳ȤˤΡΣ	by addition of thiols to unsaturated compounds [5]
C07C 319/20  \	2	2	4H006	C07C 319/20	1957	եɴηͿʤȿˤΡΣ	by reactions not involving the formation of sulfide groups [5]
C07C 319/22  \	1	1	4H006	C07C 319/22	143	ҥɥݥꥹեɤޤϥݥꥹեɤ¤Σ	of hydropolysulfides or polysulfides [5]
C07C 319/24  \	2	2	4H006	C07C 319/24	306	ββηͿȿˤΡΣ	by reactions involving the formation of sulfur-to-sulfur bonds [5]
C07C 319/26  \	1	1	4H006	C07C 319/26	83	ʬΥ경źúޤλѡΣ	Separation; Purification; Stabilisation; Use of additives [5]
C07C 319/28  \	2	2	4H006	C07C 319/28	445	ʬΥΣ	Separation; Purification [5]
C07C 319/30  \	3	3	4H006	C07C 319/30	4	ʪΤΡΣ	from the by-products of refining mineral oils [5]
C07C 321/00  \	0	0	4H006	C07C 321/00	22	롤եɡҥɥݥꥹեɤޤϥݥꥹեɡΣ	Thiols, sulfides, hydropolysulfides or polysulfides [5]
C07C 321/02  \	1	1	4H006	C07C 321/02	20	ļúǸҤ˷礷Ƥ륫ץȴĥΣ	Thiols having mercapto groups bound to acyclic carbon atoms [5]
C07C 321/04  \	2	2	4H006	C07C 321/04	282	ļ˰úǹʤΡΣ	of an acyclic saturated carbon skeleton [5]
C07C 321/06  \	2	2	4H006	C07C 321/06	22	Ĥͭ˰úǹʤΡΣ	of a saturated carbon skeleton containing rings [5]
C07C 321/08  \	2	2	4H006	C07C 321/08	44	ļ˰úǹʤΡΣ	of an acyclic unsaturated carbon skeleton [5]
C07C 321/10  \	2	2	4H006	C07C 321/10	83	Ĥͭ˰úǹʤΡΣ	of an unsaturated carbon skeleton containing rings [5]
C07C 321/12  \	1	1	4H006	C07C 321/12	22	ļúǸҤ˷礷ĥեɡҥɥݥꥹեɤޤϥݥꥹեɡΣ	Sulfides, hydropolysulfides, or polysulfides having thio groups bound to acyclic carbon atoms [5]
C07C 321/14  \	2	2	4H006	C07C 321/14	474	ļ˰úǹʤΡΣ	of an acyclic saturated carbon skeleton [5]
C07C 321/16  \	2	2	4H006	C07C 321/16	44	Ĥͭ˰úǹʤΡΣ	of a saturated carbon skeleton containing rings [5]
C07C 321/18  \	2	2	4H006	C07C 321/18	92	ļ˰úǹʤΡΣ	of an acyclic unsaturated carbon skeleton [5]
C07C 321/20  \	2	2	4H006	C07C 321/20	170	Ĥͭ˰úǹʤΡΣ	of an unsaturated carbon skeleton containing rings [5]
C07C 321/22  \	1	1	4H006	C07C 321/22	116	˧İʳδĤúǸҤ˷礷Ƥĥ롤եɡҥɥݥꥹեɤޤϥݥꥹեɡΣ	Thiols, sulfides, hydropolysulfides, or polysulfides having thio groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 321/24  \	1	1	4H006	C07C 321/24	78	˧ĤúǸҤ˷礷Ƥĥ롤եɡҥɥݥꥹեɤޤϥݥꥹեɡΣ	Thiols, sulfides, hydropolysulfides, or polysulfides having thio groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 321/26  \	2	2	4H006	C07C 321/26	167	Σ	Thiols [5]
C07C 321/28  \	2	2	4H006	C07C 321/28	517	˧ĤúǸҤ˷礷ƤĥեɡҥɥݥꥹեɤޤϥݥꥹեɡΣ	Sulfides, hydropolysulfides, or polysulfides having thio groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 321/30  \	3	3	4H006	C07C 321/30	171	ʤȤ⣱ĤΥβҤ˧ĤΣĤúǸҤ˷礷Ƥ륹եɡΣ	Sulfides having the sulfur atom of at least one thio group bound to two carbon atoms of six-membered aromatic rings [5]
C07C 323/00  \	0	0	4H006	C07C 323/00	32	ϥ󡤻ǡǸҤޤϥΰǤʤβҤִ줿롤եɡҥɥݥꥹեɤޤϥݥꥹեɡΣ	Thiols, sulfides, hydropolysulfides or polysulfides substituted by halogen, oxygen or nitrogen atoms, or by sulfur atoms not being part of thio groups [5]
C07C 323/01  \	1	1	4H006	C07C 323/01	10	Ʊúǹʤ˷礷Ƥϥ󸶻Ҥޤϥ˥ȥ⤷ϥ˥ȥͭΡΣ	containing thio groups and halogen atoms, or nitro or nitroso groups bound to the same carbon skeleton [5]
C07C 323/02  \	2	2	4H006	C07C 323/02	6	βҤúǹʤļúǸҷ礷ƤΡΣ	having sulfur atoms of thio groups bound to acyclic carbon atoms of the carbon skeleton [5]
C07C 323/03  \	3	3	4H006	C07C 323/03	136	úǹʤļ˰¤ΤΡΣ	the carbon skeleton being acyclic and saturated [5]
C07C 323/04  \	3	3	4H006	C07C 323/04	13	úǹʤ˰¤ǴĤͭΡΣ	the carbon skeleton being saturated and containing rings [5]
C07C 323/05  \	3	3	4H006	C07C 323/05	50	úǹʤļ˰¤ΤΡΣ	the carbon skeleton being acyclic and unsaturated [5]
C07C 323/06  \	3	3	4H006	C07C 323/06	6	úǹʤ˰¤ǣ˧İʳδĤͭΡΣ	the carbon skeleton being unsaturated and containing rings other than six-membered aromatic rings [5]
C07C 323/07  \	3	3	4H006	C07C 323/07	80	úǹʤ˧ĤͭΡΣ	the carbon skeleton containing six-membered aromatic rings [5]
C07C 323/08  \	2	2	4H006	C07C 323/08	15	βҤúǹʤΣ˧İʳδĤúǸҤ˷礷ƤΡΣ	having sulfur atoms of thio groups bound to carbon atoms of rings other than six-membered aromatic rings of the carbon skeleton [5]
C07C 323/09  \	2	2	4H006	C07C 323/09	414	βҤúǹʤΣ˧ĤúǸҤ˷礷ƤΡΣ	having sulfur atoms of thio groups bound to carbon atoms of six-membered aromatic rings of the carbon skeleton [5]
C07C 323/10  \	1	1	4H006	C07C 323/10	39	Ʊúǹʤ˷礷ƤñλǸҤͭΡΣ	containing thio groups and singly-bound oxygen atoms bound to the same carbon skeleton [5]
C07C 323/11  \	2	2	4H006	C07C 323/11	34	βҤúǹʤļúǸҤ˷礷ƤΡΣ	having the sulfur atoms of the thio groups bound to acyclic carbon atoms of the carbon skeleton [5]
C07C 323/12  \	3	3	4H006	C07C 323/12	1070	úǹʤļ˰¤ΤΡΣ	the carbon skeleton being acyclic and saturated [5]
C07C 323/13  \	3	3	4H006	C07C 323/13	31	úǹʤ˰¤ǴĤͭΡΣ	the carbon skeleton being saturated and containing rings [5]
C07C 323/14  \	3	3	4H006	C07C 323/14	96	úǹʤļ˰¤ΤΡΣ	the carbon skeleton being acyclic and unsaturated [5]
C07C 323/15  \	3	3	4H006	C07C 323/15	23	úǹʤ˰¤ǣ˧İʳδĤͭΡΣ	the carbon skeleton being unsaturated and containing rings other than six-membered aromatic rings [5]
C07C 323/16  \	3	3	4H006	C07C 323/16	291	úǹʤ˧ĤͭΡΣ	the carbon skeleton containing six-membered aromatic rings [5]
C07C 323/17  \	2	2	4H006	C07C 323/17	80	ʤȤ⣱ĤΥβҤúǹʤΣ˧İʳδĤúǸҤ˷礷ƤΡΣ	having the sulfur atom of at least one of the thio groups bound to a carbon atom of a ring other than a six-membered aromatic ring of the carbon skeleton [5]
C07C 323/18  \	2	2	4H006	C07C 323/18	130	ʤȤ⣱ĤΥβҤúǹʤΣ˧ĤúǸҤ˷礷ƤΡΣ	having the sulfur atom of at least one of the thio groups bound to a carbon atom of a six-membered aromatic ring of the carbon skeleton [5]
C07C 323/19  \	3	3	4H006	C07C 323/19	286	úǹʤļúǸҤ˷礷ƤñλǸҤĤΡΣ	with singly-bound oxygen atoms bound to acyclic carbon atoms of the carbon skeleton [5]
C07C 323/20  \	3	3	4H006	C07C 323/20	1215	Ʊ̹磶˧ĤúǸҤ˷礷ƤñλǸҤĤΡΣ	with singly-bound oxygen atoms bound to carbon atoms of the same non-condensed six-membered aromatic ring [5]
C07C 323/21  \	3	3	4H006	C07C 323/21	86	βҤ̹ķϤΰǤ룶˧ĤúǸҤ˷礷ƤΡΣ	with the sulfur atom of the thio group bound to a carbon atom of a six-membered aromatic ring being part of a condensed ring system [5]
C07C 323/22  \	1	1	4H006	C07C 323/22	896	Ʊúǹʤ˷礷ƤŷλǸҤͭΡΣ	containing thio groups and doubly-bound oxygen atoms bound to the same carbon skeleton [5]
C07C 323/23  \	1	1	4H006	C07C 323/23	32	Ʊúǹʤ˷礷Ƥ˥ȥޤϥ˥ȥΰǤʤǸҤͭΡΣ	containing thio groups and nitrogen atoms, not being part of nitro or nitroso groups, bound to the same carbon skeleton [5]
C07C 323/24  \	2	2	4H006	C07C 323/24	47	βҤúǹʤļúǸҤ˷礷ƤΡΣ	having the sulfur atoms of the thio groups bound to acyclic carbon atoms of the carbon skeleton [5]
C07C 323/25  \	3	3	4H006	C07C 323/25	709	úǹʤļ˰¤ΤΡΣ	the carbon skeleton being acyclic and saturated [5]
C07C 323/26  \	3	3	4H006	C07C 323/26	25	úǹʤ˰¤ǴĤͭΡΣ	the carbon skeleton being saturated and containing rings [5]
C07C 323/27  \	3	3	4H006	C07C 323/27	48	úǹʤļ˰¤ΤΡΣ	the carbon skeleton being acyclic and unsaturated [5]
C07C 323/28  \	3	3	4H006	C07C 323/28	14	úǹʤ˰¤ǣ˧İʳδĤͭΡΣ	the carbon skeleton being unsaturated and containing rings other than six-membered aromatic rings [5]
C07C 323/29  \	3	3	4H006	C07C 323/29	167	úǹʤ˧ĤͭΡΣ	the carbon skeleton containing six-membered aromatic rings [5]
C07C 323/30  \	2	2	4H006	C07C 323/30	67	ʤȤ⣱ĤΥβҤúǹʤΣ˧İʳδĤúǸҤ˷礷ƤΡΣ	having the sulfur atom of at least one of the thio groups bound to a carbon atom of a ring other than a six-membered aromatic ring of the carbon skeleton [5]
C07C 323/31  \	2	2	4H006	C07C 323/31	92	ʤȤ⣱ĤΥβҤúǹʤΣ˧ĤúǸҤ˷礷ƤΡΣ	having the sulfur atom of at least one of the thio groups bound to a carbon atom of a six-membered aromatic ring of the carbon skeleton [5]
C07C 323/32  \	3	3	4H006	C07C 323/32	330	ʤȤ⣱ĤǸҤúǹʤļúǸҤ˷礷ƤΡΣ	having at least one of the nitrogen atoms bound to an acyclic carbon atom of the carbon skeleton [5]
C07C 323/33  \	3	3	4H006	C07C 323/33	42	ʤȤ⣱ĤǸҤƱ̹磶˧ĤúǸҤ˷礷ƤΡΣ	having at least one of the nitrogen atoms bound to a carbon atom of the same non-condensed six-membered aromatic ring [5]
C07C 323/34  \	4	4	4H006	C07C 323/34	62	𤬥륫ץȴǤΡΣ	the thio group being a mercapto group [5]
C07C 323/35  \	4	4	4H006	C07C 323/35	56	𤬥եɴǤΡΣ	the thio group being a sulfide group [5]
C07C 323/36  \	5	5	4H006	C07C 323/36	229	եɴβҤļúǸҤ˷礷ƤΡΣ	the sulfur atom of the sulfide group being further bound to an acyclic carbon atom [5]
C07C 323/37  \	5	5	4H006	C07C 323/37	242	եɴβҤ˧ĤúǸҤ˷礷ƤΡΣ	the sulfur atom of the sulfide group being further bound to a carbon atom of a six-membered aromatic ring [5]
C07C 323/38  \	3	3	4H006	C07C 323/38	60	βҤ̹ķϤΰǤ룶˧ĤúǸҤ˷礷ƤΡΣ	with the sulfur atom of the thio group bound to a carbon atom of a six-membered aromatic ring being part of a condensed ring system [5]
C07C 323/39  \	2	2	4H006	C07C 323/39	40	ʤȤ⣱ĤǸҤʲδΤ줫ΰȤʤäƤΡֿޡפޤϡֿޡסʣؤϰۼ︶ҡ٤ǤդθҤɽ魯ˡΣ	at least one of the nitrogen atoms being part of any of the groups [figure] X being a hetero atom, Y being any atom [5]
C07C 323/40  \	3	3	4H006	C07C 323/40	91	٤ǤޤúǸҤǤΡΣ	Y being a hydrogen or a carbon atom [5]
C07C 323/41  \	4	4	4H006	C07C 323/41	554	٤ǤޤļúǸҤǤΡΣ	Y being a hydrogen or an acyclic carbon atom [5]
C07C 323/42  \	4	4	4H006	C07C 323/42	230	٤˧ĤúǸҤǤΡΣ	Y being a carbon atom of a six-membered aromatic ring [5]
C07C 323/43  \	3	3	4H006	C07C 323/43	133	٤ۼ︶ҤǤΡΣ	Y being a hetero atom [5]
C07C 323/44  \	4	4	4H006	C07C 323/44	316	ؤޤϣ٤ǸҤǤΡΣ	X or Y being nitrogen atoms [5]
C07C 323/45  \	2	2	4H006	C07C 323/45	88	ʤȤ⣱ĤǸҤúǹʤŷǷ礷ƤΡΣ	having at least one of the nitrogen atoms doubly-bound to the carbon skeleton [5]
C07C 323/46  \	2	2	4H006	C07C 323/46	10	ʤȤ⣱ĤǸҤ¾ΰۼ︶Ҥ˷礷˥ȥޤϥ˥ȥΰǤʤΡΣ	having at least one of the nitrogen atoms, not being part of nitro or nitroso groups, further bound to other hetero atoms [5]
C07C 323/47  \	3	3	4H006	C07C 323/47	223	ǸҤ˷礷ƤΡΣ	to oxygen atoms [5]
C07C 323/48  \	3	3	4H006	C07C 323/48	135	ǸҤ˷礷ƤΡΣ	to nitrogen atoms [5]
C07C 323/49  \	3	3	4H006	C07C 323/49	140	βҤ˷礷ƤΡΣ	to sulfur atoms [5]
C07C 323/50  \	1	1	4H006	C07C 323/50	58	Ʊúǹʤ˷礷Ƥ륫ܥͭΡΣ	containing thio groups and carboxyl groups bound to the same carbon skeleton [5]
C07C 323/51  \	2	2	4H006	C07C 323/51	62	βҤúǹʤļúǸҤ˷礷ƤΡΣ	having the sulfur atoms of the thio groups bound to acyclic carbon atoms of the carbon skeleton [5]
C07C 323/52  \	3	3	4H006	C07C 323/52	1549	úǹʤļ˰¤ΤΡΣ	the carbon skeleton being acyclic and saturated [5]
C07C 323/53  \	3	3	4H006	C07C 323/53	51	úǹʤ˰¤ǴĤͭΡΣ	the carbon skeleton being saturated and containing rings [5]
C07C 323/54  \	3	3	4H006	C07C 323/54	153	úǹʤļ˰¤ΤΡΣ	the carbon skeleton being acyclic and unsaturated [5]
C07C 323/55  \	3	3	4H006	C07C 323/55	55	úǹʤ˰¤ǣ˧İʳδĤͭΡΣ	the carbon skeleton being unsaturated and containing rings other than six-membered aromatic rings [5]
C07C 323/56  \	3	3	4H006	C07C 323/56	394	úǹʤ˧ĤͭΡΣ	the carbon skeleton containing six-membered aromatic rings [5]
C07C 323/57  \	3	3	4H006	C07C 323/57	73	úǹʤ˥˥ȥޤϥ˥ȥΰǤʤǸҤִƤΡΣ	the carbon skeleton being further substituted by nitrogen atoms, not being part of nitro or nitroso groups [5]
C07C 323/58  \	4	4	4H006	C07C 323/58	878	úǹʤ˷礷Ƥ륢ߥδĤΡΣ	with amino groups bound to the carbon skeleton [5]
C07C 323/59  \	5	5	4H006	C07C 323/59	441	úǹʤ˷礷Ƥ륢벽줿ߥδĤΡΣ	with acylated amino groups bound to the carbon skeleton [5]
C07C 323/60  \	3	3	4H006	C07C 323/60	1155	ʤȤ⣱ĤΥܥúǸҤǸҤ˷礷ƤΡΣ	with the carbon atom of at least one of the carboxyl groups bound to nitrogen atoms [5]
C07C 323/61  \	2	2	4H006	C07C 323/61	152	ʤȤ⣱ĤΥβҤúǹʤΣ˧İʳδĤúǸҤ˷礷ƤΡΣ	having the sulfur atom of at least one of the thio groups bound to a carbon atom of a ring other than a six-membered aromatic ring of the carbon skeleton [5]
C07C 323/62  \	2	2	4H006	C07C 323/62	1334	ʤȤ⣱ĤΥβҤúǹʤΣ˧ĤúǸҤ˷礷ƤΡΣ	having the sulfur atom of at least one of the thio groups bound to a carbon atom of a six-membered aromatic ring of the carbon skeleton [5]
C07C 323/63  \	3	3	4H006	C07C 323/63	283	úǹʤ˥˥ȥޤϥ˥ȥΰǤʤǸҤִ줿ΡΣ	the carbon skeleton being further substituted by nitrogen atoms, not being part of nitro or nitroso groups [5]
C07C 323/64  \	1	1	4H006	C07C 323/64	64	Ʊúǹʤ˷礷ΰǤʤβҤͭΡΣ	containing thio groups and sulfur atoms, not being part of thio groups, bound to the same carbon skeleton [5]
C07C 323/65  \	2	2	4H006	C07C 323/65	444	ۥޤϥۥɴβҤúǹʤ˷礷ƤΡΣ	containing sulfur atoms of sulfone or sulfoxide groups bound to the carbon skeleton [5]
C07C 323/66  \	2	2	4H006	C07C 323/66	143	ۥ𡤥ƥ벽줿ۥޤϥϥۥ˥βҤúǹʤ˷礷ƤΡΣ	containing sulfur atoms of sulfo, esterified sulfo or halosulfonyl groups, bound to the carbon skeleton [5]
C07C 323/67  \	2	2	4H006	C07C 323/67	176	ۥߥɴβҤúǹʤ˷礷ƤΡΣ	containing sulfur atoms of sulfonamide groups, bound to the carbon skeleton [5]
C07C 325/00  \	0	0	4H006	C07C 325/00	25	ǥҥɡȥ󡨥Υ󡨤ΥɡΣ	Thioaldehydes; Thioketones; Thioquinones; Oxides thereof [5]
C07C 325/02  \	1	1	4H006	C07C 325/02	81	ȥ󡨤ΥɡΣ	Thioketones; Oxides thereof [5]
C07C 325/04  \	1	1	4H006	C07C 325/04	3	Υ󡨤ΥɡΣ	Thioquinones; Oxides thereof [5]
C07C 327/00  \	0	0	4H006	C07C 327/00	13	ܥΣ	Thiocarboxylic acids [5]
C07C 327/02  \	1	1	4H006	C07C 327/02	14	ΥܥΣ	Monothiocarboxylic acids [5]
C07C 327/04  \	2	2	4H006	C07C 327/04	21	ܥúǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	having carbon atoms of thiocarboxyl groups bound to hydrogen atoms or to acyclic carbon atoms [5]
C07C 327/06  \	3	3	4H006	C07C 327/06	84	ǸҤޤļ˰úǹʤúǸҤ˷礷ƤΡΣ	to hydrogen atoms or to carbon atoms of an acyclic saturated carbon skeleton [5]
C07C 327/08  \	3	3	4H006	C07C 327/08	9	Ĥͭ˰úǹʤúǸҤ˷礷ƤΡΣ	to carbon atoms of a saturated carbon skeleton containing rings [5]
C07C 327/10  \	3	3	4H006	C07C 327/10	37	ļ˰úǹʤúǸҤ˷礷ƤΡΣ	to carbon atoms of an acyclic unsaturated carbon skeleton [5]
C07C 327/12  \	3	3	4H006	C07C 327/12	25	Ĥͭ˰úǹʤúǸҤ˷礷ƤΡΣ	to carbon atoms of an unsaturated carbon skeleton containing rings [5]
C07C 327/14  \	2	2	4H006	C07C 327/14	8	ܥúǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having carbon atoms of thiocarboxyl groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 327/16  \	2	2	4H006	C07C 327/16	40	ܥúǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having carbon atoms of thiocarboxyl groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 327/18  \	1	1	4H006	C07C 327/18	36	ܥΣ	Dithiocarboxylic acids [5]
C07C 327/20  \	1	1	4H006	C07C 327/20	123	ΥܥΥƥΣ	Esters of monothiocarboxylic acids [5]
C07C 327/22  \	2	2	4H006	C07C 327/22	547	ƥ벽줿ܥúǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	having carbon atoms of esterified thiocarboxyl groups bound to hydrogen atoms or to acyclic carbon atoms [5]
C07C 327/24  \	2	2	4H006	C07C 327/24	64	ƥ벽줿ܥúǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having carbon atoms of esterified thiocarboxyl groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 327/26  \	2	2	4H006	C07C 327/26	169	ƥ벽줿ܥúǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having carbon atoms of esterified thiocarboxyl groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 327/28  \	2	2	4H006	C07C 327/28	184	ƥ벽줿ܥβҤñλǸҤִ줿úǴúǸҤ˷礷ƤΡΣ	having sulfur atoms of esterified thiocarboxyl groups bound to carbon atoms of hydrocarbon radicals substituted by singly-bound oxygen atoms [5]
C07C 327/30  \	2	2	4H006	C07C 327/30	138	ƥ벽줿ܥβҤ˥ȥޤϥ˥ȥΰǤϤʤǸҤִ줿úǴúǸҤ˷礷ƤΡΣ	having sulfur atoms of esterified thiocarboxyl groups bound to carbon atoms of hydrocarbon radicals substituted by nitrogen atoms, not being part of nitro or nitroso groups [5]
C07C 327/32  \	2	2	4H006	C07C 327/32	247	ƥ벽줿ܥβҤܥִ줿úǴúǸҤ˷礷ƤΡΣ	having sulfur atoms of esterified thiocarboxyl groups bound to carbon atoms of hydrocarbon radicals substituted by carboxyl groups [5]
C07C 327/34  \	3	3	4H006	C07C 327/34	35	ƱúǴ˷礷Ƥ륢ߥδĤΡΣ	with amino groups bound to the same hydrocarbon radicals [5]
C07C 327/36  \	1	1	4H006	C07C 327/36	62	ܥΥƥΣ	Esters of dithiocarboxylic acids [5]
C07C 327/38  \	1	1	4H006	C07C 327/38	66	ܥΥߥɡΣ	Amides of thiocarboxylic acids [5]
C07C 327/40  \	2	2	4H006	C07C 327/40	88	ܥߥɴúǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	having carbon atoms of thiocarboxamide groups bound to hydrogen atoms or to acyclic carbon atoms [5]
C07C 327/42  \	3	3	4H006	C07C 327/42	144	ǸҤޤ˰úǹʤúǸҤ˷礷ƤΡΣ	to hydrogen atoms or to carbon atoms of a saturated carbon skeleton [5]
C07C 327/44  \	3	3	4H006	C07C 327/44	112	˰úǹʤúǸҤ˷礷ƤΡΣ	to carbon atoms of an unsaturated carbon skeleton [5]
C07C 327/46  \	2	2	4H006	C07C 327/46	63	ܥߥɴúǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having carbon atoms of thiocarboxamide groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 327/48  \	2	2	4H006	C07C 327/48	176	ܥߥɴúǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having carbon atoms of thiocarboxamide groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 327/50  \	2	2	4H006	C07C 327/50	25	ʲΤ줫δͭ벽ʪֿޡפޤϡֿޡסʣؤϰۼ︶ҡ٤ǤդθҤɽ魯ˡΣ	Compounds containing any of the groups [figure] X being a hetero atom, Y being any atom [5]
C07C 327/52  \	3	3	4H006	C07C 327/52	7	٤ǤޤúǸҤǤΡΣ	Y being a hydrogen or a carbon atom [5]
C07C 327/54  \	3	3	4H006	C07C 327/54	5	٤ۼ︶ҤǤΡΣ	Y being a hetero atom [5]
C07C 327/56  \	2	2	4H006	C07C 327/56	48	ܥߥɴǸҤ¾ΰۼ︶Ҥ˷礷ƤΡΣ	having nitrogen atoms of thiocarboxamide groups further bound to another hetero atom [5]
C07C 327/58  \	1	1	4H006	C07C 327/58	143	ŷλǸҤǸҤִ줿ܥͶƳΡ㡥ߥΡƥΣ	Derivatives of thiocarboxylic acids, the doubly-bound oxygen atoms being replaced by nitrogen atoms, e.g. imino-thio ethers [5]
C07C 327/60  \	1	1	4H006	C07C 327/60	17	ܥβҤŷǻǸҤ˷礷ƤܥΣ	Thiocarboxylic acids having sulfur atoms of thiocarboxyl groups further doubly-bound to oxygen atoms [5]
C07C 329/00  \	0	0	4H006	C07C 329/00	68	úΥϥ饤ɡƥ롤ޤ̵ʪΣ	Thiocarbonic acids; Halides, esters or anhydrides thereof [5]
C07C 329/02  \	1	1	4H006	C07C 329/02	52	ΥúͶƳΡΣ	Monothiocarbonic acids; Derivatives thereof [5]
C07C 329/04  \	2	2	4H006	C07C 329/04	47	ΥúΥƥΣ	Esters of monothiocarbonic acids [5]
C07C 329/06  \	3	3	4H006	C07C 329/06	112	úβҤļúǸҤ˷礷ƤΡΣ	having sulfur atoms of thiocarbonic groups bound to acyclic carbon atoms [5]
C07C 329/08  \	3	3	4H006	C07C 329/08	5	úβҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having sulfur atoms of thiocarbonic groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 329/10  \	3	3	4H006	C07C 329/10	24	úβҤ˧ĤúǸҤ˷礷ƤΡΣ	having sulfur atoms of thiocarbonic groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 329/12  \	1	1	4H006	C07C 329/12	30	úͶƳΡΣ	Dithiocarbonic acids; Derivatives thereof [5]
C07C 329/14  \	2	2	4H006	C07C 329/14	22	úΥƥΣ	Esters of dithiocarbonic acids [5]
C07C 329/16  \	3	3	4H006	C07C 329/16	76	úβҤļúǸҤ˷礷ƤΡΣ	having sulfur atoms of dithiocarbonic groups bound to acyclic carbon atoms [5]
C07C 329/18  \	3	3	4H006	C07C 329/18	4	úβҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having sulfur atoms of dithiocarbonic groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 329/20  \	3	3	4H006	C07C 329/20	7	úβҤ˧ĤúǸҤ˷礷ƤΡΣ	having sulfur atoms of dithiocarbonic groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 331/00  \	0	0	4H006	C07C 331/00	3	ޤϥͶƳΡΣ	Derivatives of thiocyanic acid or of isothiocyanic acid [5]
C07C 331/02  \	1	1	4H006	C07C 331/02	47	ʡȡΣ	Thiocyanates [5]
C07C 331/04  \	2	2	4H006	C07C 331/04	85	ʡȴβҤļúǸҤ˷礷ƤΡΣ	having sulfur atoms of thiocyanate groups bound to acyclic carbon atoms [5]
C07C 331/06  \	2	2	4H006	C07C 331/06	6	ʡȴβҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having sulfur atoms of thiocyanate groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 331/08  \	2	2	4H006	C07C 331/08	28	ʡȴβҤ˧ĤúǸҤ˷礷ƤΡΣ	having sulfur atoms of thiocyanate groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 331/10  \	2	2	4H006	C07C 331/10	58	ʡȴβҤñλǸҤִ줿úǴúǸҤ˷礷ƤΡΣ	having sulfur atoms of thiocyanate groups bound to carbon atoms of hydrocarbon radicals substituted by singly-bound oxygen atoms [5]
C07C 331/12  \	2	2	4H006	C07C 331/12	88	ʡȴβҤ˥ȥޤϥ˥ȥΰǤʤǸҤִ줿úǴúǸҤ˷礷ƤΡΣ	having sulfur atoms of thiocyanate groups bound to carbon atoms of hydrocarbon radicals substituted by nitrogen atoms, not being part of nitro or nitroso groups [5]
C07C 331/14  \	2	2	4H006	C07C 331/14	39	ʡȴβҤܥִ줿úǴúǸҤ˷礷ƤΡΣ	having sulfur atoms of thiocyanate groups bound to carbon atoms of hydrocarbon radicals substituted by carboxyl groups [5]
C07C 331/16  \	1	1	4H006	C07C 331/16	45	ʡȡΣ	Isothiocyanates [5]
C07C 331/18  \	2	2	4H006	C07C 331/18	17	ʡȴļúǸҤ˷礷ƤΡΣ	having isothiocyanate groups bound to acyclic carbon atoms [5]
C07C 331/20  \	3	3	4H006	C07C 331/20	67	˰úǹʤΡΣ	of a saturated carbon skeleton [5]
C07C 331/22  \	3	3	4H006	C07C 331/22	30	˰úǹʤΡΣ	of an unsaturated carbon skeleton [5]
C07C 331/24  \	4	4	4H006	C07C 331/24	19	úǹʤ˧ĤͭΡΣ	the carbon skeleton containing six-membered aromatic rings [5]
C07C 331/26  \	2	2	4H006	C07C 331/26	32	ʡȴ𤬣˧İʳδĤúǸҤ˷礷ƤΡΣ	having isothiocyanate groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 331/28  \	2	2	4H006	C07C 331/28	171	ʡȴ𤬣˧ĤúǸҤ˷礷ƤΡΣ	having isothiocyanate groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 331/30  \	2	2	4H006	C07C 331/30	20	Ʊúǹʤ˷礹륤ʡȴ򾯤ʤȤ⣲İʾͭΡΣ	containing at least two isothiocyanate groups bound to the same carbon skeleton [5]
C07C 331/32  \	2	2	4H006	C07C 331/32	8	ʡȴ𤬥벽줿ΡΣ	having isothiocyanate groups acylated [5]
C07C 333/00  \	0	0	4H006	C07C 333/00	42	ХߥͶƳΡʤʲΤ줫δͭ벽ʪֿޡסֿޡסֿޡסֿޡסֿޡסֿޡפޤϡֿޡסǸҤϥ˥ȥޤϥ˥ȥΰǤϤʤˡΣ	Derivatives of thiocarbamic acids, i.e. compounds containing any of the groups [figure] the nitrogen atom not being part of nitro or nitroso groups [5]
C07C 333/02  \	1	1	4H006	C07C 333/02	99	ΥХߥͶƳΡΣ	Monothiocarbamic acids; Derivatives thereof [5]
C07C 333/04  \	2	2	4H006	C07C 333/04	455	ХߥǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	having nitrogen atoms of thiocarbamic groups bound to hydrogen atoms or to acyclic carbon atoms [5]
C07C 333/06  \	2	2	4H006	C07C 333/06	46	ХߥǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having nitrogen atoms of thiocarbamic groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 333/08  \	2	2	4H006	C07C 333/08	261	ХߥǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having nitrogen atoms of thiocarbamic groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 333/10  \	2	2	4H006	C07C 333/10	55	ХߥǸҤʲΤ줫δΰǤΡֿޡסֿޡסֿޡסֿޡסֿޡסֿޡסʣؤϰۼ︶ҡ٤ǤդθҤɽ魯㡥ΡХޡȡΣ	having nitrogen atoms of thiocarbamic groups being part of any of the groups [figure] X being a hetero atom, Y being any atom, e.g., N-acyl-thiocarbamates [5]
C07C 333/12  \	2	2	4H006	C07C 333/12	32	ХߥǸҤ¾ΰۼ︶Ҥ˷礷ƤΡΣ	having nitrogen atoms of thiocarbamic groups bound to other hetero atoms [5]
C07C 333/14  \	1	1	4H006	C07C 333/14	48	ХߥͶƳΡΣ	Dithiocarbamic acids; Derivatives thereof [5]
C07C 333/16  \	2	2	4H006	C07C 333/16	489	ХߥαΣ	Salts of dithiocarbamic acids [5]
C07C 333/18  \	2	2	4H006	C07C 333/18	43	ХߥΥƥΣ	Esters of dithiocarbamic acids [5]
C07C 333/20  \	3	3	4H006	C07C 333/20	236	ХޡȴǸҤǸҤޤļúǸҤ˷礷ƤΡΣ	having nitrogen atoms of dithiocarbamate groups bound to hydrogen atoms or to acyclic carbon atoms [5]
C07C 333/22  \	3	3	4H006	C07C 333/22	28	ХޡȴǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having nitrogen atoms of dithiocarbamate groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 333/24  \	3	3	4H006	C07C 333/24	82	ХޡȴǸҤ˧ĤúǸҤ˷礷ƤΡΣ	having nitrogen atoms of dithiocarbamate groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 333/26  \	3	3	4H006	C07C 333/26	19	ʲΤ줫δͭΡֿޡפޤϡֿޡסʣؤϰۼ︶ҡ٤ǤդθҤɽ魯㡥Ρ른Х᡼ȡΣ	containing any of the groups [figure] X being a hetero atom, Y being any atom, e.g. N-acyldithiocarbamates [5]
C07C 333/28  \	3	3	4H006	C07C 333/28	17	ХޡȴǸҤ¾ΰۼ︶Ҥ˷礷ƤΡΣ	having nitrogen atoms of dithiocarbamate groups bound to other hetero atoms [5]
C07C 333/30  \	2	2	4H006	C07C 333/30	13	ХߥβҤ¾βҤ˷礷ƤΡΣ	having sulfur atoms of dithiocarbamic groups bound to other sulfur atoms [5]
C07C 333/32  \	3	3	4H006	C07C 333/32	57	ॹեɡݥꥹեɡΣ	Thiuramsulfides; Thiurampolysulfides [5]
C07C 335/00  \	0	0	4H006	C07C 335/00	4	ǢǡʤʲΤ줫δͭ벽ʪֿޡפޤϡֿޡסǸҤϥ˥ȥޤϥ˥ȥΰǤϤʤˡΣ	Thioureas, i.e. compounds containing any of the groups [figure] the nitrogen atoms not being part of nitro or nitroso groups [5]
C07C 335/02  \	1	1	4H006	C07C 335/02	32	ǢǡΣ	Thiourea [5]
C07C 335/04  \	1	1	4H006	C07C 335/04	69	ǢǤͶƳΡΣ	Derivatives of thiourea [5]
C07C 335/06  \	2	2	4H006	C07C 335/06	35	ǢǴǸҤļúǸҤ˷礷ƤΡΣ	having nitrogen atoms of thiourea groups bound to acyclic carbon atoms [5]
C07C 335/08  \	3	3	4H006	C07C 335/08	82	˰úǹʤΡΣ	of a saturated carbon skeleton [5]
C07C 335/10  \	3	3	4H006	C07C 335/10	20	˰úǹʤΡΣ	of an unsaturated carbon skeleton [5]
C07C 335/12  \	4	4	4H006	C07C 335/12	68	úǹʤ˧ĤͭΡΣ	the carbon skeleton containing six-membered aromatic rings [5]
C07C 335/14  \	2	2	4H006	C07C 335/14	57	ǢǴǸҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having nitrogen atoms of thiourea groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 335/16  \	2	2	4H006	C07C 335/16	214	ǢǴǸҤúǹʤΣ˧ĤúǸҤ˷礷ƤΡΣ	having nitrogen atoms of thiourea groups bound to carbon atoms of six-membered aromatic rings of a carbon skeleton [5]
C07C 335/18  \	3	3	4H006	C07C 335/18	100	úǹʤñλǸҤִ줿ΡΣ	being further substituted by singly-bound oxygen atoms [5]
C07C 335/20  \	3	3	4H006	C07C 335/20	101	úǹʤ˥˥ȥޤϥ˥ȥΰǤʤǸҤִ줿ΡΣ	being further substituted by nitrogen atoms, not being part of nitro or nitroso groups [5]
C07C 335/22  \	3	3	4H006	C07C 335/22	59	úǹʤ˥ܥִ줿ΡΣ	being further substituted by carboxyl groups [5]
C07C 335/24  \	2	2	4H006	C07C 335/24	6	ʲΤ줫δͭΡֿޡסޤϡֿޡסʣؤϰۼ︶ҡ٤ǤդθҤɽ魯ˡΣ	containing any of the groups [figure] X being a hetero atom, Y being any atom [5]
C07C 335/26  \	3	3	4H006	C07C 335/26	120	٤ϿǤޤúǸҤǤΡ㡥٥󥾥ǢǡΣ	Y being a hydrogen or a carbon atom, e.g. benzoylthioureas [5]
C07C 335/28  \	3	3	4H006	C07C 335/28	110	٤ۼ︶ҤǤΡ㡥ӥåȡΣ	Y being a hetero atom, e.g. thiobiuret [5]
C07C 335/30  \	1	1	4H006	C07C 335/30	30	ǢǡΣ	Isothioureas [5]
C07C 335/32  \	2	2	4H006	C07C 335/32	142	ǢǴβҤļúǸҤ˷礷ƤΡΣ	having sulfur atoms of isothiourea groups bound to acyclic carbon atoms [5]
C07C 335/34  \	2	2	4H006	C07C 335/34	3	ǢǴβҤ˧İʳδĤúǸҤ˷礷ƤΡΣ	having sulfur atoms of isothiourea groups bound to carbon atoms of rings other than six-membered aromatic rings [5]
C07C 335/36  \	2	2	4H006	C07C 335/36	9	ǢǴβҤ˧ĤúǸҤ˷礷ƤΡΣ	having sulfur atoms of isothiourea groups bound to carbon atoms of six-membered aromatic rings [5]
C07C 335/38  \	2	2	4H006	C07C 335/38	42	ʲΤ줫δͭΡֿޡסֿޡסޤϡֿޡסʣؤϰۼ︶ҡ٤ǤդθҤɽ魯ˡΣ	containing any of the groups [figure] X being a hetero atom, Y being any atom [5]
C07C 335/40  \	1	1	4H006	C07C 335/40	33	ǢǴޤϥǢǴǸҤ¾ΰۼ︶Ҥȷ礷ƤΡΣ	having nitrogen atoms of thiourea or isothiourea groups further bound to other hetero atoms [5]
C07C 335/42  \	2	2	4H006	C07C 335/42	66	ۥ˥Ǣǡۥ˥륤ǢǡΣ	Sulfonylthioureas; Sulfonylisothioureas [5]
C07C 335/44  \	2	2	4H006	C07C 335/44	6	ե˥Ǣǡե˥륤ǢǡΣ	Sulfenylthioureas; Sulfenylisothioureas [5]
C07C 337/00  \	0	0	4H006	C07C 337/00	2	δǽξʤȤ⣱ĤǸҤ˥˥ȥޤϥ˥ȥΰǤϤʤ¾ǸҤ˷礷Ƥ륰롼ףããޤϣããޤ봱ǽͭúͶƳΡΣ	Derivatives of thiocarbonic acids containing functional groups covered by groups C07C 333/00 or C07C 335/00 in which at least one nitrogen atom of these functional groups is further bound to another nitrogen atom not being part of a nitro or nitroso group [5]
C07C 337/02  \	1	1	4H006	C07C 337/02	27	ʲΤ줫δͭ벽ʪֿޡסֿޡסֿޡסֿޡפޤϡֿޡ㡥ХƥΣ	Compounds containing any of the groups [figure] e.g. thiocarbazates [5]
C07C 337/04  \	2	2	4H006	C07C 337/04	8	嵭¾ǸҤŷúǸҤ˷礷ƤΡΣ	the other nitrogen atom being further doubly-bound to a carbon atom [5]
C07C 337/06  \	1	1	4H006	C07C 337/06	120	ʲΤ줫δͭ벽ʪֿޡסֿޡפޤϡֿޡ㡥ߥХɡΣ	Compounds containing any of the groups [figure] e.g. thiosemicarbazides [5]
C07C 337/08  \	2	2	4H006	C07C 337/08	162	嵭¾ǸҤŷúǸҤ˷礷ƤΡ㡥ߥХΣ	the other nitrogen atom being further doubly-bound to a carbon atom, e.g. thiosemicarbazones [5]
C07C 337/10  \	1	1	4H006	C07C 337/10	5	ǽΣĤǸҤߤŷǷ礷ƤΡΣ	the two nitrogen atoms of the functional group being doubly-bound to each other [5]
C07C 381/00  \	0	0	4H006	C07C 381/00	372	úǤβͭããããΥ롼פޤʤǽĲʪΣ	Compounds containing carbon and sulfur and having functional groups not covered by groups C07C 301/00-C07C 337/00 [5]
C07C 381/02  \	1	1	4H006	C07C 381/02	90	βƥΣ	Thiosulfates [5]
C07C 381/04  \	1	1	4H006	C07C 381/04	92	ۥΣ	Thiosulfonates [5]
C07C 381/06  \	1	1	4H006	C07C 381/06	28	ĤǸҤΤߤ˷礷ƤβҤͭ벽ʪΣ	Compounds containing sulfur atoms only bound to two nitrogen atoms [5]
C07C 381/08  \	2	2	4H006	C07C 381/08	63	ʤȤ⣱ĤǸҤ벽ƤΡΣ	having at least one of the nitrogen atoms acylated [5]
C07C 381/10  \	1	1	4H006	C07C 381/10	104	ǸҤŷǷ礷ƤβҤͭ벽ʪΣ	Compounds containing sulfur atoms doubly-bound to nitrogen atoms [5]
C07C 381/12  \	1	1	4H006	C07C 381/12	2117	ۥ˥ಽʪΣ	Sulfonium compounds [5]
C07C 381/14  \	1	1	4H006	C07C 381/14	59	ۼ︶ҤФŷ˻ǸҤФŷβҤФƾʤȤ⣱Ĥηġۼ︶ҤФƣĤηͭúǸҤͭ벽ʪΣ	Compounds containing a carbon atom having four bonds to hetero atoms, with a double bond to one hetero atom and at least one bond to a sulfur atom further doubly-bound to oxygen atoms [5]
C07C 391/00  \	0	0	4H006	C07C 391/00	134	ͭ벽ʪΣ	Compounds containing selenium [5]
C07C 391/02  \	1	1	4H006	C07C 391/02	87	˧ĤúǸҤ˷礷Ƥ륻󸶻ҤĤΡΣ	having selenium atoms bound to carbon atoms of six-membered aromatic rings [5]
C07C 395/00  \	0	0	4H006	C07C 395/00	91	ƥͭ벽ʪΣ	Compounds containing tellurium [5]
C07C 401/00  \	0	0	4H006	C07C 401/00	781	쥹ƥޤϤͶƳΤξȼͻʪȼͤ򤻤˲Ū¤ˤä줿ӥߥͶƳΡڥ󥿡̣ͥեʥȥޤϤΡΣ	Irradiation products of cholesterol or its derivatives; Vitamin D derivatives, 9,10-seco cyclopenta[a]phenanthrene or analogues obtained by chemical preparation without irradiation [5]
C07C 403/00  \	0	0	4H006	C07C 403/00	26	إĤޤϥإĤľܷ礷ʤȤ⣴ĤúǸҤʤļ˰ʬͭ¦ĥإޤϥإͶƳΡ㡥ӥߥ¡󡤦¡ΥΣ	Derivatives of cyclohexane or of a cyclohexene, having a side-chain containing an acyclic unsaturated part of at least four carbon atoms, this part being directly attached to the cyclohexane or cyclohexene rings, e.g. vitamin A, beta-carotene, beta-ionone [5]
C07C 403/02  \	1	1	4H006	C07C 403/02	75	¦úǤȿǸҤΤߤͭΡΣ	having side-chains containing only carbon and hydrogen atoms [5]
C07C 403/04  \	1	1	4H006	C07C 403/04	14	¦ϥ󸶻Ҥִ줿ΡΣ	having side-chains substituted by halogen atoms [5]
C07C 403/06  \	1	1	4H006	C07C 403/06	6	¦ñλǸҤִ줿ΡΣ	having side-chains substituted by singly-bound oxygen atoms [5]
C07C 403/08  \	2	2	4H006	C07C 403/08	237	ִ줿ΡΣ	by hydroxy groups [5]
C07C 403/10  \	2	2	4H006	C07C 403/10	51	ƥ벽줿ִ줿ΡΣ	by etherified hydroxy groups [5]
C07C 403/12  \	2	2	4H006	C07C 403/12	141	ƥ벽줿ִ줿ΡΣ	by esterified hydroxy groups [5]
C07C 403/14  \	1	1	4H006	C07C 403/14	147	¦ŷλǸҤִ줿ΡΣ	having side-chains substituted by doubly-bound oxygen atoms [5]
C07C 403/16  \	2	2	4H006	C07C 403/16	171	ãȣϴΰǤʤΡΣ	not being part of &mdash;CHO groups [5]
C07C 403/18  \	1	1	4H006	C07C 403/18	27	¦ǸҤִ줿ΡΣ	having side-chains substituted by nitrogen atoms [5]
C07C 403/20  \	1	1	4H006	C07C 403/20	184	¦ܥִ줿ΡΣ	having side-chains substituted by carboxyl groups [5]
C07C 403/22  \	1	1	4H006	C07C 403/22	65	¦βҤִ줿ΡΣ	having side-chains substituted by sulfur atoms [5]
C07C 403/24  \	1	1	4H006	C07C 403/24	231	¦˧Ĥִ줿Ρ㡥¡Σ	having side-chains substituted by six-membered non-aromatic rings, e.g. beta-carotene [5]
C07C 405/00  \	0	0	4H006	C07C 405/00	51	ߤ˥Ȱ̤ˤ룲Ĥ¦ȡ¦ΣĤФ륪Ȱ̤˴Ĥľܷ礹ǸҤģĤͭ벽ʪǤäơΣĤ¦ϡۼ︶ҤФ룳ĤηͭΤ¿Ƥ⣱ĤηϥϥФǤúǸҤǤäƴĤľܷ礷ʤΤͭ¾¦ϴĤФáΰ֤˷礹ǸҤͭΡ㡥ץ󥸥Σ	Compounds containing a five-membered ring having two side-chains in ortho position to each other, and having oxygen atoms directly attached to the ring in ortho position to one of the side-chains, one side-chain containing, not directly attached to the ring, a carbon atom having three bonds to hetero atoms with at the most one bond to halogen, and the other side-chain having oxygen atoms attached in gamma-position to the ring, e.g. prostaglandins [5]
C07C 405/00 501 \	1	1	4H006	C07C 405/00	3	ץ󥸥ϲʪ	Prostaglandin compounds
C07C 405/00 501 A	1	0	4H006	C07C 405/00	35	ܥ¦ħ̡̣	Characterized by carboxylic acid (first to seventh positions)
C07C 405/00 501 D	1	0	4H006	C07C 405/00	5	Ĥħ̡̣	Characterized by five-membered rings (eighth to twelfth positions)
C07C 405/00 501 E	1	1	4H006	C07C 405/00	2		Ninth position
C07C 405/00 501 F	1	1	4H006	C07C 405/00	3		Eleventh position
C07C 405/00 501 J	1	0	4H006	C07C 405/00	26	륭뺿¦ħ̡̣	Characterized by alkyl chain (thirteenth to twentieth position)
C07C 405/00 501 K	1	1	4H006	C07C 405/00	11		Fifteenth position
C07C 405/00 501 L	1	1	4H006	C07C 405/00	12		Sixteenth position
C07C 405/00 501 M	1	1	4H006	C07C 405/00	16	ü	End
C07C 405/00 501 P	1	0	4H006	C07C 405/00	18	¾ι¤Ūħ	Other structural characteristics
C07C 405/00 501 T	1	0	4H006	C07C 405/00	31	ˡ	Manufacturing methods
C07C 405/00 501 U	1	0	4H006	C07C 405/00	36	ʬΥ경	Separation, purification, stabilization
C07C 405/00 501 V	1	0	4H006	C07C 405/00	57		Intermediates
C07C 405/00 501 W	1	0	4H006	C07C 405/00	134	Τˡ	Manufacture of intermediates
C07C 405/00 501 Z	1	0	4H006	C07C 405/00	56	¾	Others
C07C 405/00 502 \	2	2	4H006	C07C 405/00	1	ŷͭʤ	Five-membered rings not containing double bonds
C07C 405/00 502 A	2	0	4H006	C07C 405/00	32	ܥ¦ħ̡̣	Characterized by carboxylic acid (first to seventh positions)
C07C 405/00 502 D	2	0	4H006	C07C 405/00	7	Ĥħ̡̣	Characterized by five-membered rings (eighth to twelfth positions)
C07C 405/00 502 E	2	1	4H006	C07C 405/00	8		Ninth position
C07C 405/00 502 F	2	1	4H006	C07C 405/00	13		Eleventh position
C07C 405/00 502 J	2	0	4H006	C07C 405/00	26	륭뺿¦ħ̡̣	Characterized by alkyl chain (thirteenth to twentieth position)
C07C 405/00 502 K	2	1	4H006	C07C 405/00	18		Fifteenth position
C07C 405/00 502 L	2	1	4H006	C07C 405/00	23		Sixteenth position
C07C 405/00 502 M	2	1	4H006	C07C 405/00	41	ü	End
C07C 405/00 502 P	2	0	4H006	C07C 405/00	22	¾ι¤Ūħ	Other structural characteristics
C07C 405/00 502 T	2	0	4H006	C07C 405/00	20	ˡ	Manufacturing methods
C07C 405/00 502 U	2	0	4H006	C07C 405/00	2	ʬΥ경	Separation, purification, stabilization
C07C 405/00 502 Z	2	0	4H006	C07C 405/00	3	¾	Others
C07C 405/00 503 \	3	3	4H006	C07C 405/00	5	Ĥľܷ礹ͭ	Five-membered rings containing directly bound hydroxyl group
C07C 405/00 503 A	3	0	4H006	C07C 405/00	95	ܥ¦ħ̡̣	Characterized by carboxylic acid (first to seventh positions)
C07C 405/00 503 D	3	0	4H006	C07C 405/00	5	Ĥħ̡̣	Characterized by five-membered rings (eighth to twelfth positions)
C07C 405/00 503 E	3	1	4H006	C07C 405/00	52		Ninth position
C07C 405/00 503 F	3	1	4H006	C07C 405/00	26		Eleventh position
C07C 405/00 503 J	3	0	4H006	C07C 405/00	49	륭뺿¦ħ̡̣	Characterized by alkyl chain (thirteenth to twentieth position)
C07C 405/00 503 K	3	1	4H006	C07C 405/00	50		Fifteenth position
C07C 405/00 503 L	3	1	4H006	C07C 405/00	47		Sixteenth position
C07C 405/00 503 M	3	1	4H006	C07C 405/00	66	ü	End
C07C 405/00 503 P	3	0	4H006	C07C 405/00	18	¾ι¤Ūħ	Other structural characteristics
C07C 405/00 503 T	3	0	4H006	C07C 405/00	97	ˡ	Manufacturing methods
C07C 405/00 503 U	3	0	4H006	C07C 405/00	26	ʬΥ경	Separation, purification, stabilization
C07C 405/00 503 Z	3	0	4H006	C07C 405/00	9	¾	Others
C07C 405/00 504 \	3	3	4H006	C07C 405/00	6	Ĥľܷ礹륪ͭ	Five-membered rings with directly bound ox group
C07C 405/00 504 A	3	0	4H006	C07C 405/00	165	ܥ¦ħ̡̣	Characterized by carboxylic acid (first to seventh positions)
C07C 405/00 504 D	3	0	4H006	C07C 405/00	22	Ĥħ̡̣	Characterized by five-membered rings (eighth to twelfth positions)
C07C 405/00 504 E	3	1	4H006	C07C 405/00	5		Ninth position
C07C 405/00 504 F	3	1	4H006	C07C 405/00	31		Eleventh position
C07C 405/00 504 J	3	0	4H006	C07C 405/00	83	륭뺿¦ħ̡̣	Characterized by alkyl chain (thirteenth to twentieth position)
C07C 405/00 504 K	3	1	4H006	C07C 405/00	48		Fifteenth position
C07C 405/00 504 L	3	1	4H006	C07C 405/00	49		Sixteenth position
C07C 405/00 504 M	3	1	4H006	C07C 405/00	43	ü	End
C07C 405/00 504 P	3	0	4H006	C07C 405/00	22	¾ι¤Ūħ	Other structural characteristics
C07C 405/00 504 T	3	0	4H006	C07C 405/00	118	ˡ	Manufacturing methods
C07C 405/00 504 U	3	0	4H006	C07C 405/00	32	ʬΥ경	Separation, purification, stabilization
C07C 405/00 504 Z	3	0	4H006	C07C 405/00	10	¾	Others
C07C 405/00 505 \	2	2	4H006	C07C 405/00	0	ŷͭ	Five-membered rings with double bonds
C07C 405/00 505 A	2	0	4H006	C07C 405/00	3	ܥ¦ħ̡̣	Characterized by carboxylic acid (first to seventh positions)
C07C 405/00 505 D	2	0	4H006	C07C 405/00	2	Ĥħ̡̣	Characterized by five-membered rings (eighth to twelfth positions)
C07C 405/00 505 E	2	1	4H006	C07C 405/00	2		Ninth position
C07C 405/00 505 F	2	1	4H006	C07C 405/00	2		Eleventh position
C07C 405/00 505 J	2	0	4H006	C07C 405/00	5	륭뺿¦ħ̡̣	Characterized by alkyl chain (thirteenth to twentieth position)
C07C 405/00 505 K	2	1	4H006	C07C 405/00	3		Fifteenth position
C07C 405/00 505 L	2	1	4H006	C07C 405/00	2		Sixteenth position
C07C 405/00 505 M	2	1	4H006	C07C 405/00	2	ü	End
C07C 405/00 505 P	2	0	4H006	C07C 405/00	2	¾ι¤Ūħ	Other structural characteristics
C07C 405/00 505 T	2	0	4H006	C07C 405/00	3	ˡ	Manufacturing methods
C07C 405/00 505 U	2	0	4H006	C07C 405/00	2	ʬΥ경	Separation, purification, stabilization
C07C 405/00 505 Z	2	0	4H006	C07C 405/00	2	¾	Others
C07C 405/00 506 \	3	3	4H006	C07C 405/00	1	Ĥľܷ礹ͭ	Five-membered rings with directly bound
C07C 405/00 506 A	3	0	4H006	C07C 405/00	11	ܥ¦ħ̡̣	Characterized by carboxylic acid (first to seventh positions)
C07C 405/00 506 D	3	0	4H006	C07C 405/00	3	Ĥħ̡̣	Characterized by five-membered rings (eighth to twelfth positions)
C07C 405/00 506 E	3	1	4H006	C07C 405/00	7		Ninth position
C07C 405/00 506 F	3	1	4H006	C07C 405/00	3		Eleventh position
C07C 405/00 506 J	3	0	4H006	C07C 405/00	4	륭뺿¦ħ̡̣	Characterized by alkyl chain (thirteenth to twentieth position)
C07C 405/00 506 K	3	1	4H006	C07C 405/00	4		Fifteenth position
C07C 405/00 506 L	3	1	4H006	C07C 405/00	6		Sixteenth position
C07C 405/00 506 M	3	1	4H006	C07C 405/00	2	ü	End
C07C 405/00 506 P	3	0	4H006	C07C 405/00	5	¾ι¤Ūħ	Other structural characteristics
C07C 405/00 506 T	3	0	4H006	C07C 405/00	8	ˡ	Manufacturing methods
C07C 405/00 506 U	3	0	4H006	C07C 405/00	2	ʬΥ경	Separation, purification, stabilization
C07C 405/00 506 Z	3	0	4H006	C07C 405/00	4	¾	Others
C07C 405/00 507 \	3	3	4H006	C07C 405/00	2	Ĥľܷ礹륪ͭ	Five-membered rings with directly bound ox group
C07C 405/00 507 A	3	0	4H006	C07C 405/00	35	ܥ¦ħ̡̣	Characterized by carboxylic acid (first to seventh positions)
C07C 405/00 507 D	3	0	4H006	C07C 405/00	9	Ĥħ̡̣	Characterized by five-membered rings (eighth to twelfth positions)
C07C 405/00 507 E	3	1	4H006	C07C 405/00	3		Ninth position
C07C 405/00 507 F	3	1	4H006	C07C 405/00	3		Eleventh position
C07C 405/00 507 J	3	0	4H006	C07C 405/00	17	륭뺿¦ħ̡̣	Characterized by alkyl chain (thirteenth to twentieth position)
C07C 405/00 507 K	3	1	4H006	C07C 405/00	4		Fifteenth position
C07C 405/00 507 L	3	1	4H006	C07C 405/00	4		Sixteenth position
C07C 405/00 507 M	3	1	4H006	C07C 405/00	9	ü	End
C07C 405/00 507 P	3	0	4H006	C07C 405/00	19	¾ι¤Ūħ	Other structural characteristics
C07C 405/00 507 T	3	0	4H006	C07C 405/00	17	ˡ	Manufacturing methods
C07C 405/00 507 U	3	0	4H006	C07C 405/00	4	ʬΥ경	Separation, purification, stabilization
C07C 405/00 507 Z	3	0	4H006	C07C 405/00	3	¾	Others
C07C 407/00  \	0	0	4H006	C07C 407/00	441	ѡʪ¤Σ	Preparation of peroxy compounds [5]
C07C 409/00  \	0	0	4H006	C07C 409/00	79	ѡʪΣ	Peroxy compounds [5]
C07C 409/02  \	1	1	4H006	C07C 409/02	54	ݣϡݣϡݴ𤬡˻ǤִƤʤúǸҤȿǸҤȤδ֤˷礷ƤΡʤϥɥѡɡΣ	the &mdash;O&mdash;O&mdash; group being bound between a carbon atom, not further substituted by oxygen atoms, and hydrogen, i.e. hydroperoxides [5]
C07C 409/04  \	2	2	4H006	C07C 409/04	105	úǸҤļΤΡΣ	the carbon atom being acyclic [5]
C07C 409/06  \	3	3	4H006	C07C 409/06	43	˧İʳδĤͭ벽ʪΣ	Compounds containing rings other than six-membered aromatic rings [5]
C07C 409/08  \	3	3	4H006	C07C 409/08	227	˧Ĥͭ벽ʪΣ	Compounds containing six-membered aromatic rings [5]
C07C 409/10  \	4	4	4H006	C07C 409/10	117	ϥɥѡɡΣ	Cumene hydroperoxide [5]
C07C 409/12  \	4	4	4H006	C07C 409/12	84	ĤΦ륭ϥɥѡƱ˧ĤúǸҤ˷礷ƤΡΣ	with two alpha,alpha-dialkylmethyl-hydroperoxy groups bound to carbon atoms of the same six-membered aromatic ring [5]
C07C 409/14  \	2	2	4H006	C07C 409/14	83	úǸҤ˧İʳδĤ°ΡΣ	the carbon atom belonging to a ring other than a six-membered aromatic ring [5]
C07C 409/16  \	1	1	4H006	C07C 409/16	198	ϡݣϡݴ𤬤˻ǤִƤʤĤúǸҤδ֤˷礷ƤΡʤѡɡΣ	the &mdash;O&mdash;O&mdash; group being bound between two carbon atoms not further substituted by oxygen atoms, i.e. peroxides [5]
C07C 409/18  \	2	2	4H006	C07C 409/18	31	ʤȤ⣱ĤúǸҤ˧İʳδĤ°ΡΣ	at least one of the carbon atoms belonging to a ring other than a six-membered aromatic ring [5]
C07C 409/20  \	1	1	4H006	C07C 409/20	61	ϡݣϡݴ𤬤ñλǸҤִƤúǸҤ˷礷ƤΡΣ	the &mdash;O&mdash;O&mdash; group being bound to a carbon atom further substituted by singly-bound oxygen atoms [5]
C07C 409/22  \	2	2	4H006	C07C 409/22	51	úǸҤ˷礷Ƥ룲ĤΡݣϡݣϡݴĤΡΣ	having two &mdash;O&mdash;O&mdash; groups bound to the carbon atom [5]
C07C 409/24  \	1	1	4H006	C07C 409/24	171	ϡݣϡݴ𤬡áϴȿǸҤȤδ֤˷礷ƤΡʤΣ	the &mdash;O&mdash;O&mdash; group being bound between a &lt;C=O group and hydrogen, i.e. peroxy acids [5]
C07C 409/26  \	2	2	4H006	C07C 409/26	84	ݻΣ	Peracetic acid [5]
C07C 409/28  \	2	2	4H006	C07C 409/28	3	ĤΡáϴ𤬣˧İʳδĤúǸҤ˷礷ƤΡΣ	a &lt;C=O group being bound to a carbon atom of a ring other than a six-membered aromatic ring [5]
C07C 409/30  \	2	2	4H006	C07C 409/30	26	ĤΡáϴ𤬣˧ĤúǸҤ˷礷ƤΡΣ	a &lt;C=O group being bound to a carbon atom of a six-membered aromatic ring [5]
C07C 409/32  \	1	1	4H006	C07C 409/32	87	ϡݣϡݴ𤬣ĤΡáϴδ֤˷礷ƤΡΣ	the &mdash;O&mdash;O&mdash; group being bound between two &lt;C=O groups [5]
C07C 409/34  \	2	2	4H006	C07C 409/34	107	ξԤȤ⥫ܥ°ƤΡΣ	both belonging to carboxylic acids [5]
C07C 409/36  \	3	3	4H006	C07C 409/36	3	ѡɡΣ	Diacetyl peroxide [5]
C07C 409/38  \	1	1	4H006	C07C 409/38	209	ϡݣϡݴ𤬡áϴȤ˻ǸҤִƤʤúǸҤȤδ֤˷礷ƤΡʤΥƥΣ	the &mdash;O&mdash;O&mdash; group being bound between a &lt;C=O group and a carbon atom, not further substituted by oxygen atoms, i.e. esters of peroxy acids [5]
C07C 409/40  \	1	1	4H006	C07C 409/40	70	ǸҤͭΡΣ	containing nitrogen atoms [5]
C07C 409/42  \	1	1	4H006	C07C 409/42	34	βҤͭΡΣ	containing sulfur atoms [5]
C07C 409/44  \	2	2	4H006	C07C 409/44	11	βҤľܡݣϡݣϡݴ˷礷ƤΡ㡥᥹ۥΣ	with sulfur atoms directly bound to the &mdash;O&mdash;O&mdash; groups, e.g. persulfonic acids [5]
