C22C   1/00		Ŵ¤ǮˡˤΣã£ŲˡˤΣããããˡΣ	Making non-ferrous alloys  (by electrothermic methods <b>C22B4/00</b>;   by electrolysis <b>C25C1/24</b>, <b>C25C3/36</b>)	4710
C22C   1/02		ͻˤΡΣ	by melting	27942
C22C   1/03		ѤΡΣ	using master alloys	13850
C22C   1/04		ʴˤΡʣããͥˡΣ	by powder metallurgy  (<b>C22C1/08</b> takes precedence)	15602
C22C   1/047		°ֲʪޤΡΣ	comprising intermetallic compounds	278
C22C   1/05		°ʴ°ʴκʪʣããͥˡΣ	Mixtures of metal powder with non-metallic powder(<b>C22C1/08</b> takes precedence)	13723
C22C   1/051		ۤʪúʪⲽʪʪޤϤʪȤż¤νȯȤѤʴʪĴΣ	Making hard metals based on borides, carbides, nitrides, oxides or silicides; Preparation of the powder mixture used as the starting material therefor	815
C22C   1/053		żʪΤξǤηˤΡΣ	with <u>in situ</u> formation of hard compounds	80
C22C   1/055		úǤѤΡΣ	using carbon	72
C22C   1/056		ΤѤΡΣ	using gas	27
C22C   1/057		ȿƷˤżʪʳΤξǤηˤΡ㡥Ըȿˤ줿°Σ	with <u>in situ</u> formation of phases other than hard compounds by solid state reaction sintering, e.g. metal phase formed by reduction reaction	49
C22C   1/059		̡̤ʬޤ¤Σ	Making alloys comprising less than 5% by weight of dispersed reinforcing phases	458
C22C   1/06		ϣæüźúޤѤ	with the use of special agents for refining or deoxidising	7839
C22C   1/08		ޤĺĹΣ	Alloys with open or closed pores	4292
C22C   1/10		°ޤʣããããͥˡΣ	Alloys containing non-metals(<b>C22C1/05</b>, <b>C22C1/08</b> take precedence)	11466
C22C   1/11		ե¤Σ	Making amorphous alloys	292
C22C   1/12		Ⱦξ֤ǤβùˤΡ㡥Ǳն¸֤˰ݻ뤳ȤˤΡΣ	by processing in a semi-solid state, e.g. holding the alloy in the solid-liquid phase	148
C22C   3/00		ۤʤʬι뤿Ŵ⤫ʬ	Removing material from non-ferrous alloys to produce alloys of different constitution	457
C22C   5/00		°Ȥ	Alloys based on noble metals	973
C22C   5/02		ȤΣ	Alloys based on gold	2813
C22C   5/04		²°ȤΣ	Alloys based on a platinum group metal	3268
C22C   5/06		ȤΣ	Alloys based on silver	4784
C22C   5/08		¿ʬȤƼޤΡΣ	with copper as the next major constituent	978
C22C   5/10		¿ʬȤƥɥߥޤΡΣ	with cadmium as the next major constituent	420
C22C   7/00		Ȥ	Alloys based on mercury	327
C22C   9/00		Ƽ	Alloys based on copper	15464
C22C   9/01		¿ʬȤƥߥ˥ޤΡΣ	with aluminium as the next major constituent	2253
C22C   9/02		¿ʬȤƼޤΡΣ	with tin as the next major constituent	3930
C22C   9/04		¿ʬȤưޤΡΣ	with zinc as the next major constituent	5521
C22C   9/05		¿ʬȤƥޥ󥬥ޤΡΣ	with manganese as the next major constituent	1472
C22C   9/06		¿ʬȤƥ˥åޤϥХȤޤΡΣ	with nickel or cobalt as the next major constituent	5261
C22C   9/08		¿ʬȤƱޤΡΣ	with lead as the next major constituent	527
C22C   9/10		¿ʬȤƤǤޤ	with silicon as the next major constituent	1167
C22C  11/00			Alloys based on lead	1061
C22C  11/02		¿ʬȤƥ륫°ޤϥ륫°ޤΡΣ	with an alkali or an alkaline earth metal as the next major constituent	406
C22C  11/04		¿ʬȤƼޤΡΣ	with copper as the next major constituent	67
C22C  11/06		¿ʬȤƼޤΡΣ	with tin as the next major constituent	736
C22C  11/08		¿ʬȤƥޤϥӥޥޤΡΣ	with antimony or bismuth as the next major constituent	333
C22C  11/10		ޤΡΣ	with tin	228
C22C  12/00		ޤϥӥޥȤΣ	Alloys based on antimony or bismuth	1669
C22C  13/00			Alloys based on tin	3990
C22C  13/02		¿ʬȤƥޤϥӥޥޤΡΣ	with antimony or bismuth as the next major constituent	1295
C22C  14/00		ȤΣ	Alloys based on titanium	12043
C22C  16/00		륳˥ȤΣ	Alloys based on zirconium	2188
C22C  18/00		ȤΣ	Alloys based on zinc	3490
C22C  18/02		¿ʬȤƼޤΡΣ	with copper as the next major constituent	701
C22C  18/04		¿ʬȤƥߥ˥ޤΡΣ	with aluminium as the next major constituent	3160
C22C  19/00		˥åޤϥХȤȤ	Alloys based on nickel or cobalt	4180
C22C  19/03		˥åȤΣ	based on nickel	8920
C22C  19/05		ޤΡΣ	with chromium	11507
C22C  19/07		ХȤȤΣ	based on cobalt	6287
C22C  20/00		ɥߥȤΣ	Alloys based on cadmium	228
C22C  21/00		ߥ˥	Alloys based on aluminium	23932
C22C  21/02		¿ʬȤƤǤޤΡΣ	with silicon as the next major constituent	11575
C22C  21/04		ɤ줿ߥ˥ࡽǹ	Modified aluminium-silicon alloys	2070
C22C  21/06		¿ʬȤƥޥͥޤΡΣ	with magnesium as the next major constituent	6122
C22C  21/08		ǤޤΡΣ	with silicon	5553
C22C  21/10		¿ʬȤưޤΡΣ	with zinc as the next major constituent	5743
C22C  21/12		¿ʬȤƼޤΡΣ<br><br><b><ul></ul></b><br>롼ףããããˤƤϡ饹ȥץ쥤ͥ롼뤬ŬѤ롤ʤƳإ٥ˤȿؼʤ¤ꡤϺǸŬڤʲսʬव롣Σ	with copper as the next major constituent	2634
C22C  21/14		ǤޤΡΣ	with silicon	1319
C22C  21/16		ޥͥޤΡΣ	with magnesium	2102
C22C  21/18		ޤΡΣ	with zinc	1325
C22C  22/00		ޥ󥬥ȤΣ	Alloys based on manganese	1462
C22C  23/00		ޥͥ	Alloys based on magnesium	5169
C22C  23/02		¿ʬȤƥߥ˥ޤΡΣ	with aluminium as the next major constituent	3019
C22C  23/04		¿ʬȤưޤϥɥߥޤΡΣ	with zinc or cadmium as the next major constituent	1897
C22C  23/06		¿ʬȤƴ°ޤΡΣ	with a rare earth metal as the next major constituent	2000
C22C  24/00		륫°ޤϥ륫°ȤΣ	Alloys based on an alkali or an alkaline earth metal	681
C22C  25/00		٥ꥦ	Alloys based on beryllium	337
C22C  26/00		ɤͭΣ	Alloys containing diamond	2661
C22C  27/00		˥ޤϥ롼ףãã⤷ϣããˤƽҤ٤ƤʤѲж°ȤΣ	Alloys based on rhenium or a refractory metal not mentioned in groups <b>C22C14/00</b> or <b>C22C16/00</b>	714
C22C  27/02		Хʥࡤ˥֤ޤϥ󥿥ȤΣ	Alloys based on vanadium, niobium or tantalum	3067
C22C  27/04		󥰥ƥޤϥ֥ǥȤΣ	Alloys based on tungsten or molybdenum	4668
C22C  27/06		ȤΣ	Alloys based on chromium	2066
C22C  28/00		롼ףããããʬवʤ°ȤΣ	Alloys based on a metal not provided for in groups <b>C22C5/00 to C22C27/00</b> 	4076
C22C  29/00		úʪʪۤʪⲽʪޤϤʪȤ⡤㡥åȡޤϤ¾ζ°ʪ㡥ⲽʪβʪȤΣ	Alloys based on carbides, oxides, borides, nitrides or silicides, e.g. cermets, or other metal compounds, e. g. oxynitrides, sulfides	3298
C22C  29/02		úʪޤúⲽʪȤΡΣ	based on carbides or carbonitrides	2373
C22C  29/04		úⲽʪȤΡΣ	based on carbonitrides	1390
C22C  29/06		úʪȤ¾ζ°ʪͭʤΡΣ	based on carbides, but not containing other metal compounds	2974
C22C  29/08		ú󥰥ƥȤΡΣ	based on tungsten carbide	5233
C22C  29/10		úȤΡΣ	based on titanium carbide	937
C22C  29/12		ʪȤΡΣ	based on oxides	1931
C22C  29/14		ۤʪȤΡΣ	based on borides	954
C22C  29/16		ⲽʪȤΡΣ	based on nitrides	2180
C22C  29/18		ʪȤΡΣ	based on silicides	402
C22C  30/00		ʬ򣵣̡̤ͭΣ<br><br><b><ul></ul></b><br>롼ףããããˤƤϡ饹ȥץ쥤ͥ롼뤬ŬѤ롤ʤƳإ٥ˤȿؼʤ¤ꡤϺǸŬڤʲսʬव롣Σ	Alloys containing less than 50% by weight of each constituent	11741
C22C  30/02		ƼޤΡΣ	containing copper	3750
C22C  30/04		ޤϱޤΡΣ	containing tin or lead	1293
C22C  30/06		ޤΡΣ	containing zinc	1531
C22C  32/00		ξ֤ǲäޤϹǷ줿ʪúʪۤʪⲽʪʪޤϤ¾ζ°ʪ㡥ⲽʪβʪ򣵽̡ʾ壵̡̤ͭŴΣ	Non-ferrous alloys containing at least 5% by weight but less than 50% by weight of oxides, carbides, borides, nitrides, silicides or other metal compounds, e.g. oxynitrides, sulfides, whether added as such or formed <u>in situ</u>	13455
C22C  33/00		Ŵ¤ʤǮãģãģ	Making ferrous alloys(heat treatment thereof <b>C21D5/00</b>, <b>C21D6/00</b>)	1953
C22C  33/02		ʴˤ	by powder metallurgy	11462
C22C  33/04		ͻˤΡΣ	by melting	17889
C22C  33/06		ѤΡΣ	using master alloys	6536
C22C  33/08		Ŵ¤Σ	Making cast-iron alloys	3622
C22C  33/10		ޥͥźýޤΡΣ	including procedures for adding magnesium	1070
C22C  33/12		ήưʮͤˤΡΣ	by fluidised injection	189
C22C  35/00		ŴޤϹݤ	Master alloys for iron or steel	3258
C22C  37/00		ŴΣ	Cast-iron alloys	2791
C22C  37/04		ͭ	containing spheroidal graphite	3053
C22C  37/06		ͭΡΣ	containing chromium	2193
C22C  37/08		˥å򶦤˴ͭ	with nickel	2058
C22C  37/10		ߥ˥ޤϤǤͭ	containing aluminium or silicon	6629
C22C  38/00		Ŵ⡤㡥ݡʹŴããˡΣ	Ferrous alloys, e.g. steel alloys(cast-iron alloys <b>C22C37/00</b>)	76150
C22C  38/02		ǤͭΡΣ	containing silicon	43594
C22C  38/04		ޥ󥬥ͭΡΣ	containing manganese	44516
C22C  38/06		ߥ˥ͭΡΣ	containing aluminium	33421
C22C  38/08		˥åͭΡΣ	containing nickel	9013
C22C  38/10		ХȤͭΡΣ	containing cobalt	3626
C22C  38/12		󥰥ƥ󡤥󥿥롤֥ǥ󡤥Хʥޤϥ˥֤ͭΡΣ	containing tungsten, tantalum, molybdenum, vanadium or niobium	16709
C22C  38/14		ޤϥ륳˥ͭΡΣ	containing titanium or zirconium	18117
C22C  38/16		ƼͭΡΣ	containing copper	10378
C22C  38/18		ͭΡΣ	containing chromium	10916
C22C  38/20		Ƽ򶦤˴ͭΡΣ	with copper	4658
C22C  38/22		֥ǥޤϥ󥰥ƥ򶦤˴ͭΡΣ	with molybdenum or tungsten	11616
C22C  38/24		Хʥ򶦤˴ͭΡΣ	with vanadium	8869
C22C  38/26		˥֤ޤϥ󥿥򶦤˴ͭΡΣ	with niobium or tantalum	7603
C22C  38/28		ޤϥ륳˥򶦤˴ͭΡΣ	with titanium or zirconium	10025
C22C  38/30		ХȤ򶦤˴ͭΡΣ	with cobalt	2255
C22C  38/32		ۤǤ򶦤˴ͭΡΣ	with boron	7055
C22C  38/34		Ǥ򣱡̡¿˴ͭΡΣ	with more than 1.5% by weight of silicon	4703
C22C  38/36		úǤ򣱡̡¿˴ͭΡΣ	with more than 1.7% by weight of carbon	1137
C22C  38/38		ޥ󥬥򣱡̡¿˴ͭΡΣ	with more than 1.5% by weight of manganese	10898
C22C  38/40		˥å򶦤˴ͭΡΣ	with nickel	5683
C22C  38/42		Ƽ򶦤˴ͭΡΣ	with copper	12811
C22C  38/44		֥ǥޤϥ󥰥ƥ򶦤˴ͭΡΣ	with molybdenum or tungsten	20265
C22C  38/46		Хʥ򶦤˴ͭΡΣ	with vanadium	11560
C22C  38/48		˥֤ޤϥ󥿥ͭΡΣ	with niobium or tantalum	11341
C22C  38/50		ޤϥ륳˥ͭΡΣ	with titanium or zirconium	14019
C22C  38/52		ХȤ򶦤˴ͭΡΣ	with cobalt	4418
C22C  38/54		ۤǤ򶦤˴ͭΡΣ	with boron	10722
C22C  38/56		úǤ򣱡̡¿ͭΡΣ	with more than 1.7% by weight of carbon	1166
C22C  38/58		ޥ󥬥򣱡̡¿ͭΡΣ	with more than 1.5% by weight of manganese	20472
C22C  38/60		󡤥ƥ롤ޤϣ̡¿βͭΡΣ	containing lead, selenium, tellurium or antimony, or more than 0.04% by weight of sulfur	13424
C22C  43/00		ʪޤΣ	Alloys containing radioactive materials	297
C22C  45/00		եŴե¤ããˡΣ	Amorphous alloys  (making amorphous non-ferrous alloys <b>C22C1/11</b>)	2131
C22C  45/02		ʬȤŴޤΡΣ	with iron as the major constituent	3225
C22C  45/04		ʬȤƥ˥åޤϥХȤޤΡΣ	with nickel or cobalt as the major constituent	1566
C22C  45/06		ʬȤƥ٥ꥦޤΡΣ	with beryllium as the major constituent	22
C22C  45/08		ʬȤƥߥ˥ޤΡΣ	with aluminium as the major constituent	452
C22C  45/10		ʬȤƥ֥ǥ󡤥󥰥ƥ󡤥˥֡󥿥롤󡤤ޤϥ륳˥ޤΡΣ	with molybdenum, tungsten, niobium, tantalum, titanium, or zirconium as the major constituent	1337
C22C  47/00		°ޤ°ݤեȤޤ¤Σ	Making alloys containing metallic or non-metallic fibres or filaments	2079
C22C  47/02		ݤޤϥեȤͽΣ	Pretreatment of the fibres or filaments	652
C22C  47/04		ʤˤΡ㡥ݸޤϳʤΣ	by coating, e.g. with a protective or activated covering	799
C22C  47/06		ݤޤϥեȤ򡤥ץե˷뤳ȤˤΡ㡥ŪʥХѤƥޥåȾǤΡΣ	by forming the fibres or filaments into a preformed structure, e.g. using a temporary binder to form a mat-like element	892
C22C  47/08		ݤޤϥեȤͻ°ܿ뤳ȤˤΡ㡥ݤޤϥեȤ򷿤ƿƩ뤳ȤˤΡΣ	by contacting the fibres or filaments with molten metal, e.g. by infiltrating the fibres or filaments placed in a mould	2484
C22C  47/10		ȿʷϵǤοƩȿοƩΣ	Infiltration in the presence of a reactive atmosphere; Reactive infiltration	78
C22C  47/12		ŪʰϲǤοƩޤ¤Σ	Infiltration or casting under mechanical pressure	1017
C22C  47/14		ʴˤΡʤ°ʴݤޤϥեȤκʪ뤳ȤˤΡΣ	by powder metallurgy, i.e. by processing mixtures of metal powder and fibres or filaments	1748
C22C  47/16		°ϼͤˤΡ㡥ץ饺ϼ͡Σ	by thermal spraying of the metal, e.g. plasma spraying	203
C22C  47/18		ݤޤϥեȤΥץեѤΡΣ	using a preformed structure of fibres or filaments	116
C22C  47/20		ʤȤĤζ°ؤޤ϶°ĤȡؤݤޤϥեȤޤǤðӲǮ뤳ȤˤΡΣ	by subjecting to pressure and heat an assembly comprising at least one metal layer or sheet and one layer of fibres or filaments	440
C22C  49/00		°ޤ°ݤޤϥեȤޤΣ	Alloys containing metallic or non-metallic fibres or filaments	996
C22C  49/02		ޥȥåħΡΣ	characterised by the matrix material	760
C22C  49/04		ڶ°Σ	Light metals	519
C22C  49/06		ߥ˥Σ	Aluminium	1615
C22C  49/08		Ŵ²°Σ	Iron group metals	618
C22C  49/10		Ѳж°Σ	Refractory metals	121
C22C  49/11		Σ	Titanium	381
C22C  49/12		°ֲʪʤޥȥåΣ	Intermetallic matrix material	89
C22C  49/14		ݤޤϥեȤħΤΡΣ	characterised by the fibres or filaments	2730
C22C 101/00		°ݤޤϥեȡΣ	Non-metallic fibres or filaments	109
C22C 101/02		ʪȤΡ㡥ʪߥåݡΣ	based on oxides, e.g. oxide ceramic fibres	138
C22C 101/04		ߥ˥ʪΣ	Aluminium oxide	216
C22C 101/06		ʪ㡥ߥޤϥ饹Σ	Mixed oxides, e.g. aluminium silicate or glass	325
C22C 101/08		ʪȤΡ㡥ʪߥåݡΣ	based on non-oxides, e.g. non-oxide ceramic fibres	87
C22C 101/10		úǡΣ	Carbon	1214
C22C 101/12		úʪΣ	Carbides	70
C22C 101/14		úǡΣ	Silicon carbide	360
C22C 101/16		ⲽʪΣ	Nitrides	49
C22C 101/18		ⲽǡΣ	Silicon nitride	54
C22C 101/20		ۥǡΣ	Boron	76
C22C 101/22		ۥʪΣ	Borides	107
C22C 111/00		°ݤޤϥեȡΣ	Metallic fibres or filaments	279
C22C 111/02		Ѳж°ݤޤϥեȡ㡥󥰥ƥݡΣ	Refractory metal fibres or filaments, e.g. tungsten fibres	119
C22C 121/00		ͽ줿ݤޤϥեȡΣ	Pretreated fibres or filaments	98
C22C 121/02		ʤ줿ݤޤϥեȡ㡥ݸʤ줿ߥåݡΣ	Coated fibres or filaments, e.g. ceramic fibres with protective coatings	275
