FI (list display)

  • C22C1/00
  • Making non-ferrous alloys (by electrothermic methods C22B 4/00; by electrolysis C25C 1/24, C25C 3/36) [1, 2006.01, 2023.01] HB CC 4K019
  • C22C1/00@B
  • Making superconducting alloys HB CC 4K019
  • C22C1/00@N
  • Making hydrogen occluding alloys HB CC 4K019
  • C22C1/00@P
  • Making shape-memory alloys HB CC 4K019
  • C22C1/00@Q
  • Making intermetallic compounds, compound semiconductors HB CC 4K019
  • C22C1/00@R
  • Manufacture of composite materials (manufacture of alloys including metal or nonmetal fibers or filaments 47/00, Alloys containing nonmetal 1/10) HB CC 4K019
  • C22C1/00@S
  • .Making metal-metal complexes HB CC 4K019
  • C22C1/00@T
  • Making amalgam HB CC 4K019
  • C22C1/00@G
  • Making ferro-alloy HB CC 4K019
  • C22C1/00@J
  • By reduction, decomposition HB CC 4K019
  • C22C1/00@K
  • .In liquids (molten-salt electrolysis C22C1/02, 501@D) HB CC 4K019
  • C22C1/00@L
  • By diffusion HB CC 4K019
  • C22C1/00@M
  • By evaporation, condensation, sputter, ion implantation etc. HB CC 4K019
  • C22C1/00@Z
  • Others HB CC 4K019
  • C22C1/02
  • .by melting [1, 2006.01] HB CC 4K019
  • C22C1/02,501
  • ..Characterized by method HB CC 4K019
  • C22C1/02,501@A
  • Directional coagulation method HB CC 4K019
  • C22C1/02,501@C
  • Thermite method HB CC 4K019
  • C22C1/02,501@D
  • Molten-salt electrolysis method HB CC 4K019
  • C22C1/02,501@E
  • Super quenching method HB CC 4K019
  • C22C1/02,501@F
  • Treating with gas HB CC 4K019
  • C22C1/02,501@G
  • Melting the surface layer only HB CC 4K019
  • C22C1/02,501@Z
  • Others HB CC 4K019
  • C22C1/02,503
  • ..With specified main ingredient of alloys HB CC 4K019
  • C22C1/02,503@A
  • Alloys based on precious metal HB CC 4K019
  • C22C1/02,503@B
  • Alloys based on copper HB CC 4K019
  • C22C1/02,503@C
  • Alloys based on lead HB CC 4K019
  • C22C1/02,503@D
  • Alloys based on metals with high melting point (Ti, Zr, Hf, Cr, Mo, W, V, Ta, Nb) HB CC 4K019
  • C22C1/02,503@E
  • .Alloys based on titanium, zirconium, hafnium HB CC 4K019
  • C22C1/02,503@F
  • .Alloys based on chrome HB CC 4K019
  • C22C1/02,503@G
  • Alloys based on nickel or cobalt HB CC 4K019
  • C22C1/02,503@H
  • .R-Co magnet HB CC 4K019
  • C22C1/02,503@J
  • Alloys based on aluminium HB CC 4K019
  • C22C1/02,503@K
  • Alloys based on manganese HB CC 4K019
  • C22C1/02,503@L
  • Alloys based on magnesium HB CC 4K019
  • C22C1/02,503@M
  • Alloys based on zinc HB CC 4K019
  • C22C1/02,503@N
  • Methods applied to all alloys based on other elements or elements other than the above HB CC 4K019
  • C22C1/02,503@Z
  • Others HB CC 4K019
  • C22C1/03
  • ..using master alloys [2, 2006.01] HB CC 4K019
  • C22C1/04
  • .by powder metallurgy (C22C 1/08 takes precedence) [1, 2, 2006.01, 2023.01] HB CC 4K018
  • C22C1/04@A
  • Making alloys based on copper HB CC 4K018
  • C22C1/04@B
  • Making alloys based on nickel or cobalt HB CC 4K018
  • C22C1/04@C
  • Making alloys based on light metal HB CC 4K018
  • C22C1/04@D
  • Making alloys based on tangusten or molybdenum HB CC 4K018
  • C22C1/04@E
  • Making alloys based on other metals HB CC 4K018
  • C22C1/04@F
  • Making magnetic alloys HB CC 4K018
  • C22C1/04@G
  • .Making rare earth cobalt alloy HB CC 4K018
  • C22C1/04@H
  • ..Characterized by composition of material powder HB CC 4K018
  • C22C1/04@J
  • ..Characterized by treatment of material powder HB CC 4K018
  • C22C1/04@K
  • ...Heat treatment HB CC 4K018
  • C22C1/04@L
  • ..Characterized by shape HB CC 4K018
  • C22C1/04@M
  • ..Characterized by sintering and heat treatment HB CC 4K018
  • C22C1/04@N
  • ..After-treatment HB CC 4K018
  • C22C1/04@P
  • Making contact material alloys HB CC 4K018
  • C22C1/04@Q
  • Making collector material alloys HB CC 4K018
  • C22C1/04@Z
  • Others HB CC 4K018
  • C22C1/047
  • ..comprising intermetallic compounds [2023.01] HB CC 4K018
  • C22C1/05
  • ..Mixtures of metal powder with non-metallic powder (C22C 1/08 takes precedence) [1, 2, 2006.01, 2023.01] HB CC 4K018
  • C22C1/05@A
  • Making metal-ceramic composite alloys HB CC 4K018
  • C22C1/05@B
  • .Making diffusion reinforced alloys HB CC 4K018
  • C22C1/05@C
  • ..Based on light metal HB CC 4K018
  • C22C1/05@D
  • ..Based on nickel or cobalt HB CC 4K018
  • C22C1/05@E
  • ..Based on other metals HB CC 4K018
  • C22C1/05@F
  • .Making alloys based on metal compounds HB CC 4K018
  • C22C1/05@P
  • Making alloys containing diamond HB CC 4K018
  • C22C1/05@Q
  • Making moving/frictional materials (A takes precedence) HB CC 4K018
  • C22C1/05@R
  • Making electric materials HB CC 4K018
  • C22C1/05@S
  • .Making contact materials HB CC 4K018
  • C22C1/05@T
  • ..Metal monoxide alloys HB CC 4K018
  • C22C1/05@U
  • Making collector material HB CC 4K018
  • C22C1/05@Z
  • Others HB CC 4K018
  • C22C1/051
  • ...Making hard metals based on borides, carbides, nitrides, oxides or silicides; Preparation of the powder mixture used as the starting material therefor [2023.01] HB CC 4K018
  • C22C1/051@G
  • In which carbides or carbonitrides are the primary constituents HB CC 4K018
  • C22C1/051@H
  • In which carbides are the primary constituents but other metal compounds are not contained HB CC 4K018
  • C22C1/051@J
  • In which oxides are the primary constituents HB CC 4K018
  • C22C1/051@K
  • In which borides are the primary constituents HB CC 4K018
  • C22C1/051@L
  • In which nitrides are the primary constituents HB CC 4K018
  • C22C1/051@M
  • In which high pressure phase boron nitrides are the primary constituents HB CC 4K018
  • C22C1/051@N
  • In which silicides are the primary constituents HB CC 4K018
  • C22C1/051@Z
  • Others HB CC 4K018
  • C22C1/053
  • ....with in situ formation of hard compounds [2023.01] HB CC 4K018
  • C22C1/055
  • .....using carbon [2023.01] HB CC 4K018
  • C22C1/056
  • .....using gas [2023.01] HB CC 4K018
  • C22C1/057
  • ....with in situ formation of phases other than hard compounds by solid state reaction sintering, e.g. metal phase formed by reduction reaction [2023.01] HB CC 4K018
  • C22C1/059
  • ... Making alloys comprising less than 5% by weight of dispersed reinforcing phases [2023.01] HB CC 4K018
  • C22C1/06
  • .with the use of special agents for refining or deoxidising [1, 2006.01] HB CC 4K019
  • C22C1/08
  • .Alloys with open or closed pores [1, 2006.01] HB CC 4K020
  • C22C1/08@A
  • By foaming HB CC 4K020
  • C22C1/08@B
  • .By melting HB CC 4K020
  • C22C1/08@C
  • .By sintering HB CC 4K020
  • C22C1/08@D
  • By removal of materials HB CC 4K020
  • C22C1/08@E
  • By melting HB CC 4K020
  • C22C1/08@F
  • By sintering HB CC 4K020
  • C22C1/08@Z
  • Others HB CC 4K020
  • C22C1/10
  • .Alloys containing non-metals (C22C 1/05, C22C 1/08 take precedence) [1, 2, 2006.01, 2023.01] HB CC 4K020
  • C22C1/10@A
  • Composite materials for electric contact HB CC 4K020
  • C22C1/10@B
  • .Using internal oxidation HB CC 4K020
  • C22C1/10@C
  • .Using liquid phase methods HB CC 4K020
  • C22C1/10@D
  • .Using solid phase methods HB CC 4K020
  • C22C1/10@E
  • Composite materials containing graphite HB CC 4K020
  • C22C1/10@F
  • Diffusion reinforced materials HB CC 4K020
  • C22C1/10@G
  • .Composition in molten state HB CC 4K020
  • C22C1/10@H
  • ..Using chemical reactions HB CC 4K020
  • C22C1/10@J
  • .Composition in solid state (including liquid phase sintering) HB CC 4K020
  • C22C1/10@K
  • ..Giving rise to chemical reaction HB CC 4K020
  • C22C1/10@Z
  • Others HB CC 4K020
  • C22C1/11
  • .Making amorphous alloys [2023.01] HB CC 4K019
  • C22C1/12
  • .by processing in a semi-solid state, e.g. holding the alloy in the solid-liquid phase [2023.01] HB CC 4K019
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