A history of fine grained hardmetal
Bibliographic record
Abstract
No abstract is available for this record. The assistant can identify its topic from the title, but cannot infer the study’s results.
Source: Not provided · Quality: missing
References (54)
Show source-provided references
1. Schröter, K., German Patent 420689 (1923).10.1038/112478a0 ↗
2. Schröter, K., German Patent 434527 (1925).
3. The dawn of the hardmetal age
4. Coolidge · J. Amer. Inst. Elec. Eng. · 1910 · 29 · 95310.1109/PAIEE.1910.6660133 ↗
5. British Patent 251929 (1925). Held by the General Electric Co. Ltd as assignees of Patent Treuhand Gesellschaft für Elektrische Glüh lampe m.b.H.
6. The Origin and Development of Hardmetal in the Osram Combine
7. Eickhoff · Aus der Geschichte der Widia Fabrik, Der Sinterling · 1952
8. Kolaska, H., Archives of Krupp Widia (private communication).
9. Ammann · Stahl and Eisen · 1951 · 71 · 1081
10. Properties and applications of sub-micron hardmetals
11. The German Hardmetal Industry
12. Dawihl · 1955
13. Herstellung der Hartmetalllegierungen und ihr Einstaz in Ziehereibetrieben
14. British Patent 637,166—Applied for in France, 20 June 1941, Societe Le Carbone, Lorraine.
15. Metallurgical aspects of presintering and sintering cemented carbides
16. Micrograin WC-powder for HM, its application and advantages in the cutting tool industry
17. Brookes · 1988
18. Hardmetal technique and research
19. Lardner · 1970
20. Tress · US Bureau of Mines R1—6835 · 1966
21. Grundlagen und Neuent—wicklungen auf dem Gebiet metallischer und nicht—metallischer hartstoffe10.1002/cite.330420904 ↗
22. Abnormal structure in TaC-phase of WC-TaC-Co alloys10.2497/jjspm.15.14 ↗
23. Spotted structures in cemented carbides containing small amounts of TaC and NbC10.2497/jjspm.16.235 ↗
24. Effects of addition carbides on the grain size of WC-Co alloys10.2497/jjspm.19.67 ↗
25. Grain size of WC in sintered WC-VC-Co alloys10.2497/jjspm.19.106 ↗
26. Behinderung des Kornwachstums in Hartmetall—Legierungen vom ISO-KIO Typ durch Zusatzkarbide
27. Properties and cutting performances of superfine cemented carbides in the N-70 series
28. Amer. Machinist · 1979
29. Entwicklung und Eigenschaften feinkornig Hartmetalle
30. Sub-micron cemented carbide
31. Moderne Maschinen erfordern moderne Schneidstoffe
32. Some characteristics of very fine grained hardmetals
33. Novel tests for characterising hardmetals
34. Properties of submicron WC-based cemented carbides
35. Brookes · 1987
36. Ultra-submicron hardmetals for miniature drills
37. Egami, E., Kusaka, T., Machida M. & Koyashi, K., Jap. Patent application No. 63-230846 (1987).
38. Production of submicron tungsten powder by hydrogen reduction of tungsten trioxide
39. Particle size of fine grain WC by continuous direct carburising process
40. Characterization problems with tungsten carbide and cobalt powders10.1179/pom.1986.29.2.109 ↗
41. Measurement of particle size of ultrafine (sub-micrometric) WC-powders10.1179/pom.1986.29.2.119 ↗
42. Isochronal oxidation experiments on WC-powder
43. Uber Auflose-Wiederabscheidungsvorgänge beim Flussigphasensintern von WC-Co Hartmetallen.
44. Exaggerated grain growth in cemented carbide due to inhomogeneous milling10.1111/j.1151-2916.1987.tb04943.x ↗
45. Preparation of tungsten-based alloys by the reaction spray process10.1016/S0026-0657(10)80127-4 ↗
46. Novel processing techniques for powder production
47. Amine tungstates and their application for tungsten powder production
48. Chemical processing of nanophase, WC-Co composite powders10.1179/mst.1990.6.10.953 ↗
49. Micro-grained cemented carbide with high strength10.1016/0263-4368(91)90024-I ↗
50. Werkz euge vor Leistungsprung
51. Development of ultra-fine particle binderless cemented carbide, RCC-FN.
52. Production and characterization of hydrogen reduced submicron powders. Part 110.1016/0263-4368(91)90017-I ↗
53. Production and characterization of hydrogen reduced submicron powders. Part 1.10.1016/0263-4368(91)90031-I ↗
54. UK Hardmetals Marketplace 199110.1016/0026-0657(91)91192-9 ↗