By Gopal S. Upadhyaya
"à fills a void with a lot wanted details in this subject."
, Pages viii-x
1 - Introduction
, Pages 1-6
2 - Crystal constitution and section Equilibria
, Pages 7-54
3 - construction of steel and Carbide Powders
, Pages 55-88
4 - Consolidation of Cemented Carbides
, Pages 89-137
5 - Sintering habit of Cemented Carbides
, Pages 138-165
6 - Microstructural features of Cemented Carbides
, Pages 166-192
7 - Mechanical habit of Cemented Carbides
, Pages 193-226
8 - Magnetic Properties
, Pages 227-236
9 - put on and Erosion of Cemented Carbides
, Pages 237-248
10 - Thermal surprise Resistance
, Pages 249-253
11 - Corrosion and Oxidation of Cemented Carbides
, Pages 254-261
12 - becoming a member of of Cemented Carbides
, Pages 262-267
13 - trying out and caliber Control
, Pages 268-287
14 - class and functions of Cemented Carbides
, Pages 288-308
15 - Coatings
, Pages 309-344
16 - high-quality Grained and Functionally Graded Cemented Carbides
, Pages 345-368
17 - Reclamation of Cemented Carbides
, Pages 369-379
18 - Toxicity in Cemented Carbide Production
, Pages 380-384
, Pages 385-403
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Additional resources for Cemented Tungsten Carbides. Production, Properties, and Testing
Chaporova, I. , and Kudryvtseva, V. , Izv. Akad. Nauk. SSSR. , p. 192 (1988) 106. Guillermet, A. , Met. , Vol. 935 (1989) 107. Guillermet, A. , Z. Metallkde, Vol. 80, p. 83 (1989) 108. Guillermet, A. , Z. Metallkde, Vol. 80, p. 549 (1989) 109. , Scand. J. , Vol. 20, p. 93 (1991) 110. , Proc. of 13th Int. , Metallwerk, Plansee, Reutte, Austria, (H. Bildtstein, and R. ) Vol. 2, p. 88 (1993) 111. , Met. , Vol. 110, p. 40 (1976) 112. , and Thamas, J. , Acta. , Vol. 31 A, p. 260 (1977) 113. , and Brownlee, L.
36, No. 3, p. 320 (1989) 148. , Z. Metallkde, Vol. 79, p. 421 (1988) 3 Production of Metal Carbide Powders and The starting materials for the manufacture of cemented carbides are hard refractory carbides and metal binder, both in the form of powder. The most widely used refractory carbide phases are WC, TiC, TaC, and their mixed carbides. In addition niobium carbide (NbC), chromium carbide (Cr3C2), vanadium carbide (VC), and their alloys are also used. The primary metal binder is cobalt, although some introduction of other iron group elements have also been tried.
733 (1964) Chaporova, I. , Kudryavtseva, V. , and Varaksina, A. , Nauch, Trudy Vses. Nauchno lssled. Proekt. lnst. TugoplavMkh Metallov: Tverdykh Splavov, Vol. 12, p. 84 (1973) Chaporova, I. , Kudryavtseva, V. , Sapronova, Z. , ibid, Vol. 17, p. 20 (1977) Chaporova, I. , Kudryavtseva, V. , Sapronova, Z. , and Sychkova, L, Russian Mettallurgy, Vol. 4, p. 211 (1981) Stadelmaier, H. , Z. Metallkde, Vol. 76, p. 157 (1985) Guillermet, A. , High Temp. , Vol. 22, p. 161 (1986) Guillermet, A. , Z. Metallkde, Vol.