Production technology of a very fine nickel powder and its properties N. E. KharitinychT. I. VizerinaV. I. Suprunchuk Theory, Production Technology, and Properties of Powders and Fibers Pages: 337 - 339
Formation of ultrafinely divided lead by the thermolysis of its complex compounds I. A. VaravkoL. S. RadkevichN. N. Mironenko Theory, Production Technology, and Properties of Powders and Fibers Pages: 340 - 343
Centrifugal pneumatic disintegration of melts. II. Production of tin-base powders and their main properties Sh. M. SheikhalievV. V. Kuz'minV. M. Ustinov Theory, Production Technology, and Properties of Powders and Fibers Pages: 343 - 345
Determination of the compressibility, side pressure, and external friction of metal powders S. V. MironetsL. I. SvistunM. B. Shtern Theory and Technology of the Component Formation Process Pages: 346 - 348
Calculation of the relative density and coordination number of a multiparticle-sized powder. II. Three-dimensional problem V. F. Pershin Theory and Technology of the Component Formation Process Pages: 348 - 351
Features of the kinetics of compaction of powders of covalent substances in hot pressing M. S. Koval'chenko Theory and Technology of Sintering, Thermal, and Chemicothermal Treatment Processes Pages: 352 - 356
Phase transformations and structure of eutectic alloys in the Cu-Sn-Ni and Cu-Sn-Ni-Cr systems V. P. ChepelevaL. M. YupkoE. S. Cherepenina Theory and Technology of Sintering, Thermal, and Chemicothermal Treatment Processes Pages: 357 - 360
Interrelationship between the properties of powders, pressing and sintering conditions, and the structure of porous niobium. II. Features of sintering of niobium powders Yu. V. LevinskiiA. B. ZaitsevYu. B. Patrikeev Theory and Technology of Sintering, Thermal, and Chemicothermal Treatment Processes Pages: 361 - 364
Optimization of the process of producing permeable materials with nonuniform pore distribution V. M. Kaptsevich Powder Materials, Components and Coatings Pages: 365 - 367
Effect of detonation coatings on the fatigue strength of components A. I. ZverevL. N. Kopetman Powder Materials, Components and Coatings Pages: 367 - 372
Porous structure and relationships governing capillary transport in permeable powder materials A. G. KostornovN. É. SkrynskayaS. M. Agayan Powder Materials, Components and Coatings Pages: 372 - 377
Effect of electric resistance heating on the structure of wear-resisting nickel-chrome coatings A. O. Tokarev Powder Materials, Components and Coatings Pages: 377 - 381
Thermodynamic properties of tungsten diselenide in a broad temperature range A. S. BolgarZh. A. TrofimovaA. A. Yanaki Methods of Investigation and Properties of Powder Materials Pages: 382 - 385
Phase equilibria in the Co-P-B system O. N. Il'nitskayaN. I. KantarovichYu. B. Kuz'ma Methods of Investigation and Properties of Powder Materials Pages: 385 - 387
Formation and stability of nitrides of groups IV–VI transition metals and aluminum V. V. ChernyaevaG. K. MoiseevL. A. Marshuk Methods of Investigation and Properties of Powder Materials Pages: 387 - 391
Oxidation of titanium carbide-base alloys É. A. PugachL. N. LavrinenkoS. I. Filipchenko Methods of Investigation and Properties of Powder Materials Pages: 392 - 395
Electrical properties and mechanism of electrical conductivity of ruthenium dioxide-base thick films V. G. GrebenkinaD. E. DyshelV. N. Fedorov Methods of Investigation and Properties of Powder Materials Pages: 396 - 399
Application of acoustic emission in the investigation the mechanism of strengthening of hard alloys by heat treatment M. G. LoshakL. I. AleksandrovaN. I. Gorodyskii Methods of Investigation and Properties of Powder Materials Pages: 399 - 403
Wear resistance in friction of sintered aluminum oxide V. M. GropyanovA. L. Ryzhikov Methods of Investigation and Properties of Powder Materials Pages: 403 - 406
Structure and mechanical properties of W-Ni-Cu pseudoalloys M. M. KalinaZ. G. SobolevaE. M. Rabinovich Methods of Investigation and Properties of Powder Materials Pages: 406 - 409
Dimensionless coordinates for investigating the properties of porous materials I. M. Storozhevskii Methods of Investigation and Properties of Powder Materials Pages: 409 - 410
Modeling of the ductile-brittle transition in porous metallic materials under conditions of crack resistance tests S. A. FirstovYu. N. PodrezovA. A. Malyshenko Methods of Investigation and Properties of Powder Materials Pages: 411 - 416
Effect of titanium on the phase composition of silicon nitride É. A. PalchevskisV. Ya. BondarsA. A. Kuzyukevich Methods of Investigation and Properties of Powder Materials Pages: 417 - 420