1. Production technology of a very fine nickel powder and its properties

   • N. E. Kharitinych
   • T. I. Vizerina
   • V. I. Suprunchuk

   Theory, Production Technology, and Properties of Powders and Fibers Pages: 337 - 339

2. Formation of ultrafinely divided lead by the thermolysis of its complex compounds

   • I. A. Varavko
   • L. S. Radkevich
   • N. N. Mironenko

   Theory, Production Technology, and Properties of Powders and Fibers Pages: 340 - 343

3. Centrifugal pneumatic disintegration of melts. II. Production of tin-base powders and their main properties

   • Sh. M. Sheikhaliev
   • V. V. Kuz'min
   • V. M. Ustinov

   Theory, Production Technology, and Properties of Powders and Fibers Pages: 343 - 345

4. Determination of the compressibility, side pressure, and external friction of metal powders

   • S. V. Mironets
   • L. I. Svistun
   • M. B. Shtern

   Theory and Technology of the Component Formation Process Pages: 346 - 348

5. 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

6. 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

7. Phase transformations and structure of eutectic alloys in the Cu-Sn-Ni and Cu-Sn-Ni-Cr systems

   • V. P. Chepeleva
   • L. M. Yupko
   • E. S. Cherepenina

   Theory and Technology of Sintering, Thermal, and Chemicothermal Treatment Processes Pages: 357 - 360

8. 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. Levinskii
   • A. B. Zaitsev
   • Yu. B. Patrikeev

   Theory and Technology of Sintering, Thermal, and Chemicothermal Treatment Processes Pages: 361 - 364

9. Optimization of the process of producing permeable materials with nonuniform pore distribution

   • V. M. Kaptsevich

   Powder Materials, Components and Coatings Pages: 365 - 367

10. Effect of detonation coatings on the fatigue strength of components

    • A. I. Zverev
    • L. N. Kopetman

    Powder Materials, Components and Coatings Pages: 367 - 372

11. Porous structure and relationships governing capillary transport in permeable powder materials

    • A. G. Kostornov
    • N. É. Skrynskaya
    • S. M. Agayan

    Powder Materials, Components and Coatings Pages: 372 - 377

12. 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

13. Thermodynamic properties of tungsten diselenide in a broad temperature range

    • A. S. Bolgar
    • Zh. A. Trofimova
    • A. A. Yanaki

    Methods of Investigation and Properties of Powder Materials Pages: 382 - 385

14. Phase equilibria in the Co-P-B system

    • O. N. Il'nitskaya
    • N. I. Kantarovich
    • Yu. B. Kuz'ma

    Methods of Investigation and Properties of Powder Materials Pages: 385 - 387

15. Formation and stability of nitrides of groups IV–VI transition metals and aluminum

    • V. V. Chernyaeva
    • G. K. Moiseev
    • L. A. Marshuk

    Methods of Investigation and Properties of Powder Materials Pages: 387 - 391

16. Oxidation of titanium carbide-base alloys

    • É. A. Pugach
    • L. N. Lavrinenko
    • S. I. Filipchenko

    Methods of Investigation and Properties of Powder Materials Pages: 392 - 395

17. Electrical properties and mechanism of electrical conductivity of ruthenium dioxide-base thick films

    • V. G. Grebenkina
    • D. E. Dyshel
    • V. N. Fedorov

    Methods of Investigation and Properties of Powder Materials Pages: 396 - 399

18. Application of acoustic emission in the investigation the mechanism of strengthening of hard alloys by heat treatment

    • M. G. Loshak
    • L. I. Aleksandrova
    • N. I. Gorodyskii

    Methods of Investigation and Properties of Powder Materials Pages: 399 - 403

19. Wear resistance in friction of sintered aluminum oxide

    • V. M. Gropyanov
    • A. L. Ryzhikov

    Methods of Investigation and Properties of Powder Materials Pages: 403 - 406

20. Structure and mechanical properties of W-Ni-Cu pseudoalloys

    • M. M. Kalina
    • Z. G. Soboleva
    • E. M. Rabinovich

    Methods of Investigation and Properties of Powder Materials Pages: 406 - 409

21. Dimensionless coordinates for investigating the properties of porous materials

    • I. M. Storozhevskii

    Methods of Investigation and Properties of Powder Materials Pages: 409 - 410

22. Modeling of the ductile-brittle transition in porous metallic materials under conditions of crack resistance tests

    • S. A. Firstov
    • Yu. N. Podrezov
    • A. A. Malyshenko

    Methods of Investigation and Properties of Powder Materials Pages: 411 - 416

23. Effect of titanium on the phase composition of silicon nitride

    • É. A. Palchevskis
    • V. Ya. Bondars
    • A. A. Kuzyukevich

    Methods of Investigation and Properties of Powder Materials Pages: 417 - 420