1. Properties of molybdenum powders obtained by reduction in moving beds

   • P. Ya. Radchenko
   • V. V. Panichkina
   • O. G. Radchenko

   Theory, Production Technology, and Properties of Powders and Fibers Pages: 429 - 435

2. Making powders of rapidly crystallized molten YBa₂Cu₃O_x for a superconducting material

   • S. Kh. Suleimanov
   • A. G. Bugakov
   • M. Bemer

   Theory, Production Technology, and Properties of Powders and Fibers Pages: 436 - 438

3. Particle contacts in a porous fibrous copper material at early sintering stages

   • A. G. Kostornov
   • V. N. Klimenko
   • V. G. Borovik

   Theory and Technology of Sintering, Heat, and Chemical Heat-Treatment Processes Pages: 439 - 442

4. High-performance metallic powder materials for purifying and drying compressed gases

   • L. P. Pilinevich
   • V. K. Sheleg
   • Abu Dkhaim Nael'

   Sintered Metals and Alloys Pages: 443 - 447

5. Structure and properties of a high-porosity glass ceramic containing biological hydroxyapatite

   • L. A. Ivanchenko
   • T. I. Fal’kovs’ka
   • V. V. Vorobei

   Refractory and Ceramics Materials Pages: 448 - 453

6. Phase equilibria in Ti−Fe−Nb alloys

   • A. K. Shurin
   • G. P. Dmitrieva
   • L. N. Trofimova

   Physicochemical and Structural Investigations of Materials Pages: 454 - 457

7. Phase diagrams for the` Lu−Cr−B and Lu−Mo−B systems

   • N. F. Chaban
   • Yu. B. Kuz’ma

   Physicochemical and Structural Investigations of Materials Pages: 458 - 461

8. Thermodynamic properties of gadolinium germanides at 298.15–2155 K

   • N. P. Gorbachuk
   • A. S. Bolgar

   Physicochemical and Structural Investigations of Materials Pages: 462 - 465

9. Thermodynamic analysis of self-propagating reaction of alkaline-and rare-earth metal oxide synthesis

   • V. S. Sudavtsova
   • A. M. Sych
   • V. G. Kudin

   Physicochemical and Structural Investigations of Materials Pages: 466 - 471

10. Oxidation kinetics of binary chromium-titanium carbide and chromium carbide powders

    • G. N. Komratov

    Physicochemical and Structural Investigations of Materials Pages: 472 - 476

11. Contact reaction, structure, and phase formation in the chromium—silicon carbide system 025

    • L. K. Shvedova

    Physicochemical and Structural Investigations of Materials Pages: 477 - 481

12. Use of titanium hydride for the synthesis of titanium aluminides from powder materials

    • O. M. Ivasishin
    • A. N. Demidik
    • D. G. Savvakin

    Physicochemical and Structural Investigations of Materials Pages: 482 - 487

13. Compaction and elastic relaxation of fullerite powder

    • L. L. Kolomiets
    • S. M. Solonin
    • V. V. Skorokhod

    Physicochemical and Structural Investigations of Materials Pages: 488 - 492

14. X-ray spectrographic study of the electron structure and chemical bond in ultrafine powders and finely-crystalline materials prepared from them.3 II. Titanium carbide 0261 0101 V 3

    • Ya. V. Zaulichnyi

    Physicochemical and Structural Investigations of Materials Pages: 493 - 500

15. Phase transformations of the rhombohedral modification of boron nitride with shock compression

    • A. V. Kurdyumov
    • V. F. Britun
    • V. V. Yarosh

    Physicochemical and Structural Investigations of Materials Pages: 501 - 504

16. Dynamics of mechanical action on materials. IX. Preset movement of a system

    • M. S. Koval’chenko

    Physicochemical and Structural Investigations of Materials Pages: 505 - 510

17. Formation of a porous structure for biporous materials connected with volume changes during sintering

    • L. I. Chernyshev

    Physicochemical and Structural Investigations of Materials Pages: 511 - 516

18. Friction properties of composites of the system TiN−AlN. I. Effect of structure and phase composition of friction and wear of materials of the system TiN−AlN

    • T. V. Mosina
    • A. D. Panasyuk
    • O. N. Grigor’ev

    Physicochemical and Structural Investigations of Materials Pages: 517 - 520

19. Wear-resistant and corrosion-resistant carbide-steel-type materials having different matrices

    • V. A. Maslyuk
    • S. G. Napara-Volgina

    Physicochemical and Structural Investigations of Materials Pages: 521 - 525

20. Working ability of cutting tools made from high-speed steel powders

    • K. A. Gogaev

    The Powder-Metallurgy Industry, Economics, and Organization of Production Pages: 526 - 528

21. Methods of reducing explosion hazards for aluminum powders, dusts, and pastes

    • V. G. Gopienko

    Health and Safety at Work in Powder Metallurgy Pages: 529 - 531