1. Production of atomized metal and alloy powders by the rotating electrode process

   • M. Zdujić
   • D. Uskoković

   Theory, Production Technology, and Properties of Powders and Fibers Pages: 673 - 683

2. Modeling fracture in a restricted impact. II. Collective fracture of particles

   • S. V. Pavlov
   • E. L. Gol'dberg

   Theory, Production Technology, and Properties of Powders and Fibers Pages: 683 - 686

3. Evaluation of the homogeneity of mixing nickel powders with titanium

   • I. A. Drozdov

   Theory, Production Technology, and Properties of Powders and Fibers Pages: 686 - 689

4. Properties and structure of powdered highly disperse electrolytic iron obtained with different rotational speeds of the disk cathode

   • M. M. Khvorov
   • N. A. Zemlyak
   • T. M. Shvets

   Theory, Production Technology, and Properties of Powders and Fibers Pages: 689 - 691

5. Oxidation of aluminum in ultradispersed state in air

   • A. P. Il'in
   • L. T. Proskurovskaya

   Theory, Production Technology, and Properties of Powders and Fibers Pages: 692 - 695

6. Comminution of cast-iron swarf in a rotating magnetic field

   • B. G. Arabei
   • A. V. Vasil'ev
   • V. L. Ésikman

   Theory, Production Technology, and Properties of Powders and Fibers Pages: 696 - 699

7. Effect of prolonged heating on the oxidation features of titanium carbide hard alloy

   • V. B. Voitovich
   • É. I. Golovko
   • N. N. Sereda

   Theory and Technology of Sintering, Heat, and Chemical Heat Treatment Processes Pages: 700 - 704

8. Effect of phase composition of TiN-Ni sintered electrode materials on characteristics of the ESA process

   • F. F. Egorov
   • V. I. Novikova

   Theory and Technology of Sintering, Heat, and Chemical Heat Treatment Processes Pages: 705 - 710

9. Effect of the parameters of dynamic hot pressing on the structure and properties of the powder material ZhGr0.8D2N3G3CaF₂14. II. Heating temperature and time before dynamic hot pressing, protective atmosphere in sintering and dispersity of solid lubricant

   • Yu. G. Dorofeev
   • G. Sh. Musaélov
   • A. T. Mamedov

   Powder-Metallurgy Materials, Products, and Coatings Pages: 711 - 715

10. The state of the surface layer of high speed steel after abrasive treatment

    • A. A. Adamovskii
    • S. V. Klimenko
    • Yu. V. Mil'man

    Powder-Metallurgy Materials, Products, and Coatings Pages: 716 - 720

11. Strength of diamond-containing composite material based on tungsten carbide hard alloy

    • D. Kh. Bronshtein
    • A. L. Maistrenko
    • N. V. Tsypin

    Powder-Metallurgy Materials, Products, and Coatings Pages: 720 - 724

12. High-temperature radiation embrittlement of magnesium-beryllium powder alloys

    • V. F. Zelenskii
    • I. M. Neklyudov
    • V. I. Savchenko

    Powder-Metallurgy Materials, Products, and Coatings Pages: 725 - 727

13. X-Ray study of silicon carbide fibers

    • G. P. Grinevich
    • N. I. Zakharenko
    • P. M. Silenko

    Powder-Metallurgy Materials, Products, and Coatings Pages: 728 - 731

14. The electronic structure of W₂C_x nonstoichiometric tungsten carbides

    • O. Yu. Khizhun
    • E. A. Zhurakovskii
    • Ya. V. Zaulichnyi

    Methods of Investigation and Properties of Powder Materials Pages: 732 - 737

15. Influence of magnetic boiling conditions on the degree of breakdown of floccules of finely-dispersed powders

    • Yu. M. Vernigorov
    • S. I. Egorova
    • G. F. Lemeshko

    Methods of Investigation and Properties of Powder Materials Pages: 738 - 741

16. Powder materials with specified electrical and magnetic properties for heavy and two-layer rotors of asynchronous motors

    • É. A. Anisimova
    • A. M. Oleinikov
    • G. G. Serdyuk

    Methods of Investigation and Properties of Powder Materials Pages: 741 - 744

17. An investigation of the structure of powder metallurgy iron with different porosities by scanning electron microscopy

    • A. E. Kushchevskii
    • V. T. Bondar'
    • O. M. Romanenko

    Methods of Investigation and Properties of Powder Materials Pages: 745 - 748

18. Evaluation of the electrical conductivity of silicon carbide powders by the electron paramagnetic resonance method

    • A. S. Kheifets
    • S. V. Kazakov
    • E. Ya. Litvoskii

    Methods of Investigation and Properties of Powder Materials Pages: 749 - 752

19. A rheological model of pressing of powders

    • M. S. Koval'chenko

    Methods of Investigation and Properties of Powder Materials Pages: 753 - 756

20. Acoustic characteristics of powder metallurgy Invar alloys. II. The character of changes in parameters in the −100 to +500°C range

    • V. A. Vershinin
    • V. I. Kostikov
    • N. D. Pautkov

    Methods of Investigation and Properties of Powder Materials Pages: 757 - 758

21. Lukashenko Georgii Mikhailovich

    Obituary Pages: 759 - 759