1. Special traits of structure formation in powdered iron-manganese alloys in deformation and recrystallization. II. Formation of the recrystallization structure after cold deformation in dependence on the type of crystal lattice and the energy of stacking faults

   • T. F. Volynova
   • I. Z. Emel'yanova
   • I. B. Sidorova

   Theory and Technology of Sintering, Heat Treatment, and Thermomechanical Treatment Pages: 461 - 466

2. Sintering of simple metal oxides with variable valence

   • Yu. I. Boiko
   • Yu. I. Klinchuk
   • V. P. Sukhomlin

   Theory and Technology of Sintering, Heat Treatment, and Thermomechanical Treatment Pages: 466 - 468

3. Ductility of powdered chromium obtained by electrocontact sintering

   • L. O. Andrushchik
   • N. P. Brodnikovskii
   • L. V. Chaika

   Theory and Technology of Sintering, Heat Treatment, and Thermomechanical Treatment Pages: 468 - 471

4. Compaction of materials forming in self-propagating high-temperature synthesis

   • K. L. Epishin
   • A. N. Pityulin
   • A. G. Merzhanov

   Theory and Technology of Sintering, Heat Treatment, and Thermomechanical Treatment Pages: 472 - 476

5. Decarburization of tungsten carbide during electrochemical application of cobalt coatings in aqueous solutions

   • Yu. M. Korolev
   • Yu. M. Polukarov
   • V. M. Zanozin

   Theory and Technology of Sintering, Heat Treatment, and Thermomechanical Treatment Pages: 476 - 479

6. Specific features of obtaining molybdenum-nickel coatings on diamonds

   • V. G. Chuprina
   • I. M. Shalya
   • V. V. Shurkhal

   Theory and Technology of Sintering, Heat Treatment, and Thermomechanical Treatment Pages: 479 - 484

7. Effects of high-speed electrothermal treatment on the mechanical characteristics of VK and VN hard alloys

   • A. S. Drachinskii
   • V. A. Krivtsov
   • N. N. Ryabenko

   Theory and Technology of Sintering, Heat Treatment, and Thermomechanical Treatment Pages: 485 - 486

8. Scaling resistance in binary titanium and chromium carbides made by SHS

   • G. N. Komratov
   • V. M. Shkiro

   Theory and Technology of Sintering, Heat Treatment, and Thermomechanical Treatment Pages: 487 - 490

9. Phase formation, micro structure, and high-temperature strength of sintered materials based on aluminum nitride sialon polytypes

   • V. A. Izhevskii
   • M. S. Koval'chenko
   • A. A. Rogozinskaya

   Research Methods and Powder Material Properties Pages: 491 - 494

10. Wettability of two-phase composites by molten metals

    • R. P. Voitovich
    • Yu. V. Naidich
    • G. A. Kolesnichenko

    Research Methods and Powder Material Properties Pages: 494 - 497

11. Structure and phase formation in a dispersed system of Al₂O₃ containing oxides of chromium, silicon, magnesium, and boron

    • M. V. Vlasova
    • É. T. Mamykin
    • O. T. Khorpyakov

    Research Methods and Powder Material Properties Pages: 498 - 504

12. The cryochemical method for producing powders from the Al₂O₃-ZrO₂-MgO system

    • L. M. Lopato
    • E. V. Dudnik
    • S. G. Ponomarchuk

    Research Methods and Powder Material Properties Pages: 504 - 506

13. The synthesis of ferrovanadium garnets

    • A. A. Ostroushko
    • A. N. Petrov
    • V. I. Glazyrina

    Research Methods and Powder Material Properties Pages: 506 - 510

14. Influence of laminar lubricants on the structure, character of failure, and properties of silver-base electrical contact materials

    • L. A. Kryachko
    • V. N. Paderno
    • O. I. Kovalenko

    Research Methods and Powder Material Properties Pages: 510 - 518

15. Elastoplastic deformation of sintered porous materials in pressure working processes. II. Special features of deformation of porous blanks in extrusion stamping

    • V. M. Gorokhov
    • E. A. Doroshkevich
    • E. V. Shtefan

    Research Methods and Powder Material Properties Pages: 519 - 523

16. Special features of formation of the ring-shaped structure in solid- and liquid-phase sintering alloys of the TiC-Ni-Mo system

    • V. A. Potapenko
    • N. P. Korzhova
    • I. V. Gridneva

    Research Methods and Powder Material Properties Pages: 524 - 528

17. Effect of environment on the temperature dependences of the strength of KTS alloy

    • O. V. Bakun
    • L. N. Beloborodov
    • V. A. Tsyban'

    Research Methods and Powder Material Properties Pages: 528 - 530

18. Grain boundary migration during heating of an ensemble of small molybdenum particles

    • Yu. A. Voskresenskii
    • I. A. Pepin
    • V. N. Troitskii

    Research Methods and Powder Material Properties Pages: 531 - 536

19. Laser chemothermal modification of powder steels

    • V. N. Antsiferov
    • A. M. Shmakov
    • S. V. Shtennikov

    Research Methods and Powder Material Properties Pages: 536 - 539

20. Some physical properties of composite zirconium based materials

    • L. R. Vishnyakov
    • V. P. Moroz
    • P. I. Mal'ko

    Research Methods and Powder Material Properties Pages: 540 - 542

21. The properties of La_xY_10xB₆ solid solution-base thin-film emission structures

    • A. M. Vasil'ev
    • V. I. Bessaraba
    • L. R. Shaginyan

    Research Methods and Powder Material Properties Pages: 543 - 546

22. Properties of nitrided molybdenum films at cryogenic temperatures

    • V. A. Brazhnik
    • V. I. Lazorenko
    • D. A. Fedorchenko

    Research Methods and Powder Material Properties Pages: 547 - 550