1. Preparation of nickel powder by atomization

   • O. S. Nichiporenko
   • Yu. I. Naida
   • A. V. Kochergin

   Theory, Production Technology, and Properties of Powders and Fibers Pages: 955 - 957

2. Electrothermic production of molybdenum powder with particles of lamellar shape

   • V. I. Trotsenko
   • Yu. M. Loshkarev
   • I. P. Chelpanov

   Theory, Production Technology, and Properties of Powders and Fibers Pages: 958 - 961

3. Production of iron powder by the combined reduction of briquetted and loose charges

   • P. N. Ostrik
   • A. G. Bol'shechenko
   • V. G. Deshko

   Theory, Production Technology, and Properties of Powders and Fibers Pages: 962 - 965

4. Manufacture of ultrafine iron powder by the plasma decomposition of iron pentacarbonyl

   • M. A. Gussein
   • Yu. G. Kir'yanov
   • V. G. Syrkin

   Theory, Production Technology, and Properties of Powders and Fibers Pages: 966 - 968

5. Manufacture of powders of titanium alloys and titanium-base refractory compounds from titanium alloy scrap

   • A. N. Rubtsov
   • Yu. G. Olesov
   • V. P. Glukhov

   Theory, Production Technology, and Properties of Powders and Fibers Pages: 969 - 973

6. Pressing of compacts from aluminum granules

   • V. P. Severdenko
   • V. N. Iosifov

   Theory and Technology of the Component Formation Process Pages: 974 - 977

7. Free vibratory densification of SAP powders

   • V. V. Ivashchenko
   • V. S. Chub

   Theory and Technology of the Component Formation Process Pages: 978 - 979

8. Automatic measurement of shrinkage during sintering

   • L. A. Vydrevich

   Theory and Technology of Sintering, Thermal, and Chemicothermal Treatment Processes Pages: 980 - 985

9. Manufacture and properties of porous titanium-molybdenum alloy materials

   • D. S. Arensburger
   • V. S. Pugin
   • I. M. Fedorchenko

   Sintered Materials and Components Pages: 986 - 989

10. Methods of production of flexible electrodes for foil batteries

    • Yu. M. Pozin

    Test Methods and Properties of Materials Pages: 990 - 992

11. Formation of boundary layers during friction in the presence of sulfur

    • L. F. Kolesnichenko
    • P. V. Trushko

    Test Methods and Properties of Materials Pages: 993 - 997

12. Systems zirconium-chromium-aluminum and zirconium-copper-aluminum

    • V. Ya. Markiv
    • V. V. Burnashova

    Test Methods and Properties of Materials Pages: 998 - 1002

13. Systems hafnium-tungsten-boron, hafnium-rhenium-boron, and niobium-rhenium-boron

    • Yu. B. Kuz'ma
    • V. I. Lakh
    • D. A. Kovalyk

    Test Methods and Properties of Materials Pages: 1003 - 1006

14. Physical properties of the iron-chromium carbides (Cr, Fe)₂₃C₆

    • V. A. Suprunov
    • M. Kh. Freid

    Test Methods and Properties of Materials Pages: 1007 - 1009

15. Ways of preventing defects in sintered permanent magnets

    • R. I. Fadeeva
    • N. Z. Pozdnyak

    Test Methods and Properties of Materials Pages: 1010 - 1012

16. Microstructure of hot — pressed molybdenum carbide

    • M. S. Koval'chenko
    • Yu. I. Rogovoi

    Test Methods and Properties of Materials Pages: 1013 - 1017

17. Changes induced in the structure and properties of molybdenum disilicide blanks by sintering and subsequent oxidation

    • P. S. Kislyi
    • A. Kh. Badyan
    • A. S. Pogosyan

    Test Methods and Properties of Materials Pages: 1018 - 1020

18. Properties of materials based on naturally alloyed iron powder prepared from ore concentrate

    • V. Ya. Bulanov
    • N. E. Rysyukov
    • A. V. Sinyukhin

    Powder Metallurgy Industry, Economics, and Organization of Production Pages: 1021 - 1022

19. Molybdenum disilicide heating elements manufactured by the High-Temperature Heating-Element Factory of Kirovakan

    • A. S. Pogosyan
    • A. Kh. Badyan

    Exchange of Experience and Information Pages: 1023 - 1029

20. Petr Ivanovich Bebnev (1900–1964)

    • N. Z. Pozdnyak

    Our Calendar Pages: 1030 - 1030