1. Properties of a reduced and atomized Kh17N2 stainless steel powder

   • L. A. Shaporenko
   • V. V. Pavlov
   • V. V. Kiselev

   Theory, Production Technology, and Properties of Powders and Fibers Pages: 181 - 184

2. A nonsteady-state finite-elements model of the temperature field in the direct electric heating of a powder mixture

   • A. I. Tsitrin
   • V. Ya. Belousov
   • L. D. Lutsak

   Theory, Production Technology, and Properties of Powders and Fibers Pages: 185 - 189

3. Reduction-carbidization of titanium oxide by calcium hydride and calcium carbide

   • V. I. Kotenev
   • A. V. Kasimtsev
   • V. Ya. Koteneva

   Theory, Production Technology, and Properties of Powders and Fibers Pages: 190 - 193

4. Analysis of the annealing kinetics of ShKh15 steel sludge waste

   • I. V. Meleshko
   • A. I. Otrok
   • T. A. Velikanova

   Theory, Production Technology, and Properties of Powders and Fibers Pages: 193 - 197

5. Particle size of tin powders produced by the electric explosion of conductors in a liquid

   • A. K. Al'-Nimr
   • M. M. Martynyuk

   Theory, Production Technology, and Properties of Powders and Fibers Pages: 197 - 200

6. Estimate of the rolling parameters of two-layer strip containing a porous layer

   • I. I. Renne

   Theory and Technology of the Component Formation Process Pages: 201 - 203

7. Technological special features of manufacture of components of complicated configuration from metallic powders by hot stamping

   • G. E. Skorokhod
   • N. I. Burnaev
   • A. V. Stepichev

   Theory and Technology of the Component Formation Process Pages: 204 - 207

8. Special features of compacting aluminum powders in cold pressing

   • B. A. Aref'ev
   • V. I. Bakarinova
   • Z. S. Syamiullin

   Theory and Technology of the Component Formation Process Pages: 207 - 211

9. Special features of the ductile-brittle transition in iron-based powder materials. II. Physicomechanical model of the ductile-brittle transition in cracking resistance tests

   • S. A. Firstov
   • Yu. N. Podrezov
   • N. Ch. Pioro

   Theory and Technology of Sintering Processes, Heat, and Chemicothermal Treatment Pages: 212 - 215

10. Oxidation of components of the TiC-Fe-Cr system in presintering a powder carbide steel

    • Ya. P. Kyubarsepp

    Theory and Technology of Sintering Processes, Heat, and Chemicothermal Treatment Pages: 215 - 218

11. Examination of the sintering kinetics of YuNDK24 alloy by the high-temperature resistometry method

    • V. P. Ivanov
    • V. A. Pruchkin
    • G. A. Baryshev

    Theory and Technology of Sintering Processes, Heat, and Chemicothermal Treatment Pages: 219 - 222

12. Sintering composites made of plasticized W-Mo powders and hafnium oxide

    • S. M. Kats
    • V. N. Bogin

    Theory and Technology of Sintering Processes, Heat, and Chemicothermal Treatment Pages: 222 - 227

13. Structure and certain properties of aluminum nitride-base materials

    • A. I. Bykov
    • V. A. Gunchenko
    • I. I. Timofeeva

    Powder Materials, Parts, and Coatings Pages: 228 - 230

14. Crystalline structure of (Ti, Mo)C phase

    • A. M. Bogomolov
    • G. T. Dzodziev
    • V. A. Gotlib

    Powder Materials, Parts, and Coatings Pages: 231 - 234

15. Measuring the carbon content in sintered steels by the magnetoelastic acoustic-emission method

    • É. S. Gorkunov
    • V. A. Khamitov
    • V. S. Korobeinikova

    Powder Materials, Parts, and Coatings Pages: 234 - 237

16. Influence of electrospark alloying on the heat resistance of steels

    • A. D. Verkhoturov
    • I. A. Podchernyaeva
    • N. S. Stolyarova

    Powder Materials, Parts, and Coatings Pages: 238 - 242

17. Composition of the vapor phase in interaction of erbium, aluminum, and silicon oxides with copper, germanium, tin, and their alloys with titanium

    • B. V. Fenochka
    • V. S. Zhuravlev
    • Yu. V. Naidich

    Test Methods and Properties of Powdered Materials Pages: 243 - 247

18. Electrical conductivity of sintered heterophase materials TiN-Cr, TiN-Ni

    • F. F. Egorov
    • V. V. Fesenko
    • V. I. Mai

    Test Methods and Properties of Powdered Materials Pages: 247 - 251

19. TV-microscopic method of checking the grain-size distribution of ferrite powders

    • G. I. Zhuravlev
    • T. A. Strakhova

    Test Methods and Properties of Powdered Materials Pages: 252 - 254

20. Structure and phase composition of complexly alloyed powdered niobium containing nickel alloys

    • L. E. Popova
    • V. I. Shvarts
    • T. V. Kostina

    Test Methods and Properties of Powdered Materials Pages: 255 - 259