1. Physical principles and technological aspects of the production of gradient composites based on an oxygen-free ceramics

   • V. Ya. Petrovskii
   • V. V. Skorokhod

   First International Seminar on Ceramic Composites with an Organized Macrostructure—Functional Gradient Materials—“LOM-98” Pages: 115 - 125

2. New trends in powder injection moulding

   • Z. S. Rak

   First International Seminar on Ceramic Composites with an Organized Macrostructure—Functional Gradient Materials—“LOM-98” Pages: 126 - 132

3. Technology for the formation of gradient oxide composites

   • A. V. Shevchenko

   First International Seminar on Ceramic Composites with an Organized Macrostructure—Functional Gradient Materials—“LOM-98” Pages: 133 - 139

4. Compositional dependence of mechanical and wear properties of electroconductive ceramics

   • S. Guicciardi

   First International Seminar on Ceramic Composites with an Organized Macrostructure—Functional Gradient Materials—“LOM-98” Pages: 140 - 148

5. New functionally gradient materials in the Ti−Si−C system

   • M. Lopacinski
   • J. Lis

   First International Seminar on Ceramic Composites with an Organized Macrostructure—Functional Gradient Materials—“LOM-98” Pages: 149 - 151

6. Preparation of boron nitride fibers with the use of hydrated cellulose. I. Decomposition of hydrated cellulose impregnated with boron-containing compounds

   • T. S. Bartnitskaya
   • N. F. Ostrovskaya
   • B. V. Fenochka

   Theory, Production Technology, and Properties of Powders and Fibers Pages: 152 - 156

7. Experimental investigation of the kinetics of regrouping and zonal isolation of particles in the laser sintering of a monolayer of one-component metallic powder

   • N. K. Tolochko
   • V. B. Mikhailov
   • I. A. Yadroitsev

   Theory and Technology of Sintering, Heat, and Chemical Heat-Treatment Processes Pages: 157 - 161

8. Structure and properties of powder metallurgy phosphorous steels

   • V. N. Antsiferov
   • A. A. Shatsov
   • S. A. Oglezneva

   Sintered Metals and Alloys Pages: 162 - 165

9. The Cr−Re phase diagram

   • A. V. Gritsiv
   • A. A. Bondar
   • V. M. Vereshchak

   Physicochemical and Structural Investigations of Materials Pages: 166 - 171

10. Thermodynamic analysis of the reaction of titanium with boron carbide in a self-propagating high-temperature synthesis regime

    • S. P. Gordienko

    Physicochemical and Structural Investigations of Materials Pages: 172 - 175

11. Complex hydrides and hydronitrides of transition metals prepared by SHS. II. Systems involving group V metals and nitrogen (Ti−V−N−H, Ti−Nb−N−H, Zr−Nb−N−H)

    • N. N. Agadzhanyan
    • A. G. Akopyan
    • V. Sh. Shekhtman

    Physicochemical and Structural Investigations of Materials Pages: 176 - 178

12. Oxidation of alloys of the system Ni−Ta. I. Oxidation of the intermetallic Ni₃Ta

    • V. G. Chuprina

    Physicochemical and Structural Investigations of Materials Pages: 179 - 185

13. Micro-raman studies on materials based on zirconium dioxide

    • G. A. Gogotsi

    Physicochemical and Structural Investigations of Materials Pages: 186 - 192

14. Effects of grain size and disorder in graphite-like structures on high-pressure martensitic transformations

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

    Physicochemical and Structural Investigations of Materials Pages: 193 - 197

15. Influence of random pore-type mesodefects on the strength of brittle materials

    • Yu. N. Podrezov
    • N. I. Lugovoi
    • V. N. Slyunyaev

    Physicochemical and Structural Investigations of Materials Pages: 198 - 201

16. Coordination number and bulk porosity of porous fibrous materials

    • V. N. Klimenko
    • A. G. Kostornov
    • Yu. N. Kryuchkov

    Physicochemical and Structural Investigations of Materials Pages: 202 - 204

17. Energy states andPV-diagrams of borides or transition metals

    • V. V. Ogorodnikov
    • Yu. I. Rogovoi

    Physicochemical and Structural Investigations of Materials Pages: 205 - 211

18. Side milling cutters with working elements made of high-speed steel powder. II. Properties of cutting materials

    • Yu. G. Dorofeev
    • V. Yu. Dorofeev
    • A. S. Yutishev

    Powder Metallurgy Industry, Economics, and Organization of Production Pages: 212 - 215