Possibility of obtaining large spherical particles by perpendicular feeding of fine powder into a plasma jet S. Yu. SharivkerA. M. Krasnov Theory, Manufacturing Technology, and Properties of Powders Pages: 173 - 177
Effect of spheroidization on the structure and properties of powders G. F. TikhonovL. A. PyryalovM. M. Chertok Theory, Manufacturing Technology, and Properties of Powders Pages: 178 - 183
Study of the densification of refractory compound powders by the electrical conductivity method L. I. Struk Theory, Manufacturing Technology, and Properties of Powders Pages: 184 - 188
Study of specific pressure during metal powder rolling V. P. KatashinskiiG. A. Vinogradov Theory and Technology of Component Formation Processes Pages: 189 - 193
Mechanism of metallic contact formation in SAP type alloys N. G. Andreevaé. F. Rastrigina Theory and Technology of Sintering, Heat Treatment, and Chemicothermal Treatment Processes Pages: 194 - 200
The sintering of graphite powders during chemicothermal treatment with carbide-forming elements A. I. Shestakov Theory and Technology of Sintering, Heat Treatment, and Chemicothermal Treatment Processes Pages: 201 - 204
Regularities of structure formation during the sintering of iron-graphite compositions Yu. F. Morozov Theory and Technology of Sintering, Heat Treatment, and Chemicothermal Treatment Processes Pages: 205 - 209
Forces binding plasma coatings to the base A. P. EpikS. Yu. SharivkerE. A. Astakhov Theory and Technology of Sintering, Heat Treatment, and Chemicothermal Treatment Processes Pages: 210 - 214
Theory of relaxation and creep of distorted metal crystals V. V. Skorokhod Theory and Technology of Sintering, Heat Treatment, and Chemicothermal Treatment Processes Pages: 215 - 219
Investigation of the conditions of the formation of hard alloys with an uneven distribution of the carbide phase A. N. Kruzhinskii Powder Metal Materials and Articles Pages: 220 - 223
Use of X-rays to study the atomic scattering factors of the components of titanium carbide and the defect concentration of its structure M. P. ArbuzovB. V. Khaenko Methods of Investigation and Properties of Materials Pages: 224 - 227
Prevention of growth of disperse particles in nickel V. M. Sergeenkova Methods of Investigation and Properties of Materials Pages: 228 - 230
The rhenium-chromium-carbon system L. V. GorshkovaT. F. FedorovYu. B. Kuz'ma Methods of Investigation and Properties of Materials Pages: 231 - 233
Statistical estimation of strength of porous iron specimens A. Ya. Krasovskii Methods of Investigation and Properties of Materials Pages: 234 - 237
Strength characteristics of porous materials of refractory compounds E. M. PrshedromirskayaYu. P. KukotaV. M. Sleptsov Methods of Investigation and Properties of Materials Pages: 238 - 241
On the ways of increasing the strength of high-melting-point compounds P. P. BudnikovF. Ya. Kharitonov Methods of Investigation and Properties of Materials Pages: 242 - 248
Study on the strength and plasticity of sintered iron during tension at low temperatures V. N. RudenkoI. M. Storozhevskii Methods of Investigation and Properties of Materials Pages: 249 - 252
Resistivity of hard alloys to finite plastic deformation V. M. Pelepelin Methods of Investigation and Properties of Materials Pages: 253 - 258