Finely dispersed composite iron—Silver powders N. F. KushchevskayaT. M. Shvets Theory, Production Technology, and Properties of Powders and Fibers Pages: 571 - 574
Alloy powders in the Fe—Cu, Fe—Cr, Fe—Mn, and Fe—Cr—Mn systems P. N. Ostrik Theory, Production Technology, and Properties of Powders and Fibers Pages: 575 - 576
Selective laser sintering II. Sintering multilayer refractory composites A. V. RagulyaV. P. StetsenkoV. V. Skorokhod Theory and Technology of Sintering, Heat, and Chemical Heat-Treatment Processes Pages: 577 - 582
Heat treatment of sintered porous steels L. M. Grevnov Theory and Technology of Sintering, Heat, and Chemical Heat-Treatment Processes Pages: 583 - 592
Densification and structure formation in the sintering of composite materials based on nitrides of the IV–V group transition metals II. Sintering of (ZrN, HfN)’MCr composites F. F. EgorovV. E. Matsera Theory and Technology of Sintering, Heat, and Chemical Heat-Treatment Processes Pages: 593 - 596
Effect of impurities in iron powders on the physical properties of sintered magnetically soft materials V. Ya. BulanovG. A. Dorogina Sintered Metals and Alloys Pages: 597 - 601
Electrical conductivity and contact phenomena in porous metallic materials A. G. KostornovV. N. Klimenko Sintered Metals and Alloys Pages: 602 - 606
Erosion resistance of composite Ag’MCaF2 contacts L. A. KryaschkoS. P. KokhanovskiiV. P. Smirnov Sintered Metals and Alloys Pages: 607 - 614
Ionic conductivity of hydrophilic and partially hydrophobic porous powder electrodes Yu. N. Kryuchkov Sintered Metals and Alloys Pages: 615 - 617
Use of powders of the tungsten—Rhenium alloys for the preparation of impregnated cathode skeletons I. Densification and formation of porous structure in sintering of powders of tungsten-rhenium alloys O. I. Get’manV. V. PanichkinaV. V. Skorokhod Refractory and Ceramics Materials Pages: 618 - 625
Formation of graduated layers at the surface of ceramics and steels in a high-enthalpy gas stream G. A. FrolovI. A. PodchernayevaV. P. Smirnov Refractory and Ceramics Materials Pages: 626 - 631
Ceramic humidity sensors based on zirconium dioxide I. B. VinnikI. V. UvarovaV. S. Zenkov Refractory and Ceramics Materials Pages: 632 - 634
New compounds with a Y2ReB6 type structure N. F. ChabanS. I. MikhalenkoYu. B. Kuz’ma Physicochemical and Structural Investigations of Materials Pages: 635 - 637
Thermodynamic properties of SnSb2Te4 ternary compounds L. V. GoncharukV. R. Sidorko Physicochemical and Structural Investigations of Materials Pages: 638 - 640
Phase formation in the nickel—Zinc reaction couple O. V. DuchenkoV. I. Dybkov Physicochemical and Structural Investigations of Materials Pages: 641 - 647
Methods of production, structure, and properties of film materials based on the carbon—nitrogen system (survey) L. R. Shaginyan Physicochemical and Structural Investigations of Materials Pages: 648 - 658
Features of quantitative x-ray diffraction analysis of weakly absorbing powder products with a defective structure A. V. KurdyumovV. B. ZelyavskiiN. V. Yarosh Physicochemical and Structural Investigations of Materials Pages: 659 - 664
Laws of change in certain properties of borides of transition metals V. V. OgorodnikovYu. I. Rogovoi Physicochemical and Structural Investigations of Materials Pages: 665 - 669
Effect of structure on the fatigue strength of dispersion-hardened condensates based on copper III. Analysis of the second coefficient of a mott—Stroh type relation and data on strength under static loading Yu. F. Lugovskoi Physicochemical and Structural Investigations of Materials Pages: 670 - 674
Effect of thermo-radiative treatment on the durability of draw plates during drawing B. AkabirovR. A. KhaidarovT. G. Isaeva Exchange of Experience and Information Pages: 675 - 676
