Preparation of nickel powder by atomization O. S. NichiporenkoYu. I. NaidaA. V. Kochergin Theory, Production Technology, and Properties of Powders and Fibers Pages: 955 - 957
Electrothermic production of molybdenum powder with particles of lamellar shape V. I. TrotsenkoYu. M. LoshkarevI. P. Chelpanov Theory, Production Technology, and Properties of Powders and Fibers Pages: 958 - 961
Production of iron powder by the combined reduction of briquetted and loose charges P. N. OstrikA. G. Bol'shechenkoV. G. Deshko Theory, Production Technology, and Properties of Powders and Fibers Pages: 962 - 965
Manufacture of ultrafine iron powder by the plasma decomposition of iron pentacarbonyl M. A. GusseinYu. G. Kir'yanovV. G. Syrkin Theory, Production Technology, and Properties of Powders and Fibers Pages: 966 - 968
Manufacture of powders of titanium alloys and titanium-base refractory compounds from titanium alloy scrap A. N. RubtsovYu. G. OlesovV. P. Glukhov Theory, Production Technology, and Properties of Powders and Fibers Pages: 969 - 973
Pressing of compacts from aluminum granules V. P. SeverdenkoV. N. Iosifov Theory and Technology of the Component Formation Process Pages: 974 - 977
Free vibratory densification of SAP powders V. V. IvashchenkoV. S. Chub Theory and Technology of the Component Formation Process Pages: 978 - 979
Automatic measurement of shrinkage during sintering L. A. Vydrevich Theory and Technology of Sintering, Thermal, and Chemicothermal Treatment Processes Pages: 980 - 985
Manufacture and properties of porous titanium-molybdenum alloy materials D. S. ArensburgerV. S. PuginI. M. Fedorchenko Sintered Materials and Components Pages: 986 - 989
Methods of production of flexible electrodes for foil batteries Yu. M. Pozin Test Methods and Properties of Materials Pages: 990 - 992
Formation of boundary layers during friction in the presence of sulfur L. F. KolesnichenkoP. V. Trushko Test Methods and Properties of Materials Pages: 993 - 997
Systems zirconium-chromium-aluminum and zirconium-copper-aluminum V. Ya. MarkivV. V. Burnashova Test Methods and Properties of Materials Pages: 998 - 1002
Systems hafnium-tungsten-boron, hafnium-rhenium-boron, and niobium-rhenium-boron Yu. B. Kuz'maV. I. LakhD. A. Kovalyk Test Methods and Properties of Materials Pages: 1003 - 1006
Physical properties of the iron-chromium carbides (Cr, Fe)23C6 V. A. SuprunovM. Kh. Freid Test Methods and Properties of Materials Pages: 1007 - 1009
Ways of preventing defects in sintered permanent magnets R. I. FadeevaN. Z. Pozdnyak Test Methods and Properties of Materials Pages: 1010 - 1012
Microstructure of hot — pressed molybdenum carbide M. S. Koval'chenkoYu. I. Rogovoi Test Methods and Properties of Materials Pages: 1013 - 1017
Changes induced in the structure and properties of molybdenum disilicide blanks by sintering and subsequent oxidation P. S. KislyiA. Kh. BadyanA. S. Pogosyan Test Methods and Properties of Materials Pages: 1018 - 1020
Properties of materials based on naturally alloyed iron powder prepared from ore concentrate V. Ya. BulanovN. E. RysyukovA. V. Sinyukhin Powder Metallurgy Industry, Economics, and Organization of Production Pages: 1021 - 1022
Molybdenum disilicide heating elements manufactured by the High-Temperature Heating-Element Factory of Kirovakan A. S. PogosyanA. Kh. Badyan Exchange of Experience and Information Pages: 1023 - 1029
