Hard Metals Production Technology And Research In The U. S. S. R

Content: Front Matter , Page iii Copyright , Page iv PREFACE , Page v INVESTIGATION OF THE WET GRINDING OF HARD ALLOY MIXTURES , Pages 3-34 , V.A. IVENSEN, N.V. BARANOVA, S.S. LOSEVA, I.G. SHATALOVA, O.N. EIDUK HARD ALLOY CERMETS FOR DRILLING ROCK , Pages 35-63 , G.S. KREIMER, O.S. SAFONOVA, E.M. BOGINO HARD ALLOY VK4 , Pages 64-76 , G.S. KREIMER, N.A. ALEKSEYEVA, E.L. GUREVICH, E.A. GOL'DBERG DEVELOPMENT OF PRODUCTION TECHNOLOGY FOR SHAPED HARD ALLOY COMPONENTS: Diamond Substitutes and Milling Cutters , Pages 77-86 , I.S. BROKHIN, D.L. FEDERMEYER CERTAIN NOVEL METHODS OF TREATING HARD ALLOY MIXTURES , Pages 87-91 , I.S. BROKHIN, D.L. FEDERMEYER SHAPING OF POWDERED HARD METAL MIXTURES BY THE EXTRUSION METHOD , Pages 92-102 , I.S. BROKHIN, D.L. FEDERMEYER, S.S. SHAPIRO A NEW METHOD OF PRODUCING HARD ALLOY PRODUCTS OF COMPLEX SHAPE: Brief Report , Pages 103-105 , V.A. IVENSEN THE USE OF CHROMIUM BORIDE FOR HARD FACING , Pages 106-116 , I.I. ISKOL'DSKII, S.L. CHERKINSKAYA THE REMOVAL OF MOLYBDENUM FROM TUNGSTEN ANHYDRIDE , Pages 117-126 , YE.P. BOGOMIL'SKAYA, R.M. SVIRIDOVSKAYA TUNGSTEN–CARBON HARD ALLOY CASTINGS , Pages 129-148 , YE.A. VORONKOVA DYNAMIC STRENGTH OF WC–Co CERMETS AT HIGH TEMPERATURES , Pages 149-156 , A.I. BARANOV THE EFFECT OF THE COOLING CONDITIONS AND PHASE COMPOSITION OF WC–Co HARD ALLOYS ON THE DECOMPOSITION OF A SOLID SOLUTION OF TUNGSTEN AND CARBON IN COBALT , Pages 157-164 , V.I. TRET'YAKOV, I.N. CHAPOROVA, E.D. SAMOILOVA SOLUBILITY OF TUNGSTEN CARBIDE IN COBALT AND NICKEL , Pages 165-178 , I.N. CHAPOROVA, V.I. TRET'YAKOV, E.A. SHCHETLINA, T.G. MAKARENKO INVESTIGATION INTO THE MODE OF NUCLEATION AND GRAIN GROWTH IN A SOLID SOLUTION OF TUNGSTEN CARBIDE IN TITANIUM CARBIDE WHEN MIXTURES OF THEIR POWDERS ARE SINTERED , Pages 179-191 , V.I. TRET'YAKOV, I.N. CHAPOROVA CHANGE IN THE DIMENSIONS AND SHAPE OF THE GRAINS IN A TiC–WC SOLID SOLUTION WHEN HEATED IN THE PRESENCE OF FREE TUNGSTEN CARBIDE, AND TUNGSTEN AND COBALT CARBIDE , Pages 192-195 , G.S. KREIMER, M.R. VAKHOVSKAYA INVESTIGATION OF THE CARBURIZING PROCESS IN TUNGSTEN CARBIDE HARD ALLOYS WITH COBALT AND NICKEL , Pages 196-211 , I.N. CHAPOROVA, YE.A. SHCHETLINA INVESTIGATION OF SOLUBILITY AND PHASE COMPOSITION IN A SILICON–CARBON SYSTEM , Pages 212-225 , I.S. BROKHIN, V.F. FUNKE THE PRODUCTION AND INVESTIGATION OF SILICON NITRIDE , Pages 226-239 , I.S. BROKHIN, V.F. FUNKE, G.V. SAMSONOV INVESTIGATION OF THE MOSAIC STRUCTURE OF TUNGSTEN BY ELECTRON MICROSCOPY , Pages 240-249 , N.P. VASIL'EVA, T.A. SULTANYAN, I.N. CHAPOROVA INVESTIGATION OF THE STRUCTURE OF HARD ALLOY CERMETS WITH AN ELECTRON MICROSCOPE , Pages 250-260 , E.V. SVISTUNOVA, I.N. CHAPOROVA, N.P. VASIL'EVA, T.A. SULTANYAN, V.E. KISELEV THE INFLUENCE OF TECHNOLOGICAL CONDITIONS ON THE INTERNAL GRAIN STRUCTURE OF HARD ALLOYS: X-ray analysis , Pages 263-281 , A.E. KOVAL'SKII X-RAY INVESTIGATION OF THE ALLOTROPIC TRANSFORMATIONS OF COBALT , Pages 282-291 , A.E. KOVAL'SKII, N.A. SHALNIKOVA MUTUAL SOLUBILITY OF ISOMORPHOUS HIGH MELTING CARBIDES WITH A CUBIC LATTICE: X-ray Analysis , Pages 292-305 , A.E. KOVAL'SKII, E.YA. VRZHESHCH X-RAY INVESTIGATION OF THE HETEROGENEITY OF T15K6 HARD ALLOY , Pages 306-316 , A.E. KOVAL'SKII, T.G. MAKARENKO DETERMINATION OF SMALL AMOUNTS OF CARBON IN TUNGSTEN AND MOLYBDENUM , Pages 317-326 , V.G. SHCHERBAKOV, YU.N. YURKEVICH DETERMINATION OF BORON AND CHROMIUM IN CHROMIUM BORIDE , Pages 327-331 , V.G. SHCHERBAKOV, R.M. VEITSMAN SPECTROGRAPHIC METHOD OF DETERMINING IRON, ALUMINIUM, MAGNESIUM AND SILICON IN TUNGSTEN AND MOLYBDENUM , Pages 332-340 , V.I. TUMANOV, S.I. SMORODINSKAYA COMBINED DETERMINATION OF SODIUM, CALCIUM, IRON, ALUMINIUM AND SILICON IN TUNGSTEN ANHYDRIDE , Pages 341-345 , V.I. TUMANOV, N.P. ANIKEYEVA, I.G. LEBEDEVA INDEX , Pages 347-351 Hard Metals Production Technology and Research in the U.S.S.R. deals with the production technology and investigation of the structure and physical-mechanical properties of hard metals. One of the important elements in technical progress is the national production of hard metals. The development and introduction of highly efficient hard metals ensure that labor productivity will increase in metalworking, mining, oil, and coal industries. This book provides comprehensive information on the metallography, correct utilization, and application of hard metals that is useful in developing those indu