Prospects in the development of high-speed steels and alloys L. S. Kremnev Improving Methods of Heat and Chemicothermal Treatment in Machine Building Pages: 321 - 326
Properties of powder and cast R6M5K5 high-speed steel A. P. GulyaevE. P. TolkachevaL. P. Sergienko Improving Methods of Heat and Chemicothermal Treatment in Machine Building Pages: 326 - 327
Influence of carbon and rare-earth metal content on the properties of cast type R6M5K5-Sh high-speed steel E. N. BusalevaM. P. Stanischevskaya Improving Methods of Heat and Chemicothermal Treatment in Machine Building Pages: 328 - 329
News in the heat treatment of cutting tools E. A. Smol'nikov Improving Methods of Heat and Chemicothermal Treatment in Machine Building Pages: 329 - 330
Selection of the optimum hardening and tempering cycles for high-carbon high-speed steels Yu. N. KletsV. K. Zablotskii Improving Methods of Heat and Chemicothermal Treatment in Machine Building Pages: 331 - 332
Effect of thermomechanical treatment on the structure of high-speed steel R6M5 Yu. P. EgorovI. O. KhazanovR. V. Root Improving Methods of Heat and Chemicothermal Treatment in Machine Building Pages: 333 - 334
Effect of cooling rate in liquid nitrogen on the transformation rate of retained austenite in steel R6M5 A. N. PopandopuloL. T. ZhukovaA. G. Yaroshenko Improving Methods of Heat and Chemicothermal Treatment in Machine Building Pages: 334 - 337
Effect of chemical analysis and heat-treatment conditions of the grinding of high-speed steels L. S. KremmevA. M. AdaskinV. V. Tumenko Improving Methods of Heat and Chemicothermal Treatment in Machine Building Pages: 338 - 339
Formation of structure with high wear resistance during laser hardening of metalworking tools V. A. BurakovS. S. Fedosienko Improving Methods of Heat and Chemicothermal Treatment in Machine Building Pages: 340 - 341
Surface hardening of parts and high-precision measuring instruments with a CO2 laser O. V. Vladimirova Improving Methods of Heat and Chemicothermal Treatment in Machine Building Pages: 341 - 342
Effect of the structure of the laser-hardened surface layer on the wear resistance of steel 40Kh L. N. ObishchenkoN. M. MikhinS. N. Platova Improving Methods of Heat and Chemicothermal Treatment in Machine Building Pages: 344 - 345
Ion nitriding of machine tools and cutting instruments É. S. TsyrlinV. E. KurdyumovaE. L. Érman Improving Methods of Heat and Chemicothermal Treatment in Machine Building Pages: 346 - 351
Use of natural gas for chemicothermal treatment of tools and machine tool parts V. L. KozlovI. M. Rukina Improving Methods of Heat and Chemicothermal Treatment in Machine Building Pages: 351 - 352
Titanium coating V. F. ProtasevichL. S. Lyakhovich Improving Methods of Heat and Chemicothermal Treatment in Machine Building Pages: 353 - 354
Structural basis of increasing the reliability and service life of machine parts and tools L. I. Tushinskii Improving Methods of Heat and Chemicothermal Treatment in Machine Building Pages: 355 - 356
Effect of diffusional aluminum siliciding on the oxidation resistance of carbon steels B. S. KukharevL. S. LyakhovichI. A. Kofanova Improving Methods of Heat and Chemicothermal Treatment in Machine Building Pages: 357 - 357
Characteristics of structure formation in the surface layers of metal during vacuum carburizing S. N. TsepovM. A. Krishtal Improving Methods of Heat and Chemicothermal Treatment in Machine Building Pages: 358 - 359
Structure and properties of weldments in stainless maraging steels after heat treatment S. I. KrasnikovaA. V. DrobotE. S. Beregovaya Improving Methods of Heat and Chemicothermal Treatment in Machine Building Pages: 360 - 361
Heat treatment of structural steels to reduce temper brittleness M. M. FetisovaT. P. KovrovaÉ. I. Pleshakov Improving Methods of Heat and Chemicothermal Treatment in Machine Building Pages: 361 - 362
Designing materials — low-carbon steels as an example A. N. KharitonovA. I. Bondarev Improving Methods of Heat and Chemicothermal Treatment in Machine Building Pages: 363 - 364
Mechanism of failure of heat-treated steel subjected to abrasive wear S. M. Shamakhsudov Strength Properties Pages: 365 - 367
Deformation mechanism for a steel matrix close to inclusions under compression S. I. Gubenko Strength Properties Pages: 368 - 371
Fractographic features and rate of fatigue crack development in steels before failure A. V. ProkopenkoV. A. Stepanenko Strength Properties Pages: 372 - 376
Effect of temperature conditions for failure on the structure and properties of steel 12Kh18N10T and alloy D16T B. P. Kuz'michevL. P. KryuchkovR. Yu. Tsimberova Strength Properties Pages: 377 - 380
Variation in the elastic modulus of cast iron during heating N. A. ChelyshevYu. V. PiguzovL. V. Shchekurskaya Strength Properties Pages: 381 - 383
Ultrasonic shock treatment of certain industrial alloys and their structural changes I. G. PolotskiiG. I. ProkopenkoV. P. Krivko Strength Properties Pages: 384 - 387
Effect of thermal cycling treatment on the structure and properties of silumins S. S. GorelikV. S. BirontB. S. Zaigraikina Strength Properties Pages: 388 - 390
Strengthening of N23Kh5T3 steel by hydroextrusion G. A. PegushinaA. I. Uvarov Technical Information Pages: 392 - 393
Special features of operating radiant-tube furnaces E. V. Kreinin Technical Information Pages: 394 - 397
Devising high-strength weldable steel by the methods of mathematical planning of experiments S. N. VinogradovO. F. PruzhnikovaE. D. Orlov Technical Information Pages: 397 - 400