Effect of the fraction and size of dispersed carbides on grain size M. I. Gol'dshteinV. V. PopovL. P. Zhitova OriginalPaper Pages: 559 - 565
Strain twinning in aging manganese-vanadium steels A. A. GulyaevYu. D. Tyapkin OriginalPaper Pages: 566 - 570
Effect of thermomechanical treatment on the sequence of phase transformations in TiNi base alloys V. A. LikhachevS. P. PomytkinS. R. Shimanskii OriginalPaper Pages: 571 - 577
Formation of austenitic matrix in case-hardened steel type R6M5 V. I. MovchanA. I. MiroshnichenkoL. G. Pedan BriefCommunication Pages: 578 - 580
Substructure of chromized steels after plastic surface deformation O. P. Stels'kivR. S. Arabskii OriginalPaper Pages: 581 - 583
Formation of autenite in low-carbon steels (state of the art) A. P. Gulyaev New Materials and Resource-Conserving Technologies for the Heat Treatment and Case Hardening of Machine Components and Tools Pages: 584 - 588
Carbide transformations in weldable pearlitic steels B. B. VinokurS. V. Egorova New Materials and Resource-Conserving Technologies for the Heat Treatment and Case Hardening of Machine Components and Tools Pages: 588 - 592
Metallic materials for the lightweight automobile A. K. Tikhonov New Materials and Resource-Conserving Technologies for the Heat Treatment and Case Hardening of Machine Components and Tools Pages: 592 - 597
Using the computer to develop low-carbon economically alloyed high-strength steels Yu. A. BashninV. K. GalkinYu. V. Vasil'ev New Materials and Resource-Conserving Technologies for the Heat Treatment and Case Hardening of Machine Components and Tools Pages: 598 - 601
Predicting the fatigue limit of steels hardened by chemical-thermal treatment G. A. SolodkinG. M. VokovL. Ya. Ratgauz New Materials and Resource-Conserving Technologies for the Heat Treatment and Case Hardening of Machine Components and Tools Pages: 602 - 607
Criteria for estimating the endurance of gear wheels strengthened by chemical heat treatment V. A. OlovyanishnikovV. M. ZinchenkoV. V. Kuznetsov New Materials and Resource-Conserving Technologies for the Heat Treatment and Case Hardening of Machine Components and Tools Pages: 608 - 612
Hardening of large articles in polymeric agents with a controlled cooling capacity G. F. Feoktistova New Materials and Resource-Conserving Technologies for the Heat Treatment and Case Hardening of Machine Components and Tools Pages: 612 - 613
Heat treatment of large rotor blanks S. B. VikhrievA. M. Shkatova New Materials and Resource-Conserving Technologies for the Heat Treatment and Case Hardening of Machine Components and Tools Pages: 613 - 614
Effect of tempering of coarse-grain rotor steel on grain refining in post-heat treatment L. G. Razgovorova New Materials and Resource-Conserving Technologies for the Heat Treatment and Case Hardening of Machine Components and Tools Pages: 615 - 616
Influence of alloying of iron with niobium and tungsten in ion beam mixing on surface properties L. P. ChupyatovaT. E. VidenskayaI. A. Komarovskii New Materials and Resource-Conserving Technologies for the Heat Treatment and Case Hardening of Machine Components and Tools Pages: 616 - 619
Preservation of "old" boundaries in the structure of rehardened steel N. M. GerbikhA. B. Kut'inA. M. Polyakova Technical Information Pages: 620 - 622
An investigation of the influence of aging conditions on the mechanical properties of rolled 1201 aluminum alloy G. V. Seregin Technical Information Pages: 623 - 626
Resistance of 1201 aluminum alloy to plastic deformation at various strain rates N. N. Popov Technical Information Pages: 627 - 632
Properties of hardened St3ps steel after tempering L. G. Shulika Technical Information Pages: 633 - 634
Distribution of chromium and molybdenum in white cast iron V. L. LushchenkovG. I. Slyn'koA. D. Sherman Technical Information Pages: 634 - 635
