Nature of hydrogen embrittlement of steel Yu. I. ArchakovI. D. Grebeshkova Hydrogen in Metals Pages: 555 - 562
Resistance of constructional steel to fracture in hydrogen impregnation and hydrogen sulfide cracking É. A. Savchenkov Hydrogen in Metals Pages: 562 - 568
Study of failure for unstable austenitic steel in a hydrogen atmosphere I. N. LevinaV. N. KlyuchnikovO. M. Detinich Hydrogen in Metals Pages: 569 - 571
Heat treatment of rolled products — An effective means of economy in metal I. G. Uzlov New Materials and Methods of Heat Treatment of Metals Pages: 578 - 580
Structure and properties of powder metallurgy constructional steel of different densities A. P. GulyaevT. P. Moskvina New Materials and Methods of Heat Treatment of Metals Pages: 581 - 584
Hypereutectoid high-speed steels L. S. Kremnev New Materials and Methods of Heat Treatment of Metals Pages: 585 - 587
Synchronous heat-treatment technology for high-speed steel tools E. A. Smol'nikovV. A. Markina New Materials and Methods of Heat Treatment of Metals Pages: 587 - 589
Effect of thermal cycling on the mechanical properties of steel 20Kh Yu. A. BashninL. A. LisitskayaA. V. Pozharskii New Materials and Methods of Heat Treatment of Metals Pages: 589 - 591
Protective coatings obtained by pyrolysis of metalloorganic chromium compounds Yu. M. LakhtinYa. D. KoganA. P. Gorovoi New Materials and Methods of Heat Treatment of Metals Pages: 592 - 597
Carbide transformation in constructional steels B. B. Vinokur New Materials and Methods of Heat Treatment of Metals Pages: 597 - 601
Influence of heat treatment and surface hardening on the fatigue resistance of constructional steel parts M. Ya. BelkinL. M. Belkin New Materials and Methods of Heat Treatment of Metals Pages: 601 - 604
Increasing the quality and reliability of structural steels as the result of substructural strengthening V. I. Bol'shakovI. A. MongaitN. É. Pogrebnaya New Materials and Methods of Heat Treatment of Metals Pages: 605 - 609
A heat treatment for obtaining a controlled ferritic-martensitic structure in steel N. M. Fonshtein New Materials and Methods of Heat Treatment of Metals Pages: 610 - 616
Features of the structure and properties of high-speed steels after laser treatment V. S. D'yachenko New Materials and Methods of Heat Treatment of Metals Pages: 616 - 621
Determination of the heat-treatment cycle for 110G13L steel for increasing the abrasive wear resistance S. E. KondratyukG. G. Lutsenko New Materials and Methods of Heat Treatment of Metals Pages: 621 - 624
Improving the heat resistance of austenitic steels by the thermochemical treatment method G. G. BondarenkoI. N. Borodulin New Materials and Methods of Heat Treatment of Metals Pages: 624 - 627
Method of improving the heat resistance of parts working under conditions of discontinuous lubrication S. L. EvtifeevA. S. Sin'kovskii New Materials and Methods of Heat Treatment of Metals Pages: 627 - 629
Optimization of the heat-treatment parameters for castings of steel 23KhGS2MFL E. A. Alekseenko Technical Information Pages: 630 - 633
Combined aging of beryllium bronze P. P. DuraevYu. A. KaplunA. G. Rakhshtadt Technical Information Pages: 634 - 635
