High-strength steels with a low nickel concentration for large forged pieces P. V. SklyuevE. V. Pertsovskaya Structural Steels Pages: 785 - 789
Effect of zirconium on the susceptibility of steel to strain aging M. P. BraunV. S. KovalenkoE. L. Zats Structural Steels Pages: 790 - 792
Effect of alloying elements on the kinetics of the transformation of austenite during welding of bainitic reinforcing steels A. S. Astaf'evV. S. NavoevM. Kh. Shorshorov Structural Steels Pages: 793 - 796
Mechanical properties of high-strength bimetallic sheets A. P. KofmanP. O. PashkovA. A. Yavor Structural Steels Pages: 797 - 799
Individual characteristics of melts of carburized steels N. M. GrinbergM. A. Balter Structural Steels Pages: 800 - 803
Toughening of improved structural steels with small amounts of nitrogen, vanadium, and aluminum L. M. PanfilovaM. I. Gol'dshtein Structural Steels Pages: 804 - 808
Properties of austenitic manganese steels alloyed with carbide-forming elements V. I. GrigorkinG. V. Korotushenko Structural Steels Pages: 809 - 812
Effect of tempering before quenching on the wear resistance of G13L steel V. P. Ksenofontov Structural Steels Pages: 813 - 815
Effect of nickel on the mechanical properties and cold brittleness threshold of low-carbon steel A. P. GulyaevA. M. Fatkina Steels for Cryogenic Technology Pages: 817 - 821
Mechanical properties of Kh14G14N3T steel at −253°C A. A. BabakovD. V. LebedevE. A. Ul'yanin Steels for Cryogenic Technology Pages: 822 - 823
Mechanical properties of Kh21G7AN5 steel at the temperature of liquid hydrogen N. A. KozlovaD. V. Lebedev Steels for Cryogenic Technology Pages: 824 - 826
Impact toughness of austenitic steels at low temperatures A. P. GulyaevA. M. Minaev Steels for Cryogenic Technology Pages: 827 - 829
Characteristics of plastic deformation of titanium at low temperatures R. A. Ul'yanovV. A. Moskalenko Steels for Cryogenic Technology Pages: 830 - 833
Stability of austenite in some Fe−Cr−Ni alloys in deformation at low temperatures V. Ya. Il'ichevR. A. Ul'yanovA. A. Shpetnaya Steels for Cryogenic Technology Pages: 834 - 836
Steels and alloys for cryogenic technology E. A. Ul'yanin Steels for Cryogenic Technology Pages: 837 - 841
Recrystallization diagram of low-plasticity chromium-nickel heat-resistant steel V. I. ZalesskiiYu. I. Kozlov Technical Information Pages: 842 - 842
Decarbonization of steel in salt baths V. P. KocherginG. K. Grekhova Technical Information Pages: 843 - 846
Combined treatment of steel for high strength M. E. BlanterM. I. Shklyarov Technical Information Pages: 847 - 848
Overheating of structural steels A. I. ShvedunovN. F. Silant'eva Technical Information Pages: 849 - 850
Effect of dehydrogenation annealing on the properties of 40Kh and 34KhN3M steels E. S. TovpenetsT. M. MolodtsovaE. N. Kotlyar Technical Information Pages: 851 - 853
Alumetizing of nickel by the circulation method D. A. ProkoshkinB. N. ArzamasovS. N. Fedoseeva Technical Information Pages: 854 - 856
Recrystallization of manganese and nickel steels during high-temperature thermomechanical treatment M. L. BernshteinO. M. Zueva Technical Information Pages: 857 - 858
Investigation of chrome steels after continuous cooling at different rates S. Z. NekrasovaYu. Z. Eorkovskii Technical Information Pages: 859 - 861
Properties of 2Kh13L steel with a martensite structure Yu. I. ShumakovV. V. GavranekE. S. Karpov Technical Information Pages: 862 - 863
Effect of cementation and subsequent diffusion chromizing on the interaction of iron and liquid zinc D. Ya. Gluskin Technical Information Pages: 864 - 865
Increase of the durability of punching dies of carbon steel and decrease of distortion during quenching I. A. Rudenko Technical Information Pages: 866 - 867