Heat cycling for increasing the yield strength of structural steels L. K. Nagornyi Heat Cycling Pages: 883 - 885
Effect of heat cycling on the structure and properties of the boride layer Yu. G. RufanovN. G. BirukO. I. Fomichev Heat Cycling Pages: 886 - 888
The use of heat cycling for increasing the ductility of high-carbon steels S. S. D'yachenkoE. L. Miloslavskaya Heat Cycling Pages: 888 - 890
Spheroidizing heat cycling of gray cast iron V. Yu. SlyusarevV. A. BaranovaE. L. Gomilko Heat Cycling Pages: 890 - 893
Antimony as a factor in grain-boundary brittleness S. A. NikulinM. A. ShtremelV. P. Kanev Structural Steels Pages: 898 - 902
Effect of copper on hydrogen sulfide embrittlement of steel 09KhG2NABCh V. I. MalkinV. N. ZikeevS. A. Afanas'eva Structural Steels Pages: 902 - 904
Development of heat-treatment schedules for alloy Kh20N73YuM in order to obtain thin cold-rolled strip V. M. ZakharovO. P. Elyutin Precision Steels and Alloys Pages: 905 - 908
Effect of deformation and annealing on the properties of Elinvars at 77–650°K A. V. DeryabinB. N. ShvetsovYu. A. Chirkov Precision Steels and Alloys Pages: 908 - 912
Effect of sulfur on structure and properties of Fe-Ni-Cr-based dispersion hardening alloys V. A. StrizhakS. I. StepanovN. V. Kas'yanov Precision Steels and Alloys Pages: 912 - 915
Study of the effect of zirconium on the properties and aging kinetics of alloys in the system Fe-Ni-Cu-Ti Z. L. NikitenkoV. P. StoikoA. Ya. Shvartser Precision Steels and Alloys Pages: 916 - 919
Hardening from the rolling heat of low-pearlite constructional steel microalloyed with niobium and vanadium V. I. Bol'shakovI. A. Mongait Technical Information Pages: 920 - 923
Structure and properties of weld joints of 03Kh11N10M2T1 steel S. I. KrasnikovaV. S. PautkinL. N. Lisnichenko Technical Information Pages: 924 - 927
Chemicothermomechanical strengthening of free-cutting steels V. V. LipinskiiV. S. MurasS. P. Tkachev Technical Information Pages: 927 - 931
Nature of soundability for large forgings with varying microstructure through the cross section V. A. KokorevV. I. Garina Technical Information Pages: 931 - 933