Intermetallic compounds—A new base for heat-resisting materials I. I. Kornilov OriginalPaper Pages: 802 - 809
Development of high-speed steels in the past fifty years Yu. A. Geller OriginalPaper Pages: 810 - 814
Current trends in the development of precision alloys B. V. MolotilovO. P. Elyutin BriefCommunication Pages: 815 - 817
Metals and alloys in low-temperature technology D. V. LebedevB. M. Ovsyannikov OriginalPaper Pages: 818 - 825
Heat and thermomechanical treatments utilizing rolling heat K. P. Starodubov BriefCommunication Pages: 830 - 831
Strengthening steels with a martensitic structure M. L. BernshteinR. I. Éntin OriginalPaper Pages: 832 - 835
Designing electrical resistance furnaces for heat treatment L. R. Alaverdov Equipment for Heat Treatment Shops Pages: 836 - 840
Heat exchange in furnaces for oxidation-free heating of metals A. I. VashchenkoA. G. Zen'kovskiiN. N. Lebedev Equipment for Heat Treatment Shops Pages: 841 - 843
Effect of initial structure on the transformations in high-carbon steels during heating E. A. Smol'nikov Equipment for Heat Treatment Shops Pages: 844 - 849
Cooling capacity of molten salts and alkalis containing water V. N. Biryukova Equipment for Heat Treatment Shops Pages: 850 - 853
Chemicothermal treatment of metals with combustible pastes V. I. ProsvirinG. S. Lotsmanov Technical Information Pages: 860 - 863
Phase composition of the boundary zone of aluminum — Copper bimetals F. L. LokshinF. G. Gol'derR. M. Sizova Technical Information Pages: 864 - 865
Properties of centrifugal castings of the Kh16N36MBTYuR alloy V. M. YuferovE. Ya. Lezinskaya Technical Information Pages: 866 - 868
Distribution of alloying elements in the phases of 0Kh21N5T steel G. V. SergeevaN. V. Khakhlova Technical Information Pages: 869 - 870