Steels containing lead A. N. MorozovYa. E. Gol'dshtein Steels with Improved Machinability Pages: 779 - 783
Effect of lead on the properties of structural steel A. Ya. Zaslavskii Steels with Improved Machinability Pages: 783 - 787
Steels with selenium and calcium Ya. E. Gol'dshteinA. N. Morozov Steels with Improved Machinability Pages: 787 - 793
Characteristics of the deformation of metallic composites with brittle filaments I. N. FridlyanderA. N. Gribkov Composite Materials Pages: 800 - 803
Effect of the interface on the strength of composite materials with boron filaments M. Kh. ShorshorovL. E. GukasyanL. M. Ustinov Composite Materials Pages: 803 - 807
Reaction of filaments with the matrix in the Ti−B system K. I. PortnoiV. I. BogdanovD. L. Fuks Composite Materials Pages: 807 - 809
Reaction of carbon filaments coated with titanium carbide and molten aluminum O. A. KashinV. E. OvcharenkoA. A. Zabolotskii Composite Materials Pages: 809 - 812
Effect of matrix composition on the reactions of the components of C−Al composite materials K. I. PortnoiA. A. ZabolotskiiN. I. Timofeeva Composite Materials Pages: 813 - 815
Compatibility of carbon filaments with a carbide coating and an aluminum matrix A. S. IsaikinV. M. ChubarovYu. A. Gorelov Composite Materials Pages: 815 - 817
Corrosion resistance and electrochemical characteristics of a composite material with a magnesium matrix M. A. TimonovaG. I. SpiryakinaL. A. Zolotareva Composite Materials Pages: 818 - 821
Accumulation of defects in Al−C and Al−B composite materials during low-cycle deformation V. S. UtkinS. E. SalibekovN. V. Sorokin Composite Materials Pages: 821 - 823
Tendency of precipitation-hardening tungsten wire in contact with nickel alloys to recrystallize A. S. IsaikinL. V. DvoichenkovaV. S. Balikhin Composite Materials Pages: 824 - 827
Structure and properties of heat-resistant molybdenum alloys for reinforcing composite materials I. B. LevinV. S. VinogradovaI. P. Bulygin Composite Materials Pages: 828 - 831
Production and application of liquid-air quenchants Yu. G. ÉismondtA. V. ShustovV. A. Ul'yanov Heat Treatment Technology Pages: 832 - 835
Heat treatment of low-alloy structural steel 25KhGMNTB N. A. PolushkinS. N. KrasotskayaYu. N. Kalenikhin Heat Treatment Technology Pages: 835 - 838
Kinetics of decomposition of austenite in steel 9Kh2MF V. N. IsakinaYu. A. BashninG. G. Seregin Heat Treatment Technology Pages: 838 - 841
Influence of heat treatment on the effectiveness of microalloying of pipe steels I. I. FrantovS. A. GolovanenkoI. I. Burnyashev Heat Treatment Technology Pages: 842 - 845
Trends in the development of heat-treatment technology E. SzpunarT. Burakowski Heat Treatment Technology Pages: 846 - 850
Strengthening of high-carbon austenitic steels by deformation and aging V. S. ZharinovaI. Ya. GeorgievaA. P. Bashchenko Technical Information Pages: 851 - 854