Phase and structural transformations in deformation and heat treatment of 08Kh15N5D2T steel tubing N. V. ZvigintsevV. I. YushkovI. P. Konakova Theory Pages: 559 - 564
Formation of directional austenite-carbide structures during the carburization of complex alloyed steels I. V. MovchanL. G. PedanV. I. Ivanitsa Theory Pages: 565 - 568
Properties of an Fe + 75% Ni alloy crystallized after various degrees of supercooling D. S. KamenetskayaV. I. Shiryaev Theory Pages: 569 - 571
Change of structure and properties of chemically deposited Ni-P coatings in fusion by continuous CO2 laser A. B. LysenkoN. N. Kozina Heat Treatment Using Highly Concentrated Energy Sources Pages: 572 - 576
Structure formation in the surface layer of steel in laser borochromizing V. S. PostnikovV. S. TomsinskiiA. S. Polyakov Heat Treatment Using Highly Concentrated Energy Sources Pages: 576 - 579
Effect of electron bombardment on the durability of the shaping parts of molds V. B. LivshitsR. A. VladimirskiiE. M. Fridman Heat Treatment Using Highly Concentrated Energy Sources Pages: 579 - 581
Ion-beam modification of the surface layers of titanium alloys V. A. ShulovYu. D. YagodkinV. V. Tetyukhin Heat Treatment Using Highly Concentrated Energy Sources Pages: 582 - 588
Heat treatment of rail steel using induction heating D. K. NesterovV. E. SapozhkovV. A. Dubrov Heat Treatment Technology Pages: 589 - 594
Effect of heat treatment on the structure of a cast alloy of the system Al-Mg-Li A. A. AbramovA. N. DanilovL. I. Sarafanova Heat Treatment Technology Pages: 595 - 597
Structure and properties of martensitic-aged corrosion resistant steels containing various concentrations of cobalt N. A. SorokinaN. A. PavlenkoYu. I. Rusinovich Maraging Steels Pages: 598 - 602
Effect of titanium on the resistance of maraging steel 08Kh15ND2T to brittle failure T. M. MakhnevaE. S. Makhnev Maraging Steels Pages: 603 - 607
Aluminum in maraging steel N18F6M3 I. V. PestovN. K. LeonovaA. V. Sorokin Maraging Steels Pages: 608 - 612
Nature of the increased plasticity of sintered powder metallurgy corrosion resistant PRKh18N10S steel T. A. KorobovaG. A. TolmachevaS. D. Rozanov Powder Metallurgical Materials Pages: 613 - 615
Structure and properties of corrosion-resistant steel-base powder metallurgy materials S. N. BoshinS. R. Nezamaev Powder Metallurgical Materials Pages: 616 - 617
Features of the structure of a high-temperature-strength nickel alloy after liquid-phase sintering A. P. GulyaevL. P. SergienkoO. I. Samoilov Powder Metallurgical Materials Pages: 618 - 623
Contact fatigue strength of powder steel ShKh15 N. V. AbashkinaA. I. RepinaO. A. Popov Powder Metallurgical Materials Pages: 623 - 626
High-strength austenitic steels with tungsten V. M. KardonskiiO. V. Samoilova Technical Information Pages: 627 - 630
Effect of heating by electric current and external heating on the structure of aluminum wire E. R. RossinskayaB. V. StepanovT. I. Nikol'skaya Technical Information Pages: 631 - 634