1. Structural strength of steels with a structure of temper martensite

   • O. N. Romaniv
   • A. N. Tkach

   Methods of Increasing the Structural Strength of Alloys by Heat Treatment and Chemicothermal Treatment Pages: 309 - 313

2. Errata

   Erratum Pages: 313 - 313

3. Hydrogen embrittlement and the structural state of steel

   • V. I. Sarrak

   Methods of Increasing the Structural Strength of Alloys by Heat Treatment and Chemicothermal Treatment Pages: 314 - 320

4. Alloying and the structure of constructional steels resistant to hydrogen embrittlement

   • V. N. Zikeev

   Methods of Increasing the Structural Strength of Alloys by Heat Treatment and Chemicothermal Treatment Pages: 320 - 326

5. Features of the fracture of controlled rolled steel

   • A. P. Gulyaev

   Methods of Increasing the Structural Strength of Alloys by Heat Treatment and Chemicothermal Treatment Pages: 327 - 330

6. Effect of electroslag remelting on the structure and properties of steel 9Kh2MF

   • Yu. A. Bashnin
   • V. N. Isakina
   • L. I. Maslov

   Methods of Increasing the Structural Strength of Alloys by Heat Treatment and Chemicothermal Treatment Pages: 330 - 335

7. Effect of vanadium on the structure and mechanical properties of nonmagnetic high-nitrogen steels

   • O. A. Bannykh
   • V. M. Blinov
   • S. A. Kunavin

   Methods of Increasing the Structural Strength of Alloys by Heat Treatment and Chemicothermal Treatment Pages: 335 - 337

8. Mechanical properties and structural regularities of deformation and fracture of amorphous iron — Nickel base alloys

   • V. P. Alekhin
   • V. Pompe
   • I. Edelman

   Methods of Increasing the Structural Strength of Alloys by Heat Treatment and Chemicothermal Treatment Pages: 338 - 341

9. Increasing the design strength of steels by laser hardening

   • E. A. Shur
   • S. S. Voinov
   • I. I. Kleshcheva

   Methods of Increasing the Structural Strength of Alloys by Heat Treatment and Chemicothermal Treatment Pages: 341 - 344

10. Strength and phase composition of high-speed steel R6M5

    • I. K. Kupalova

    Methods of Increasing the Structural Strength of Alloys by Heat Treatment and Chemicothermal Treatment Pages: 344 - 346

11. Use of mathematical modeling to study the formation processes of the surface layer of components formed from low-alloy low-carbon steels subject to friction hardening

    • A. A. Levchenko

    Methods of Increasing the Structural Strength of Alloys by Heat Treatment and Chemicothermal Treatment Pages: 346 - 348

12. Surface hardening of piston rings by nitriding in glow discharge

    • A. D. Sokolov

    Methods of Increasing the Structural Strength of Alloys by Heat Treatment and Chemicothermal Treatment Pages: 349 - 351

13. Structure and phase composition of a diffusion aluminized coating

    • E. V. Knyazev
    • B. M. Voshedchenko
    • A. I. Tsepin

    Chemicothermal Treatment Pages: 352 - 354

14. Oxidation activation of boriding with rapid high-frequency induction heating

    • B. N. Polyakov

    Chemicothermal Treatment Pages: 355 - 359

15. Liquid boriding in induction salt baths

    • A. N. Simonenko
    • V. A. Shestakov
    • V. N. Poboinya

    Chemicothermal Treatment Pages: 360 - 361

16. Chemicothermal treatment of alloy VT6 to improve antifriction properties

    • V. M. Yanko
    • Yu. N. Veretennikov
    • O. Z. Lifshits

    Chemicothermal Treatment Pages: 362 - 363

17. Structural features and properties of deformed white cast iron alloyed with vanadium, niobium, and titanium

    • L. I. Agapova
    • T. S. Vetrova
    • A. A. Zhukov

    Castiron Pages: 364 - 367

18. Surface hardening of gray cast iron by induction fusion

    • G. Sh. Kiriya
    • Yu. K. Bunina
    • L. Kh. Ivanova

    Castiron Pages: 368 - 370

19. Ultrasonic inspection of heat-treatment quality for large press forgings

    • V. A. Kokorev
    • V. I. Garina

    Technical Information Pages: 371 - 372