1. Hardening the surface of titanium alloys by laser alloying

   • Yu. M. Lakhtin
   • Ya. D. Kogan
   • T. A. Tumanova

   Savings of Metal and Power by the Introduction of Progressive Processes of Heat Treatment and Thermochemical Treatment Pages: 335 - 336

2. Nitriding press tools for hot forming

   • V. A. Boikov

   Savings of Metal and Power by the Introduction of Progressive Processes of Heat Treatment and Thermochemical Treatment Pages: 337 - 337

3. Savings of materials and power in laser hardening

   • O. A. Gorlenko
   • V. F. Chistov
   • E. N. Frolov

   Savings of Metal and Power by the Introduction of Progressive Processes of Heat Treatment and Thermochemical Treatment Pages: 338 - 339

4. Technology and practice of introducing siliconizing of steel parts

   • V. I. Udovitskii

   Savings of Metal and Power by the Introduction of Progressive Processes of Heat Treatment and Thermochemical Treatment Pages: 339 - 340

5. Thermochemical treatment in vapor-gas medium

   • M. V. Okhotin
   • É. I. Vrzhashch
   • E. T. Yutsis

   Savings of Metal and Power by the Introduction of Progressive Processes of Heat Treatment and Thermochemical Treatment Pages: 341 - 342

6. Efficiency of using diffusion coatings based on chromium

   • Ya. P. Brodyak
   • V. B. Dalisov

   Savings of Metal and Power by the Introduction of Progressive Processes of Heat Treatment and Thermochemical Treatment Pages: 342 - 343

7. Heat treatment of medium-carbon Invars

   • L. V. Pastukhova

   Savings of Metal and Power by the Introduction of Progressive Processes of Heat Treatment and Thermochemical Treatment Pages: 343 - 344

8. Decrease in energy consumption with the use of plastic deformation in the subcritical temperature range

   • S. I. Astakhov

   Savings of Metal and Power by the Introduction of Progressive Processes of Heat Treatment and Thermochemical Treatment Pages: 344 - 345

9. Use of alloy powders for the production of structural parts

   • T. P. Moskvina

   Savings of Metal and Power by the Introduction of Progressive Processes of Heat Treatment and Thermochemical Treatment Pages: 346 - 348

10. Carburizing in a nitrogen-based mixture with additives of pure methane

    • B. M. Éstrin
    • O. S. Mnushkin
    • V. A. Rudman

    Case Hardening Pages: 349 - 353

11. Effect of surface preparation on the quality of components after low-temperature carbonitriding

    • V. B. Fridman
    • T. V. Egorshina
    • E. E. Chesalova

    Case Hardening Pages: 354 - 356

12. Nitriding of tantalum

    • D. A. Prokoshkin
    • T. A. Voronova
    • V. N. Kashirtsev

    Case Hardening Pages: 357 - 360

13. Structural stability of heat-resistant nickel alloys at high temperatures

    • N. V. Petrushin
    • A. V. Logunov
    • V. A. Gorin

    Heat-Resistant Steels and Alloys Pages: 361 - 364

14. Dynamic recrystallization of KhN77TYuR alloy in isothermal deformation

    • D. I. Braslavskii
    • I. A. Izakov
    • I. N. Roshchina

    Heat-Resistant Steels and Alloys Pages: 365 - 368

15. Influence of microchills on the structure of cast KhN56VMTYu heat-resistant alloy

    • L. S. Bulavina
    • I. F. Milovanov
    • N. A. Ageeva

    Heat-Resistant Steels and Alloys Pages: 369 - 371

16. Structure and properties of titanium alloys after isothermal deformation at low rates

    • V. N. Moiseev
    • I. A. Povarov
    • Yu. I. Kaplin

    Titanium and Its Alloys Pages: 372 - 377

17. Effect of globular structure parameters on the mechanical properties of alloy VT3-1

    • M. Ya. Brun
    • G. V. Shakhanova
    • I. V. Soldatenko

    Titanium and Its Alloys Pages: 377 - 380

18. Evaluation of fatigue strength for large titanium alloy VT3-1 blanks taking account of material structure

    • M. N. Stepnov
    • M. G. Veitsman
    • L. N. Gus'kova

    Titanium and Its Alloys Pages: 380 - 383

19. Iron coatings on alloy VT3-1

    • A. S. Ivanov
    • A. N. Sokolov
    • V. S. Tomsinskii

    Titanium and Its Alloys Pages: 384 - 386

20. Control of the structure of two-phase titanium alloys in thermomechanical working

    • G. N. Kadykova

    Titanium and Its Alloys Pages: 386 - 389

21. Rules of failure of two-phase titanium alloys with different microstructures

    • A. S. Fedotov

    Titanium and Its Alloys Pages: 389 - 392

22. Properties of cast and deformed steel 110G13L

    • M. I. Kurbatov
    • Ya. P. Protsenko
    • É. I. Zemko

    Technical Information Pages: 393 - 394

23. Structure and mechanical properties of austenitic steels Kh16AG5N7S4 and 40Kh12G16N8F2 used for stainless steel springs

    • O. A. Bannikh
    • V. M. Blinov
    • N. A. Klekovkina

    Technical Information Pages: 395 - 398

24. Characteristic features of carbon redistribution on heating cast iron with vermicular graphite

    • L. A. Solntsev
    • L. L. Kostina

    Technical Information Pages: 399 - 400