1. The use of nontraditional cooling liquids in heat treatment

   • O. A. Bannykh

   Heat-Treatment Technology Pages: 701 - 702

2. A new quenching medium based on the polymer PK-2

   • V. Z. Annenkova
   • L. N. Zhdankovich
   • M. G. Voronkov

   Heat-Treatment Technology Pages: 702 - 706

3. Effect of different factors on the cooling ability of the quenching medium based on the polymer PK-2

   • L. N. Zhdankovich
   • V. Z. Annenkova
   • M. G. Voronkov

   Heat-Treatment Technology Pages: 706 - 709

4. The quenching medium PK-2

   • V. V. Goryushin
   • V. F. Arifmetchikov
   • S. N. Sinetskii

   Heat-Treatment Technology Pages: 709 - 714

5. Hardening large forgings in a quenching medium based on water-soluble polymer

   • V. M. Ezhov
   • N. V. Dunaev
   • A. S. Yakhnin

   Heat-Treatment Technology Pages: 714 - 718

6. The cooling properties of aqueous solutions of the polymer PK-2

   • G. E. Zvigintseva
   • N. L. Nikolaeva
   • Yu. G. Eismondt

   Heat-Treatment Technology Pages: 718 - 721

7. Hardening properties of aqueous solutions based on polymer PK-2

   • G. E. Zvigintseva
   • N. L. Nikolaeva
   • Yu. G. Eismondt

   Heat-Treatment Technology Pages: 722 - 724

8. A comparative evaluation of the effectiveness of water-base quenching media

   • G. T. Bozhko
   • O. A. Bannykh
   • N. I. Kobasko

   Heat-Treatment Technology Pages: 725 - 729

9. Cinematographic investigation of the cooling process of alloys in aqueous polymeric solutions

   • N. I. Kobasko
   • N. P. Timchenko

   Heat-Treatment Technology Pages: 729 - 734

10. New polymeric UZSP-1 quenching medium

    • K. D. Rusov
    • S. G. Edemskii

    Heat-Treatment Technology Pages: 734 - 737

11. Application of an aqueous solution of monosulfite liquor as a quenching medium

    • V. N. Pustovoit
    • Yu. N. Churyukin
    • F. L. Érnandes

    Heat-Treatment Technology Pages: 737 - 742

12. Use of aqueous solutions of monosulfite liquor for quenching articles after dynamic hot pressing

    • V. A. Blinovskii
    • K. K. Shugai

    Heat-Treatment Technology Pages: 743 - 743

13. Evaluation of the cooling capacity of quenching media based on water

    • S. A. Grishin
    • Yu. N. Churyukin

    Heat-Treatment Technology Pages: 744 - 745

14. New quenching medium for heat treatment of agricultural machine spherical disks

    • B. A. Garshanin
    • P. V. Titchenko
    • V. G. Anikina

    Heat-Treatment Technology Pages: 745 - 746

15. The use of polymer quenchants for hardening of large parts

    • V. E. Loshkarev
    • É. Yu. Kolpishon

    Heat-Treatment Technology Pages: 746 - 749

16. The development and use of special quenching oils

    • N. Ya. Rudakova
    • B. K. Sheremeta
    • T. I. Tkachuk

    Heat-Treatment Technology Pages: 750 - 752

17. Possible means of reducing the film period of boiling in hardening in petroleum oils

    • T. I. Tkachuk
    • N. Ya. Rudakova
    • R. D. Novoded

    Heat-Treatment Technology Pages: 752 - 755

18. The influence of component composition of quenching oils on the cooling intensity in the bubble boiling period

    • T. I. Tkachuk
    • N. Ya. Rudakova
    • M. A. Al'tshuler

    Heat-Treatment Technology Pages: 755 - 758

19. Increasing the service life of machine parts and tools by intensification of cooling of them in quenching

    • N. I. Kobasko

    Heat-Treatment Technology Pages: 758 - 764

20. Calculation of the temperture and stress distribution during quenching of cylindrical parts

    • S. Ya. Ustilovskii
    • G. A. Ostrovskii
    • A. M. Ryskind

    Heat-Treatment Technology Pages: 765 - 769

21. Effect of raw materials purity on the fracture mode of structural carbon steel

    • V. D. Kal'ner
    • V. D. Zelenova
    • A. V. Saikin

    Technical Information Pages: 770 - 776

22. Structure and properties of binary magnesium-lithium alloys subjected to pressure casting

    • L. V. Nikulin
    • G. L. Lykasova
    • N. M. Shklyaeva

    Technical Information Pages: 777 - 782