1. Processes of atomic ordering in microcrystalline ternary alloys based on Ni₃Mn

   • V. I. Goman'kov
   • S. M. Tret'yakova
   • V. A. Chevychelovi

   Theory Pages: 305 - 307

2. Method for processing calculated and experimental values of the specific surface energy of transition metals

   • S. E. Andryushechkin
   • M. G. Karpman

   Theory Pages: 308 - 311

3. Effect of preliminary and repeated heat treatment on the plasticity and structure of 25Kh17N2B-Sh steel

   • L. P. Karpov
   • E. M. Cbertovikova

   Technology of Heat Treatment Pages: 312 - 314

4. Method for electrocontact treatment of articles from spring steel in an aqueous medium

   • L. I. Bershtein
   • A. S. Siper

   Metal Science and Heat Treatment Pages: 315 - 316

5. Effect of various organic compounds on the quenching properties of I-20A mineral oil

   • V. N. Penza
   • N. N. Kostyuk
   • T. A. Dik

   Cooling Media Pages: 317 - 319

6. Vacuum equipment for heat treatment

   • A. I. Lyapunov
   • Ya. Petrun'ko

   Equipment for Heat Treatment Pages: 320 - 321

7. Modeling the basic parameters of heat treatment of large forgings

   • I. A. Borisov
   • A. I. Borisov

   Equipment for Heat Treatment Pages: 322 - 323

8. Quenching properties of parts having stress concentrators

   • A. A. Polyakov

   Exchange of Experience Pages: 324 - 325

9. Fractal analysis of fracture in aluminum alloy 01450T

   • L. R. Botvina
   • I. B. Oparina
   • V. N. Shabalina

   Endurance Pages: 326 - 330

10. Composite materials with metallic matrix and ceramic porous filler

    • V. I. Bakarinova
    • V. K. Portnoi

    Composite Materials Pages: 331 - 334

11. Effect of softening heat treatment on mechanical properties of maraging high-strength corrosion-resistant steel

    • Yu. V. Bugrov
    • A. M. Bykov
    • Yu. P. Kozokin

    Technical Informaton Pages: 335 - 338

12. Nonmetallic inclusions in steel and acoustic properties of piano wire

    • V. R. Baraz
    • A. A. Sokolov
    • A. V. Belov

    Technical Informaton Pages: 339 - 340

13. Low-cycle fatigue strength of titanium alloy 7M with a stress concentrator in hydrogen charging

    • Yu. D. Bondarenkol
    • A. A. Usachev

    Technical Informaton Pages: 341 - 342