74h (Continued) 
L. I. Mirkin 
Ya. M. Okhrimenko, Doctor 
Ne Ve Okorokov 
G. N. OykKs, Professor 
I. V. Paisov, Professor 
I. M. Pavlov, Corresponding Academician (U.S.S.R.) 
M. N. Petrovskaya, Docent, Head of Chair 
A. Ne Pokhvisnev, Professor 
P. I. Polukhin, Professor 
L. N. Rastorguyev 
V. Ve Rikman, Docent 
A. M. Samarin 
S. I. Sharov, Professor, Dean 
Yu. F. Shevakin, Candidate 
N. N. Shevyakov, Docent, Dean 
Ve. S. Smirnov 
G. A. Sokolov 
I. K. Suvorov, Docent 
N. D. Tomashov, Professor 
K. G. Trubin, Professor 
Ya. S. Umanskiy, Professor, Head of Chair of Radiography 
D. Yas Vishnyakov, Doctor 
F. P. Yedneral, Doctor 
V. P. Yelyutin, Professor 
V. I. Zalesskiy, Profesor 
A. A. Zhukhovitskiy, Professor 
Description: 
This educational-research institute has Departments of Metallurgy 
of Steels, Rare-Metals Metallurgy, Electrometallurgy, Metallurgical 
Furnaces, Rolling, Die-Forging Production, Physical Metallurgy and Heat 
Treatment, Metallurgy, Physics of Metals and X-Ray Analysis, Electrical 
Engineering, Analytical Chemistry, Physical Chemistry, Economics and Organ- 
ization of Production, Metallurgy of Pig Iron, Foundry Operations, Theory of 
Metallurgical Processes, General Machine Building, Corrosion and Protection 
of Metals, Roentgenography, Physics, and Forging and Stamping Production. 
Its laboratories include the Laboratory of High-Frequency Currents, the 
Laboratory for Electrometallurgy and the Laboratory of Vacuum Arc Furnaces. 
The Institute is interested mainly in processing methods and 
improvements of metals. A second Minkevich prize was awarded to the 
Institute in 1959 for the development of a high-strength engineering steel 
for special equipment. 
Steel processing studies include tempering, annealing, desulfuri- 
zation cyaniding, cold rolling, and titanizing. The Institute has developed 
die steels, ball-bearing steels, tube steels, and low-carbon electrical 
steels. Titanium, chromium, molybdenum, nickel, and their alloys are also 
studied. X-ray and radioisotope analysis methods are widely employed. 
Machine and instrument design and production economics are studied for the 
steel industry. 
