698 (Continued) 
N. P. Fleyshman, Docent 
Ye. I. Gladyshevskiy 
A. Ye. Glauberman, Professor, Head of Chair 
V. I. Kalinovich, Docent, Dean 
S. A. Kaplan 
I. I. Kovalik, Docent, Head of Chair 
A. S. Kovan'ko, Professor, Head of Chair 
P. I. Krypyakevich 
B. G. Kublanov, Professor 
R. V. Kucher 
Yu. B. Kuz'ma 
Ya. B. Lopatinskiy, Professor, Head of Chair 
N. I. Petrovskiy, Docent, Head of Chair 
G. L. Piotrovskiy, Docent, Head of Chair 
V. F. Rogachenko, Docent, Head of Chair 
M. I. Rudnitskiy, Professor 
N. I. Tkachuk, Docent, Head of Chair 
P. N. Tsysya', Professor, Dean 
A. F. Vovchik, Docent 
A. S. Zashkil'nyak, Docent, Head of Chair 
Description: 
Founded in 1661, L'vov State University today has an enrollment of 
about 8,400 students. It confers Candidate's and Doctor's Degrees. 
One of the primary research activities at the University is in the 
field of metallurgy, particularly properties of semiconductor metals and 
intermetallic compounds. Investigations have been made of the vanadium- 
molybdenum-silicon, manganese-nickel-germanium, manganese-cobalt-berylliun, 
and manganese-nickel-silicon systems; alloys of cadmium-tin, zinc-antimony, 
cadmium-antimony, and magnesium-copper-silicon; beryllium alloys; compounds 
of hafnium-beryllium, rhenium-aluminum, and palladium-magnesium; and high 
aluminum compounds. Research has been performed on liquid metals, including 
liquid antimony and liquid bismuth, and the theory of liquid semiconductors. 
Researchers have investigated the properties of germanium, impurity bands in 
semiconductors, and methods of crystal growing to obtain large crystals. 
Chemical and mineralogical investigations of meteorites have been conducted. 
Research of general chemical interest at the University covers 
fields such as ion-exchange chromatography, sulfur purification, dielectric 
Materials, anthracene crystals, clays, and polymerization processes. 
Special research projects related to local industrial needs were to develop 
lacquers for TV sets and organic reagents for chemical plants. 
Physics research at the University has covered problems such as 
plasma expansions, design and use of a cathode-ray spectrophotometer, 
electrode discharge, determination of excitation functions of neutron 
formation, and shock waves in a magnetized plasma. Mathematicians at the 
University have investigated solutions of parabolic systems, boundary-value 
