Soviet Gas Laser Research


Book Description

An analysis which deals with Soviet gas-laser research is part of a continuing survey of Soviet theoretical and experimental developments in the general maser field. Published Soviet reports on gas-laser development fall readily into a well-defined area and characterize a fairly independent research effort which has little connection with any other aspects of Soviet work in quantum electronics. Soviet scientists engaged in gas-laser work have remained within its coundaries, at least as far as quantum electronics is concerned. (Author).













Soviet Laser Research


Book Description







Bibilography of Soviet Laser Developments


Book Description

The report covers the first quarter of 1972 with the major yield of information coming from the approximately 30 periodicals known to report the most advanced and interesting findings in Soviet laser technology. This as well as the previous reports covers the following topics: (1) laser research--solid state, liquid, gas and chemical lasers; UV; components; nonlinear optics; spectroscopy of laser materials; short pulse generation; crystal growing; and general theory; (2) laser applications--biological effects, communications, computer technology, holography, instrumentation, materials processing, and plasma generation. (Author).




Soviet Chemical Laser Research


Book Description

The report reviews recent Soviet open literature on chemical lasers, published mainly in January-October 1971. The report describes Soviet work on kinetics of chemical reactions, photodissociation lasers, photorecombination lasers, beam pumped lasers, and controlled chemical reactions. (Author).







Bibliography of Soviet Laser Developments. Number 13, July-September 1973


Book Description

This is the Soviet Laser Bibliography for the third quarter of 1973 and is No. 13 in the series on Soviet laser developments. The coverage includes basic research on solid state, liquid, and gas lasers; chemical lasers; theoretical aspects of advanced lasers; components; nonlinear optics, spectroscopy of laser materials; ultrashort pulse generation; crystal growing; and general laser theory. Laser applications are listed under biological effects; communications; computer technology; holography; instrumentation and measurements; beam-target interaction; and plasma generation and diagnostics. (Author).