Titlebook: Laser interaction and related plasma phenomena, volume 3; Helmut J. Schwarz (Professor of Physics),Heinrich Book 1974 Springer-Verlag US

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Electron Beam Controlled CO2 Lasers at Los Alamoscial power plants requires lasers of still higher energy (10. J or more) meeting other performance and economic constraints. At present, the CO. laser is the only one that has reached a stage at which the development of 10.-J systems appears to be a relatively straightforward and economically practi

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Review of CW High-Power Laser Technologys cited are drawn from the work of researchers at the United Aircraft Research Laboratories. In this regard, acknowledgement is made of the technical contributions of Messrs. Conrad Banas, Paul Blaszuk, Clyde Brown, Jack Davis, Alan Eckbreth and Arthur Mensing. The assistance of Miss Gene Tomaiuolo

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On the Feasibility of Nuclear Pumping of Gas Lasers thermonuclear fusion reactions or nuclear energy may be used to excite lasers. This paper is concerned with the latter possibility. The ultimate goal is to directly convert fission energy, the largest part of which is the kinetic energy of charged particles (fission fragments), into laser light. Hi

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Comparison of Direct and Discharge Pumping in CO2 Lasersnal source pass through the laser cavity. This concept, which we call direct pumping, envisions no additional electrical sources, distinguishing it from nuclear augmentation. and the e-beam sustained discharge technique. with which it is here compared. Calculations performed for a CO. laser indicate

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High Power Chemical Lasers: Problems and Perspectivesinstance certain applications in medicine and chemistry, the pumping of x-ray lasers by laser irradiation or as the most prominent goal the achievement of controlled thermonuclear fusion by lasers. The requirements for the laser systems to be used for such purposes are quite extreme. Energies in the

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