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AbstractAbstract
[en] A Nd-glass laser facility is described which is designed for studies of the laser-plasma interaction and for the development of special diagnostic instrumentation relevant to the problems of laser-driven fusion. The laser produces a 1-J, 200-psec pulse of 1.06-μm radiation which is focused into a 50 to 100-μm target spot to generate the plasma under study. An instrumentation package has been developed for performing x-ray diagnostic measurements to obtain information on plasma parameters. The package consists of a multichannel curved-crystal x-ray spectrograph (1 eV resolution at 1000 eV), calorimeters, and a fast x-ray diode (20-psec rise time) with a ten-channel single-shot sampler readout. This system records x-ray spectra, conversion efficiencies, and time histories of selected portions of the x-ray spectrum. With the integrated system, a complete set of data can be obtained on each laser shot. (U.S.)
Primary Subject
Source
21. nuclear science symposium; Washington, DC; 11 Dec 1974; 14. scintillation and semiconductor counter symposium; Washington, DC; 11 Dec 1974; 6. nuclear power systems symposium; Washington, DC; 11 Dec 1974
Record Type
Journal Article
Literature Type
Conference
Journal
IEEE (Inst. Electr. Electron. Eng.) Trans. Nucl. Sci; v. NS-22(1); p. 724-730
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