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[en] Laser-driven compression, core heating, and neutron generation are experimentally observed when DT-filled glass shells are illuminated by intense laser radiation. Requirements for obtaining strong compressions and neutron generation include nearly uniform illumination, energies on-target greater than 0.71 J per nanogram of shell mass, symmetric target disassembly and on-target intensities of 1015W/cm2. The laser system, target illumination optics, targets, and laser target diagnostics are described in detail. (author)
Source
International Atomic Energy Agency, Vienna (Austria); Proceedings series; 3 v.; v. 2 p. 317-333; ISBN 9200301754; 
; 1975; IAEA; Vienna; 5. international conference on plasma physics and controlled nuclear fusion research; Tokyo, Japan; 11 Nov 1974; IAEA-CN--33/F1
; 1975; IAEA; Vienna; 5. international conference on plasma physics and controlled nuclear fusion research; Tokyo, Japan; 11 Nov 1974; IAEA-CN--33/F1