Measurement of argon in the laser fusion targets

Ignat'ev, Yu V.; Vasin, M. G.; Veselov, A. A.; Izgorodin, V. M.; Lakhtikov, A. E.; Morovov, A. P.

doi:10.1117/12.537462

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2009

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“…Nonuniformity of thickness was less then 5%. X-ray spectral techniques allows us to define simultaneously element composition and thickness of a film (Laguiton & Parrich, 1977;Nazarov, 1991), to develop the analysis of multilayered samples in view of inside-and inter-layer matrix effects (Mantler, 1986;Huang & Parrich, 1986), to measure composition and component quantity of a gas mix in spherical targets (Weinstein & Weir, 1980;Ignat'ev et al, 2002), and composition of the shells. The difference between sphere centers of inner and outer surfaces was less then 0.2 mm.…”

Section: Resultsmentioning

confidence: 99%

Target technology development for the research of high energy density physics and inertial fusion at the RFNC–VNIIEF

et al. 2009

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Results in some directions of the target technology for research on high energy density and laser fusion at the Russian Federal Nuclear Centre-All-Russia Research Institute of Experimental Physics for the last three years are presented. The results of development of optical and X-ray methods of characterization and manufacturing techniques of targets for studying the equation-of-state at high pressures and the condensed rare gas targets for the influence of pulserepeated laser irradiation are given.

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