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1988•Acta Physica SinicaOpen access

STUDY OF LASER IMPLOSION DYNAMICS BY FOUR-FRAME X-RAY SHADOWGRAPHY AND THEORETICAL SIMULATION

LIN ZUN-QI, ZHANG YAN-ZHAN, BI WU-JI, Haihe Lu, HE XING-FA, ZHAO ZHI-WEN, WEI XIAO-CHUN, SHI A-YING, WANG XIAO-QIN, LIN KANG-CHUN, LI JIA-MING, DONG QI, (1)中国科学院上海光学精密机械研究所; (2)中国科学院物理研究所

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Abstract

We present here studies of laser imploded glass microballoons by the newly developed time-resolved four-frame X-ray shadowgraphy. The simulation results of our one-dimensional Lagrangian hydrodynamical computation code (WL code) are in good agreement with the diagnostic experiments. The joint effort of the diagnostic experiments and theoretical simulations is crucial to understand laser implosion dynamics.

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What this paper is about

We present here studies of laser imploded glass microballoons by the newly developed time-resolved four-frame X-ray shadowgraphy. The simulation results of our one-dimensional Lagrangian hydrodynamical computation code (WL code) are in good agreement with the diagnostic experiments. The joint effort of the diagnostic experiments and theoretical simulations is crucial to understand laser implosion dynamics.

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Available abstract

We present here studies of laser imploded glass microballoons by the newly developed time-resolved four-frame X-ray shadowgraphy. The simulation results of our one-dimensional Lagrangian hydrodynamical computation code (WL code) are in good agreement with the diagnostic experiments. The joint effort of the diagnostic experiments and theoretical simulations is crucial to understand laser implosion dynamics.

Key concepts: Implosion, Shadowgraphy, Physics, Laser, Inertial confinement fusion, Frame (networking), Optics, Code (set theory)

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