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中国物理学会期刊

激光驱动飞片三台阶靶模型的理论分析:用于状态方程的绝对测量

CSTR: 32037.14.aps.48.2314

THEORETICAL ANALYSIS OF THE MODEL OF FLYER-THREE-STEP-TARGET WITH LASER DRIVING:USING IN ABSOLUTE MEASUREMENT OF EQUATION-OF-STATE

CSTR: 32037.14.aps.48.2314
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  • 数值计算了激光直接驱动铝飞片空腔靶模型.结果表明:激光和靶结构参数对飞片状态和靶中冲击波特性的影响很大;如果激光和靶结构参数选择合理的话,可以近似实现飞片与靶的对称碰撞,而且靶中冲击波的稳定区有一定的空间宽度;因而,选择适当厚度的三台阶靶,可以近似实现状态方程的绝对测量.

     

    We present the numerical calculation of the model of aluminum flyer-vacuum-target with high power laser driving.The results show that the parameters of laser and target's structure have great effects on the state of flyer and the character of shock-waves in the target.If we select the parameters of laser and target's structure reasonably, we can achieve approximately symmetric impact between flyer and target;moreover,the shock-wave in the target has a stable area with a certain spatial width.So,if we choose the three-step-target with a suitable thickness,we can approach an absolute measurement of equation-of-state.

     

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