Abstract: In this paper, we present a theoretical model which treats one-dimensional target heating and vaporization as well as energy absorption and collision reactions in the melting metal vapor. The coupling effects have been calculated for 0.308-$mu@m XeCl laser radiation to aluminum. The incident laser intensity and the pulsed duration are 10$+7$/ - 10$+9$/ W/cm$+2$/ and 80-ns respectively. The time relations of thermal and impulse coupling coefficients are obtained by solving non-linear heat conduction and rate equations about the temperature and density. These results are compared with the experiment measurements and the agreement is fairly good.!14
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机译：摘要：在本文中，我们提出了一种理论模型，用于处理熔融金属蒸气中的一维目标加热和蒸发以及能量吸收和碰撞反应。已经计算出0.308-μmXeCl激光辐射到铝的耦合效应。入射激光强度和脉冲持续时间分别为10 $ + 7 $ /-10 $ + 9 $ / W / cm $ + 2 $ /和80-ns。通过求解关于温度和密度的非线性热传导和速率方程，可以获得热耦合系数和脉冲耦合系数的时间关系。将这些结果与实验测量结果进行比较，一致性相当好！14
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