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研究了激光入射孔径对柱形腔靶中 l=2阶靶丸辐照不均匀度的影响,计算得到了激光入射孔径对辐照不均匀度随时间变化的影响可以用源于某一固定点的一族曲线来描述。此固定点是由与激光光斑的位置决定的,与腔靶的半径和入射激光束的入射角有关,而与激光入射孔径的大小无关。辐照不均匀度随时间的变化是由激光光斑的辐射温度的变化和腔壁辐射温度的变化决定的,激光入射孔半径的大小影响着辐照不均匀度随时间变化的曲线的梯度,入射孔越大,曲线的梯度就越大。激光入射孔对l=2阶靶丸辐照不均匀度的影响与入射孔半径近似呈线性关系。 相似文献
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Theoretical and experimental studies of the angular distributions of scattered laser light in laser-Au-plate-target coupling are reported. A simple model that describes three-dimensional plasmas and scattered laser light is presented. The approximate shape of critical density surface has been given and the three-dimensional laser ray tracing is applied in the model. The theoretical results of the model are consistent with the experimental data for the scattered laser light in the polar angle range of 25o to 145o from the laser beam. 相似文献
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