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Energetic protons emitted from coulomb explosion dynamics of large-sized hydrogen clusters driven by an ultrashort intense laser pulse

机译:超短强激光脉冲驱动大型氢团的库仑爆炸动力学产生的高能质子

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摘要

Protons with very high kinetic energy of about 10keV and the saturation effect of proton energy for laser intensity have been observed in the interaction of an ultrashort intense laser pulse with large-sized hydrogen clusters. Including the cluster-size distribution as well as the laser-intensity distribution on the focus spot, the theoretical calculations based on a simplified Coulomb explosion model have been compared with our experimental measurements, which are in good agreement with each other.
机译:在超短强激光脉冲与大尺寸氢簇的相互作用中,已经观察到具有约10keV的很高动能的质子以及质子能量对激光强度的饱和效应。包括聚类大小分布和焦点上的激光强度分布在内,已将基于简化库仑爆炸模型的理论计算与我们的实验测量进行了比较,两者相互吻合。

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