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Electronic excitation as a mode of heat dissipation in laser-driven cluster plasmas

机译:电子激发是激光驱动团簇等离子体中的一种散热方式

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摘要

Electrons streaming out of laser plasma are known for non-local heat transport and energy deposition by the ionization wave. At 100 eV electron temperature, since the electronic excitation cross section is comparable to that of ionization for Ar and CO_2, a non-local excitation wave akin to the ionization wave is envisaged where energy deposition in excitations forms a excited cluster sheath beyond the laser focus. Here, we show that nano-cluster systems have the right parameters to form such an exciton sheath and experimentally demonstrate this via charge transfer reactions.
机译:已知从激光等离子体流出的电子用于非局部传热和电离波的能量沉积。在100 eV电子温度下,由于电子激发截面与Ar和CO_2的电离截面相当,因此设想了类似于电离波的非局部激发波,其中激发中的能量沉积形成了超出激光焦点的激发簇鞘。在这里,我们表明纳米簇系统具有形成这种激子鞘的正确参数,并通过电荷转移反应实验证明了这一点。

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