通过Laser产生的快电子作为流体动力驱动器的电阻引导实现快速嵌入式导线加热
Rapid Embedded Wire Heating via Resistive Guiding of Laser-Generated Fast Electrons as a Hydrodynamic Driver
摘要：
在由嵌入在较低$Z$材料中的电阻丝组成的靶中电阻性地引导激光产生的快电子束应该允许在相当大的距离上将电阻丝快速加热到超过100 eV，而不会强烈地加热周围的材料。在多ps时间尺度上，这可以驱动周围物质的流体动力学运动。因此，超强激光固体相互作用有可能作为固体密度材料中辐射流体动力学的受控驱动器。在本文中，我们评估的激光和目标参数需要实现这种快速和受控加热的嵌入式导线。
英文摘要：
Resistively guiding laser-generated fast electron beams in targets consisting of a resistive wire embedded in lower $Z$ material should allow one to rapidly heat the wire to over 100eV over a substantial distance without strongly heating the surrounding material. On the multi-ps timescale this can drive hydrodynamic motion in the surrounding material. Thus ultra-intense laser solid interactions have the potential as a controlled driver of radiation hydrodynamics in solid density material. In this paper we assess the laser and target parameters needed to achieve such rapid and controlled heating of the embedded wire.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
