Numerical Approach of Interactions of Proton Beams and Dense
发布时间：2023-01-26 07:54
A one dimensional quantum-hydrodynamic/particle-in-cell（QHD/PIC） model is used to study the interaction process of an intense proton beam(injection density of 1017cm-3)with a dense plasma(initial density of 1021cm-3), with the PIC method for simulating the beam particle dynamics and the QHD model for considering the quantum effects including the quantum statistical and quantum diffraction effects. By means of the QHD theory, the wake electron density and wakefie...
【文章页数】：7 页
【参考文献】：
期刊论文
[1]Effect of Foil Target Thickness in Proton Acceleration Driven by an Ultra-Short Laser[J]. 路建新,兰小飞,席晓峰,张海峰,张骥,王雷剑,汤秀章,王乃彦. Plasma Science and Technology. 2015(06)
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本文编号：3732329
【文章页数】：7 页
【参考文献】：
期刊论文
[1]Effect of Foil Target Thickness in Proton Acceleration Driven by an Ultra-Short Laser[J]. 路建新,兰小飞,席晓峰,张海峰,张骥,王雷剑,汤秀章,王乃彦. Plasma Science and Technology. 2015(06)
[2]Proton Acceleration Driven by High-Intensity Ultraviolet Laser Interaction with a Gold Foil[J]. 路建新,兰小飞,王雷剑,席晓峰,黄永盛,汤秀章,王乃彦. Plasma Science and Technology. 2013(09)
[3]Acceleration of Protons from a Double-Layer or Multi-Ion-Mixed Foil Irradiated by Ultraintense Lasers[J]. 王伟民,盛政明,於陆勒,李玉同,KAWATA Shigeo,张杰. Plasma Science and Technology. 2010(03)
本文编号：3732329
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