低密度等离子体中超相对论带电粒子长束相互作用的轨道交叉
Trajectory crossing in low density plasmas due to interaction with a long ultrarelativistic beam of charged particles
摘要：
由带电粒子的长束驱动的等离子体波的破裂导致电子射流从等离子体柱逃逸并形成电子晕。对于等离子体密度小于或束密度的顺序，这个过程是很好地描述了一个半解析模型，它同意模拟，并允许计算的位置的波破碎点，并确定周围的等离子体柱所占据的晕的区域。
英文摘要：
Breaking of a plasma wave driven by a long beam of charged particles results in electron jets escaping from the plasma column and forming an electron halo. For plasma densities less than or of the order of the beam density, this process is well described by a semi-analytical model, which agrees with simulations and allows to calculate the position of wavebreaking points and determine the regions around the plasma column occupied by the halo.
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。
