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Direct observation of betatron oscillations in a laser-plasma electron accelerator

机译:在激光等离子体电子加速器中直接观察电子感应加速器的振荡

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摘要

During experiments performed on a laser-plasma-based accelerator, correlation of the electron output angle with the electron energy has been observed. These spectral oscillations of the electron beam centroid are attributed to betatron oscillations of the electron beam during its propagation. An analytical model for betatron oscillations including constant longitudinal acceleration is described and used to validate the scenario and retrieve physical parameters. The oscillations can arise from an off-axis injection of the electrons, which can be reproduced using an asymmetric laser intensity pro. le in Particle-In-Cell ( PIC) simulations. This study emphasizes the influence of non-ideal interaction conditions inherent to experiments. Copyright
机译:在基于激光等离子体的加速器上进行的实验期间,已经观察到电子输出角与电子能量的相关性。电子束质心的这些光谱振荡归因于电子束在传播过程中的电子加速器振荡。描述了一个用于等速加速器振荡的分析模型,包括恒定的纵向加速度,并用于验证场景和检索物理参数。振荡可能是由电子的离轴注入引起的,可以使用不对称激光强度pro来重现电子。单元内粒子(PIC)模拟中的文件。这项研究强调了实验固有的非理想相互作用条件的影响。版权

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