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ACCELERATION OF PARTICLES BY RELATIVISTIC ELECTRON PLASMA WAVES DRIVEN BY THE OPTICAL MIXING OF LASER LIGHT IN A PLASMA

机译:等离子体中激光的光混合驱动相对论电子等离子体波加速粒子运动

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摘要

Electron acceleration by relativistic electron plasma waves is studied by theory and particle simulations. The maximum acceleration that can be obtained from this process depends on many different factors. This paper presents a study of how these various factors impact on the acceleration mechanism. Although particular reference is made to the laser plasma beatwave concept, the study is equally relevant to the acceleration of particles in the plasma wakefield accelerator and the laser wakefield accelerator. [References: 19]
机译:通过理论和粒子模拟研究了相对论性电子等离子体波对电子的加速作用。从此过程中可获得的最大加速度取决于许多不同的因素。本文介绍了这些因素如何影响加速机制的研究。尽管特别提到了激光等离子体拍波概念,但该研究与等离子体尾波加速器和激光尾波加速器中的粒子加速同样相关。 [参考:19]

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