论文标题
通过激光脉冲在金属密度电子等离子体中灭绝韦克菲尔德
Extitation of wakefield by a laser pulse in a metallic-density electron plasma
论文作者
论文摘要
由于可以形成比可见光频率大得多的激光脉冲，因此提议使用这种脉冲在注入晶体时加速颗粒。在这里，模拟了金属密度等离子体中的Wakefield激发和激光脉冲的电子加速度。加速梯度已被约为3TV/m。结果表明，与普通等离子体一样，随着时间的束气功能，Wakefield加速添加到激光Wakefield加速度中。
Since it is possible to form laser pulses with a frequency much larger than the frequency of visible light, Prof. T.Tajima proposed using such pulse to accelerate the particles at its injection into the crystal. Here, the wakefield excitation in the metallic-density plasma and the electron acceleration by laser pulse are simulated. The accelerating gradient has been ob-tained approximately 3TV/m. It is shown that, as in ordinary plasma, with time beam-plasma wakefield acceleration is added to laser wakefield acceleration.
