中空等离子体通道中强激光脉冲对电子的加速

ELECTRON ACCELERATION BY A INTENSE LASER PULSE IN A HOLLOW PLASMA CHANNEL

分析了中空等离子体通道内传播的强激光脉冲电磁场中注入电子的运动，发现当激光脉冲强度超过某个阈值时，电子能获得有效的纵向加速并自动与脉冲分离．

The motion of injected electrons in the electromagnetic field associated with a intense laser pulse propagating in a hollow plasma channel is analyzed Results show that the electrons are possible to get effective longitudinal acceleration and can be extracted from the pulse automotively