particle beam

同根派生

A pulse from an intense laser or particle beam, however, creates a disturbance in the plasma.
然而，一个从高密度的雷射或粒子束所产生的脉冲，可以对电浆产生扰动。
The power source is not microwave radiation but is either a laser beam or a charged particle beam.
能量的来源不是微波幅射，而是雷射光束或是带电粒子束。
Fortunately, when a laser or charged particle beam is sent through a plasma, interaction with the plasma can create a longitudinal electric field.
幸运的是，当雷射或带电粒子穿过电浆时，与电浆的作用可创造出纵向的电场。
The process is the same as in the laser wakefield case, except now the particle beam's electric field does the pushing instead of the laser beam's radiation pressure.
这个过程跟雷射尾迹场的情形一样，只是现在推动电子的，是粒子束的电场而不是雷射光束的辐射光压。
P.Banford,The Transport of Charged particle Beams,E.& F.N.
效应对于束流输运系统设计的影响及修正。