在考虑和不考虑摇摆器作用的两种情况下，与文献结果比较一致，从而也证实了程序的可靠性。
研究了波荡器磁场增强对提高自由电子激光器（FEL）效率的影响。
一种由强光担任摇摆器的新型自由电子激光器及其增益分析
1·We have computed the wiggler parameters, efficiency of energy conversion between electron beam and laser field, laser intensity, phase-space distributions and energy spectrum of electrons.
计算了摆动器参数、电子束和激光场之间的能量转换效率、激光强度、电子的相空间分布和能谱。
2·The free electron laser with a linearly polarized wiggler and axial guide field hag been studied.
本文研究的自由电子激光器具有线性摆动器及轴向引导磁场。
3·Under the condition of small amplitude, the operating equations of the wiggler are given, and then, the trajectories of the beam electrons and the angular spectrum of spontaneous emission are derived.
在小振幅条件下，给出了摆动器的工作方程，导出了束电子的运动轨迹和自发辐射谱分布。