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1·The alignment error and positioning precision of the wiggler are analyzed.

对超导扭摆磁铁准直的误差和精度进行了分析。

2·It is shown that a FEL operation is possible in this wiggler by using higher harmonics.

初步论证了利用该摆动器产生高次谐波相干辐射的可能性。

3·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。

4·With the help of MAGIC program, a new coaxial hybrid wiggler FEL amplifier was investigated in this paper.

本文利用MAGIC程序研究了一种新型的同轴混合铁磁摇摆器型自由电子激光放大器。

5·With the condition of wiggler and no wiggler, the result is agreeable with the paper. So the code is proved to be reliable.

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。

6·The spontaneous emission spectrum and higher harmonic gain of a relativistic electron in a novel electrostatic wiggler are discussed.

讨论了一种静电摇摆器中电子的自发辐射谱和高次谐波的增益，其形式与平面磁摇摆器中的类似。

7·It is reported that a novel small-period wiggler was developed. The experiments of a Raman free electron laser at 3 mm wavelength are presented.

研制出新型小周期波荡器，报道三毫米波拉曼自由电子激光器实验。

8·Using a computer, the spontaneous spectra produced by relativistic electrons traveling through a tapered amplitude helical wiggler are calculated.

我们用计算机计算了高能相对论电子通过我们设计的渐变振幅摆动器时的自发谱。

9·A coaxial hybrid wiggler free-electron laser (FEL) amplifier with and without plasma filling is studied by a method of PIC simulation in this paper.

采用PIC模拟方法对同轴混合铁磁摇摆器自由电子激光器进行了研究，分析了等离子体填充对其性能的影响。

10·By magnetic field and the cryogenic system measurements, the performance and parameters of the Wiggler finally satisfied the requirements of our design.

经过磁场和低温参数测量，性能指标完全达到设计要求。

摆动器

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。