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1·All operations were performed under the Carm Xray machine.

所有手术均在C形臂X线机引导下进行。

2·But at CARM amplifier area, the theoretical and experimental studies are few.

而关于CARM放大器的研究相对较少。

3·The forth chapter introduces the Numerical simulation model of coaxial-waveguide CARM amplifier, gives out parameters computation, and procession flow charts.

论文的第四章给出CARM放大器数值模拟模型，对数值模拟过程中的参量计算，程序流程图做了详细的论述；

4·The second chapter expatiates the theory of electron cyclotron maser, the operational principle of CARM, and the practicable of coaxial-waveguide CARM amplifier.

第二章阐述电子回旋脉塞机理和CARM的工作原理，在此基础上论述同轴波导CARM放大器的工作机理及可实现性。

5·The output frequency of ICL is obtained from the resonance condition, and the comparison is carrying out among ICL, Cyclotron Auto resonance Maser (CARM) and conventional Free Electron Laser (FEL).

由谐振条件得出了ICL的输出频率，并与回旋自谐振脉塞(CARM)和常规自由电子激光(FEL)进行了比较。

6·Based on the model, a code of nonlinear beam-wave interaction in the CARM amplifier has been made. We use this code to simulate the experiment achieved in Mashachusetts Institute of Technology (MIT).

基于该模型，编写了圆柱腔回旋自谐振脉塞放大器单模波束互作用计算程序，并对麻省理工学院的一个实验进行了非线性模拟。