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首页> 外文期刊>Nuclear Instruments & Methods in Physics Research. Section A, Accelerators, Spectrometers, Detectors and Associated Equipment >Simulation study on the coherent harmonic generation at the NIJI-IV FEL with a hole-coupled resonator
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Simulation study on the coherent harmonic generation at the NIJI-IV FEL with a hole-coupled resonator

机译:带孔耦合谐振器的NIJI-IV FEL相干谐波产生的仿真研究

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摘要

Generation of the VUV radiation has been numerically studied based on coherent harmonic generation (CHG) scheme at NIJI-IV with a hole-coupled resonator. The optical mode of the light pulse inside the optical cavity in a hole-coupled resonator was simulated by using the code GENESIS 1.3 and its modified version including resonator configurations. In this paper, the expected harmonic radiation power for the different configurations of the hole-coupled resonator combined with a 6.3-m optical klystron ETLOK-II is discussed.
机译:在带有孔耦合谐振器的NIJI-IV上,基于相干谐波生成(CHG)方案对VUV辐射的生成进行了数值研究。空穴耦合谐振器中光腔内部光脉冲的光学模式是通过使用代码GENESIS 1.3及其修改版本(包括谐振器配置)来模拟的。在本文中,讨论了结合6.3 m光学速调管ETLOK-II的空穴耦合谐振器不同配置的预期谐波辐射功率。

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