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Design study of a quasi-optical launcher for 2 MW, 170 GHz coaxial cavity gyrotron

机译:2 MW,170 GHz同轴腔回旋管准光发射器的设计研究

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In this paper, design study of a quasi-optical launcher (QOL) for a 2 MW, 170 GHz coaxial cavity gyrotron designed for plasma heating application in the experimental tokamak is presented. The operating mode is chosen as TE34,19. The launcher is designed for converting the higher order operating mode into a linearly polarized Gaussian like beam. Design parameters of the launcher is numerically optimized through a commercial software Launcher Optimization Tool (LOT). The designed launcher efficiently converts the operating mode into Gaussian like beam with a minimum diffraction loss.
机译:在本文中,针对用于实验托卡马克等离子体加热应用的2 MW,170 GHz同轴腔回旋管的准光发射器(QOL)进行了设计研究。操作模式选择为TE 34,19 。发射器设计用于将高阶操作模式转换为线性极化的高斯光束。通过商业软件启动器优化工具(LOT)对启动器的设计参数进行了数值优化。设计的发射器可有效地将工作模式转换为高斯型光束,并具有最小的衍射损耗。

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