CST中具有衍射输出的相对论磁控管的三维胞内粒子模拟研究

S. Choudhury, A. Saini, Sk Chhotray
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引用次数: 2

摘要

研究了具有两种阴极结构的A6相对论磁控管的衍射输出(MDO)。减小磁控管结构的阴极半径,使其工作在π模式下。磁控管的辐射是通过锥形天线轴向提取的,只有那些与辐射模式的对称性相对应的阳极腔。采用CST电磁有限差分时域粒子单元(PIC)代码对结构进行了模拟。当输入电压为240kV时,改变磁场使输出射频电压幅值最大化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Three dimensional particle-in-cell simulation study of Relativistic Magnetron with Diffraction Output in CST
The A6 Relativistic Magnetron with Diffraction Output (MDO) with two cathode geometries have been investigated. The cathode radius of the magnetron structure has been decreased to make it operate in π-mode. The radiation from the magnetron is extracted axially by tapering onto a conical antenna only those cavities of the anode that correspond to the symmetry of the radiated modes. CST Electromagnetic finite-difference-time domain Particle-In-Cell (PIC) code has been used to simulate the structure. With an input voltage of 240kV, the magnetic field has been varied to maximize the output RF voltage amplitude.
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