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Three Dimensional PIC Simulations of Novel Cathodes in the Michigan and AFRL Relativistic Magnetrons

机译:密歇根州和AFRL相对论磁控中的新型阴极三维图片模拟

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Several novel shaped cathodes for a relativistic magnetron were modeled and optimized using a massively parallel electromagnetic particle-in-cell code ICEPIC. The effect of using a shaped cathode to enhance key performance parameters such as output power, power efficiency and impedance, was examined. In simulations we saw a dramatic increase in the range of magnetic field in which the magnetron functions, an increase of output power, an increase in efficiency, an elimination of mode competition, and immediate start up.
机译:使用大规模平行的电磁粒子内码ICEPIC建模和优化用于相对论磁控管的几种新型形状的阴极。检查了使用成形阴极提高关键性能参数的效果,例如输出功率,功率效率和阻抗。在仿真中,我们看到磁场函数的磁场范围的显着增加,输出功率的增加,效率的增加,消除模式竞争以及立即启动。

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