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本文详细介绍了模拟分布发射正交场放大管的物理模型,以归一化形式给出了计算公式,对器件模拟逼真。提供了一个完整的看得见的电子轮辐形成过程和状态。并具体地算出了分布发射正交场放大管的参数,包括功率、增益、电流和效率等。分析了互作用产生的各种物理现象后,从理论上预计,如果使磁场和作用空间由输入端到输出端按计算出的曲线变化,就有希望使增益提高到20分贝以上。文中还给出了难得的复合电位的等位线分布图。
In this paper, we introduce the physical model of the simulated distributed emission orthogonal field amplifier and give the normalized form to give a realistic simulation of the device. Provides a complete visible electron spoke formation process and condition. The parameter of distributed transmitting orthogonal field amplifier is calculated, including power, gain, current and efficiency. After analyzing various physical phenomena caused by the interaction, it is theoretically expected that if the magnetic field and the action space are changed from the input end to the output end according to the calculated curve, there is hope to increase the gain to over 20 dB. The article also gives a rare equipotential contour line distribution.