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Parametric study of rod-pinch diode using particle-in-cell simulation

机译:使用粒子电池模拟的杆夹墩二极管的参数研究

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We perform Particle-In-Cell (PIC) simulation of KALI-30 GW pulsed power generator based rod-pinch diode. It is shown that ions emitted from the anode-plasma play a crucial role in diode dynamics. It is found that ions not only help in compensating the space charge due to electron beam, but also lead to enhancement of the local electric field at the side walls of the cathode leading to additional electron emission from the side wall. Electrons emanating from one side wall of the cathode tend to converge at the anode tip. This can be used to design an improved Flash X-ray source.
机译:我们执行基于KALI-30 GW脉冲发电机的杆夹二极管的粒子内(PIC)模拟。结果表明,从阳极 - 等离子体发出的离子在二极管动态中发挥着至关重要的作用。结果发现,离子不仅有助于补偿由于电子束引起的空间电荷,而且还导致阴极侧壁处的局部电场的增强,从而导致侧壁的额外电子发射。从阴极的一个侧壁发出的电子倾向于在阳极尖端中收敛。这可用于设计改进的闪光X射线源。

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