电感储能高功率微波系统的数值模拟

介绍了REFORM程序，使用等效电路模型，研究了电感储能驱动高功率微波系统的性能问题。电路中考虑了初级能源，脉冲变压器，电爆炸丝切断开关，同轴传输线，火花隙陡化开关，以及微波二极管负载等。由模拟结果得到了一些有用的结论，即通过电路参数优化可以提高整个系统的效率，进而验证电感储能高功率微波系统方案的可行性。

Numerical Study of Vircator Circuit Energized by an Inductive Accumulator

Code REFORM has been introduced in the article, which utilizes equivalent circuit model to study currents and voltages in a Vircator circuit energized by an inductive accumulator. The electric circuit contains a pulse transformer, a decouple spark gap, a sharpening spark gap, an electric explosive current breaker (the opening switch), a virtual cathode triode and a number of inductors, condensers, and resistors. As a source in the primary circuit can be used a capacitor or a current pulse, that is imitating a pulse from a magneto explosive generator. Useful conclusions can be resulted from the simulation.