CAJ | 학술논문

采用等效电路模型程序--BCYSSYS对系统参数进行优化,设计了04型爆磁压缩发生器及用04型发生器驱动的紧凑型爆炸脉冲电源.紧凑型爆炸脉冲电源长度小于1.2 m,直径0.4 m,质量约100 kg.实验结果表明:04型爆磁压缩发生器能够在3 μH电感负载上获得脉宽约10 μs、峰值为100 kA的脉冲大电流输出;当负载电阻为8.7 Ω时,输出电功率大于20 GW.典型实验结果与采用BCYSSYS程序得到的计算结果吻合较好,验证了BCYSSYS程序用于爆炸脉冲电源理论设计的可行性.
채용등효전로모형정서--BCYSSYS대계통삼수진행우화,설계료04형폭자압축발생기급용04형발생기구동적긴주형폭작맥충전원.긴주형폭작맥충전원장도소우1.2 m,직경0.4 m,질량약100 kg.실험결과표명:04형폭자압축발생기능구재3 μH전감부재상획득맥관약10 μs、봉치위100 kA적맥충대전류수출;당부재전조위8.7 Ω시,수출전공솔대우20 GW.전형실험결과여채용BCYSSYS정서득도적계산결과문합교호,험증료BCYSSYS정서용우폭작맥충전원이론설계적가행성.
With the aid of the circuit code BCYSSYS, a series of small two-staged explosive magnetic generators and a compact explosive pulsed power source(EPPS) have been designed and tested. Experimental results show that the small two-staged generator can output 100 kA currents on an inductive load of 3 μH with the pulse duration of 10 μs. The compact EPPS is shorter than 1.2 m in length, 0.4 m in diameter, and weights 100 kg. When the resistance load is 8.7 Ω, the output power of the EPPS exceeds 20 GW. The calculated and experimental results agree well, verifying the feasibility of theoretical EPPS designing based on BCYSSYS.