This paper describes the detonation experimental result obtained by Magnetic Flux Compression Generator (MFCG) explosive tube.
报导了对爆炸磁压缩发生器(MFCG)的爆炸管进行的爆轰试验结果。
In this paper, an indirectly charging magnetic flux compression generator (MFCG) is theoretically investigated from circuit equation.
从电路方程出发较详细地分析了间接馈电的磁通量压缩发生器的工作原理。
An effective way of obtaining high energy gain of MFCG is to increase the ratio of its initial inductance to load inductance by increasing the initial one.
通过增加MFCG的初始电感以增加其对负载电感的比值，是获得高能量放大系数的一个有效方法。
Due to its simplicity in structure, ability in conducting heavy current and quick close time, it is suitable for explosive synchronization of magnetic flux compression generator (MFCG).
飞片型爆炸闭合开关可用做高功率闭合开关，因其结构简单，电流导通能力强，闭合迅速而适用于爆磁压缩发生器的爆炸开关同步。
Two different kinds of material flow control gates in bell-less tops are studied and compared. The advantages of the new style impeller MFCG in controlling material flow are demonstrated in theory.
比较研究了用于高炉无料钟炉顶的两种不同形式的料流调节阀的控制模型，从理论上阐述了新型叶轮式料流调节阀控制料流量的优越性。
A kind of piston-type magnetic flux compression generator (MFCG) prototype model with a helix winding is developed to prove the working principle of decreasing the inductance for the enlarged current.
为了验证活塞式螺旋绕组磁通压缩发电机（MFCG“）减小电感以放大电流”的工作原理，设计制作了活塞式螺旋绕组MFCG原理样机，并完成了原理实验。
A kind of piston-type magnetic flux compression generator (MFCG) prototype model with a helix winding is developed to prove the working principle of decreasing the inductance for the enlarged current.
为了验证活塞式螺旋绕组磁通压缩发电机（MFCG“）减小电感以放大电流”的工作原理，设计制作了活塞式螺旋绕组MFCG原理样机，并完成了原理实验。
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