Magnetically driven isentropic loading technique is to accelerate flyer plate by the magnetic field produced by fast current pulse and give very high velocity to flyer plate.
磁场驱动等熵加载技术利用快电流脉冲产生的磁场来加速飞片，能达到很高的速度，对于材料在高压下的状态方程研究具有很重要的意义。
参考来源 - 磁场等熵驱动飞片技术实验研究·2,447,543篇论文数据，部分数据来源于NoteExpress
All the above ensure quick and high quality metallurgical bonding between flyer plate and base plate.
这些特征保证了复板和基板之间的快速优质冶金结合。
The bend Angle of the flyer plate was determined by flash X-ray photography during explosive welding and the value coincides with that obtained in the semicylinder test.
通过爆炸焊接过程的闪光X射线摄影，测得了飞板弯折角。其数值与半圆柱试验测得的飞板弯折角基本上相一致。
At the mean time, the new method of the calculation of the flyer plate motion, which only USES the P-M flow solution as the initial parameters, is given as the explosive products flying towards air.
同时提出爆轰产物向空气飞散时，计算飞板运动可以只采用P - M流动解作初始参数的新方法。
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