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Experimental Study of Influence on FAE Fuel Dispersion and Explosion with Inducers-contained Central Charge

机译:诱导型中心电荷对Fae燃料分散和爆炸影响的实验研究

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With inducers-contained central charge that had been prepared and high-speed field camera system, experimental study of influence on FAE fuel dispersion and hot multi-spot ignition and primary initiation with different content of inducers in central charge was successfully done. Experimental results show that dosage of inducers in central charge has an optimum value. When suitable dosage of inducers is added into central charge, detonation time of central charge, dispersion and delayed ignition time of the new high-energy liquid composite fuel will be all shortened, continual shroud time of cloud and continual action time of explosion wave overpressure will be prolonged; and explosion wave overpressure of primary initiation with the new composite fuel can be correspondingly increased, the energy utilization ratio and explosion power of FAE fuel can be multiplied.
机译:通过诱导型,已经制备的诱导件和高速现场摄像机系统,成功完成了对Fae燃料分散和热多点点火和热多点点火和中央电荷中诱导含量的初级启动的实验研究。 实验结果表明,中心电荷中的诱导剂的剂量具有最佳值。 当诱导剂的合适剂量加入中央电荷时,中央电荷的爆震时间,新型高能液体复合燃料的延迟点火时间都将缩短,云持续的云端爆炸波过压的连续动作时间将缩短 长时间; 和爆炸波过压与新的复合燃料的初级启动都可以相应地增加,可以乘以燃料的能量利用率和爆炸功能。

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