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Effect of Al/O Ratio on the Detonation Performance and Underwater Explosion of HMX-based Aluminized Explosives

机译:Al / O比对HMX基铝化炸药起爆性能和水下爆炸的影响

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摘要

The performance of detonation and underwater explosion (UNDEX) of a six-formula HMX-based aluminized explosive was examined by detonation and UNDEX experiments. The detonation pressures, detonation velocities, and detonation heat of HMX-based aluminized explosive were measured. The reliability between the experimental results and those calculated by an empirical formula and the KHT code was verfied. UNDEX experiments were carried out on the propagation of a shock wave and a bubble pulse of a 1 kg cylindrical HMX-based aluminized explosive under-water at a depth of 4.7 m. Based on the experimental results of the shock wave, the coefficients of similarity law equation for the peak pressure and attenuation time constant of shock wave were in acceptable agreement. The bubble motion during UNDEX was simulated using MSC.DYTRAN software, and the radius—time curves of bubbles were determined. The effect of the aluminum/oxygen ratio on the performance of the detonation and UNDEX for an HMX-based aluminized explosive was discussed.
机译:通过爆炸和UNDEX实验,检验了六配方基于HMX的镀铝炸药的爆炸和水下爆炸(UNDEX)性能。测量了基于HMX的镀铝炸药的爆炸压力,爆炸速度和爆炸热。验证了实验结果与通过经验公式和KHT代码计算的结果之间的可靠性。 UNDEX实验是在4.7 m深度的1 kg圆柱形HMX镀铝炸药水下冲击波和气泡脉冲的传播上进行的。根据冲击波的实验结果,冲击波的峰值压力和衰减时间常数的相似律方程近似一致。使用MSC.DYTRAN软件模拟UNDEX期间的气泡运动,并确定气泡的半径-时间曲线。讨论了铝/氧比对基于HMX的镀铝炸药的爆炸性能和UNDEX的影响。

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