首页> 外文会议>International Autumn Seminar on Propellants, Explosives and Pyrotechnics(2005 IASPEP); 20051025-28; Beijing(CN) >Critical Temperature Calculation of Butadiene Peroxide by Thermal Explosion Theory
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Critical Temperature Calculation of Butadiene Peroxide by Thermal Explosion Theory

机译:热爆炸理论计算过氧化丁二烯的临界温度

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摘要

The molecular structure of butadiene peroxide is unstable, which can generate a large amount of heat in decomposition reaction. When the rate of heat generation is higher than the rate of heat release, the heat balance of system is broken out, which will produce self-heat and initiate thermal explosion. This paper calculated the critical thermal explosion temperature of decomposition reaction of butadiene peroxide roughly on the basic of thermal explosion theory. The result showed that butadiene peroxide has very low critical thermal explosion temperature comparing with RDX and TNT. So it is very dangerous in thermal stability.
机译:过氧化丁二烯的分子结构不稳定,在分解反应中会产生大量热量。当热量产生速率高于热量释放速率时,系统的热量平衡就会破裂,从而产生自热并引发热爆炸。本文根据热爆炸理论大致计算了过氧化丁二烯分解反应的临界热爆炸温度。结果表明,与RDX和TNT相比,过氧化丁二烯的临界热爆炸温度非常低。因此,热稳定性非常危险。

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