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Experimental Research on the Law of Shock Wave Propagation Due to Explosion inside Half-airtight Space

机译:半密闭空间内爆炸引起的冲击波传播规律的实验研究

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In order to study the law of shock wave propagation due to explosion inside half-airtight space. Measure the propagation characteristic of shock wave due to TNT explosion inside half-airtight tunnel. Get the overpressure curve of different mass of TNT in certain distance, comparison with the curve among the air blast and that of explosion inside the closed space. Analyze the law of shock wave propagation due to explosion inside half-airtight space, the results indicate that the overpressure curve has two peak values due to explosion inside the half-airtight space, and only one peak value in the free space, but inside the closed space, that has two or more peak values, which is resulted by the structure of halfairtight tunnel, and at the same time demonstrate that the structure of explosion is the key factor on the law of shock wave propagation. Which also help to do some theory research on the law of shock wave propagation.
机译:为了研究半密封空间内爆炸引起的冲击波传播规律。测量半密封隧道内TNT爆炸引起的冲击波的传播特性。得到一定距离内不同质量TNT的超压曲线,并与密闭空间内的空气爆炸和爆炸之间的曲线进行比较。分析半密闭空间内爆炸引起的冲击波传播规律,结果表明,半密闭空间内爆炸引起的超压曲线有两个峰值,自由空间内只有一个峰值,但在半密闭空间内半密闭隧道的结构导致具有两个或多个峰值的封闭空间,同时证明爆炸的结构是冲击波传播规律的关键因素。这也有助于对激波传播规律进行一些理论研究。

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