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Explosion-protecting chambers for investigating hydrodynamic processes and explosive technologies

机译:用于研究水动力过程和爆炸技术的防爆室

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摘要

Within the framework of the scientific trend that was developed at the Russian Federal Nuclear Center, All-Russian Scientific Research Institute of Experimental Physics, explosion-protecting chambers (EPCs) of different types with working volumes ranging from similar to 10(-3) to similar to 10 m(3) were developed and constructed. They are able to hermetically localize explosion products from explosive charges of units of grams to tens of kilograms (in the trinitrotoluene equivalent (TNTE)). Scientific and engineering approaches to designing the EPC structures, which are based on experimental methods and numerical simulation, are presented. Examples of developed chambers that are used in studies of a number of hydrodynamic processes are given.
机译:在全俄实验物理科学研究所俄罗斯联邦核中心开发的科学趋势框架内,不同类型的防爆室(EPC)的工作量范围从10(-3)至类似于和建造10 m(3)。他们能够将爆炸物从几克的爆炸装药到几十公斤(三硝基甲苯当量(TNTE))密封地定位。提出了基于实验方法和数值模拟的科学和工程设计EPC结构的方法。给出了用于研究许多流体动力学过程的发达腔室的示例。

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