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INCREASING THE MUZZLE VELOCITY OF PROJECTILE IN THE MODEL BALLISTIC INSTALLATION BY USING HIGH-DENSITY PROPELLANTS
Heat Transfer Research ( IF 1.7 ) Pub Date : 2020-01-01 , DOI: 10.1615/heattransres.2020034468
Konstantin Sergeevich Rogaev , A. N. Ishchenko , V.Z. Kasimov , V. V. Burkin , A.S. Dyachkovsky , A.D. Sidorov , E.Yu. Stepanov

In accordance with the early works of the authors, the modernization of the propellant charge is possible by using propellant like a traveling charge pushing a projectile in the barrel. The advantages of this technology are increase in the loading density and propellant mass, and therefore increase in the energy of the propellant. The use of this technology leads to the redistribution of the combustion products' energy in the space behind the projectile. In this work, the problem was solved by increasing the throwing velocity while maintaining the maximum pressure on the bore bott om by using high-density propellants in the form of traveling charge at the conditions of the shot for the model ballistic installation. A comparison of the ballistic parameters for the classical shot scheme and scheme with high-density propellants as traveling charge was made.

中文翻译:

使用高密度推进剂提高弹道导弹模型安装中弹丸的速度

根据作者的早期工作,推进剂装药的现代化可以通过使用推进剂来完成,例如使用行进装药将弹丸推入枪管。该技术的优点是增加了装填密度和推进剂质量,因此增加了推进剂的能量。该技术的使用导致燃烧产物能量在弹丸后面的空间中重新分布。在这项工作中,通过在模型弹道装置的射击条件下使用行进装药形式的高密度推进剂来提高抛掷速度,同时保持钻孔底部的最大压力,从而解决了该问题。
更新日期:2020-01-01
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