以俄国发明为基础的炸药合成物的技术与性能

M. Miszczak
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引用次数: 0

摘要

本文介绍了对含三丁基、己酮、铝粉和化痰剂的低熔高爆TGAF的制造工艺和性能的俄罗斯专利的检索和分析结果。标记为TGAG-5、TGAF-5和MS的类型成分在波兰武装部队中广泛用于航空炸弹、深水炸弹、水雷、鱼雷和导弹弹头等大型弹药。通过以上检索和分析,我们发现了俄罗斯发明的5项专利描述[1-5],其中包含了TGAF炸药成分的若干数据。这些数据包括关于这类炸药的制造技术的信息碎片,以及它们的物理和化学性质的数据,如化学稳定性、爆炸热、爆炸产物做功的能力(性能)、爆炸度(Trauzl和Hess试验)、对机械刺激的敏感性,即对冲击和摩擦的敏感性、热分解开始的温度和烘烤温度。上述资料和数据至关重要,因为它关系到这类弹药在生产、使用和处置过程中的安全。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
TECHNOLOGY AND PROPERTIES OF EXPLOSIVE TGAF COMPOSITIONS ON THE BASIS OF RUSSIAN INVENTIONS
There are presented results of search and analysis of Russian patents on manufacture technology and properties of low-fusible, high-explosive compositions type TGAF containing trotyl, hexogen, aluminum powder and phlegmatizing agent. Such type compositions marked as TGAG-5, TGAF-5 and MS are widely used in Polish Armed Forces in large-sized munitions like aerial bombs, depth charges, sea mines, torpedoes and warheads of missiles. As a results of above search and analysis, there are found five patent descriptions of Russian inventions [1-5] containing several data on the TGAF explosive composi-tions. These data included information pieces on manufacture technology of such explosives, and data on their physical and chemical properties like chemical stability, heat of explosion, ability to do work by explosion products (performance), brisance (Trauzl and Hess tests), sensitivity to mechanical stimuli, i.e. to impact and friction, temperature of the beginning of thermal decomposition and cook-off temperature. Above information and data are of critical importance as it concerns safety of such type munitions during their production, usage and disposal.
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