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Emerging Trends in Advanced High Energy Materials

机译:先进高能材料的新兴趋势

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Enhanced performance of propellants and explosives is the most sought-after attribute for ambitious research programs in the field of high energy materials.Convergence of defence and space sector priorities has always kept research and development efforts in the area of propellants to the forefront.With the diminishing boundaries between rocket and gun propellants,as well as explosives,the possibility of low-vulnerable munitions with high performance potentials and spin-off advantages of research on rocket propellants are also emerging on the forefront.At the same time,an increasing predominance of missiles in today's military warfare,as well as the space sector,has brought the issue of pollution by chlorine-containing combustion products of modern ammonium-perchlorate-based propellants into focus.A drastic transformation of high energy material technology is in offing.Research and development efforts made in this direction have brought an array of new materials into prominence.This paper reviews the recent work done in the frontier areas of advanced novel high energy materials.This paper covers the global scenario in the development of oxidizers,binders,plasticizers,high energy density materials,and insensitive high energy materials.
机译:推进剂和炸药的性能增强是高能材料领域雄心勃勃的研究计划最抢手的特性。国防和航天部门的重点融合始终使推进剂领域的研究和开发工作始终走在前列。越来越少的火箭和火炮推进剂以及炸药之间的边界,具有高性能潜力的低脆弱弹药的可能性以及火箭推进剂研究的附带优势也日益凸显。与此同时,在当今的军事战争以及太空领域中,导弹已经成为现代高氯酸铵基推进剂的含氯燃烧产物污染问题的焦点。高能材料技术的急剧变革已在研究之中。在这个方向上进行的开发努力使一系列新材料脱颖而出。每篇综述了先进的新型高能材料在前沿领域所做的最新工作。本文介绍了氧化剂,粘合剂,增塑剂,高能密度材料和不敏感高能材料发展的全球情况。

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