OALib Journal期刊
复合固体推进剂静电危险性研究进展
DOI: 10.3969/j.issn.1006-9941.2010.04.023
Keywords: 物理化学 ,复合固体推进剂 ,静电危险性
Abstract:
从复合固体推进剂静电危险性实验测试方法、理论预估和静电对推进剂的作用机理等三方面，综述了国内外固体推进剂静电危险性研究的进展。国外使用有关设备测量实际作用于推进剂试样上的静电能量作为静电感度评价标准；“渗透系数”模型可实现对推进剂静电危险性的简单预估，基于热点形成发展的计算模型建立了推进剂的静电危险性与推进剂力学、燃烧性能之间的联系；利用红外测温方法，观察到了静电作用过程中热辐射和热传导，形成了广为接受的“热点”形成机理。国内尚需加强复合固体推进剂静电危险性的系统研究，形成可靠的复合固体推进剂静电危险性评价方法。
References
[1] Covino J,Hudson F E,Current assessment methodology for electrostatic discharge hazards of energetic materials,Journal of Propulsion and Power,1991(6). [2] Mellor A M,Stoops D R,Rudy T P,Optimization of spark and ESD propellant sensitivity tests.a review,Propellants,Explosives,Pyrotechnics,1990(1). [3] 侯林法,复合固体推进剂,北京:宇航出版社,1994. [4] Knaur J A,Technical Investigation of 11 January 1985 Pershing Ⅱ motor fire,Alexandria,Virginia:Department of Defense Explosives Safety Board,1986. [5] 吴玉金,野延年,混合生产中固体推进剂的安全问题,固体火箭技术,1998(4). [6] 曹海峰,王国立,火炸药静电感度研究的进展,矿冶,2002(1). [7] Lee R J,Ignition in solid energetic materials due to electrical discharge,Washington D C:The American University,1996. [8] QJ 1469-88,复合固体推进剂及其他火炸药静电火花感度测试方法 [9] Kent R,Rat R,Static electricity phenomena in the manufacture and handling of solid propellants,Journal of Electrostatics,1985(3). [10] Davenas A,Rat R,Sensitivity of solid rocket motors to electrostatic discharge:history and future[AIAA 99-2930],1999. [11] Mellor A M,Workshop on ESD ignition of composite solid propellants[ADA218599],1990. [12] 刘天儒,固体火箭发动机静电着火研究[GF-A0021393G],1996. [13] 刘尚合,智敦旺,刘直承,一种测量电火工品静电感度的方法,中国,CN1055054A,1991. [14] 李德鹏,汪佩兰,徐立新,火炸药相对和实际静电感度的对比分析,兵工学报,1997(2). [15] 魏光辉,国海广,孙永卫,电火工品静电安全性评价方法研究,火工品,2005(2). [16] Raun R L,Modeling of ESD-induced confined ignition of solid rocket propellants,Combustion and Flame,2000(1). [17] 朱传俊,李文岛,许力莱,高燃速发动机脱模静电安全性分析,河北大学学报（自然科学版）,2007(6). [18] Roux M,Auzazeau M,Brassy C,Electric spark and esd sensitivity of reactive solids,part one:Experimental results and reflection factor for sensitivity test optimization,Propellants,Explosives,Pyrotechnics,1993(6). [19] SunderRaj V R,Modeling of electrostatic fields in solid propellants using finite element techniques,1989. [20] Gyure M F,Beale P D,Dielectric breakdown in continuous models of metal-loaded dielectrics,Physical Review B,1992(7). [21] Mellor A M,Wiegand D A,Isom K B,Hot spots history in energetic materials,Combustion and Flame,1995(1). [22] 郝海霞,裴庆,高红旭,固体推进剂静电火花感度测定方法研究综述,湖南长沙,2005.
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