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propellants and explosives
    High tech Weapon Systems and Advanced Technology of Propellants and Explosives
    高技术武器与先进火炸药技术
    Research Status and Development Trends of Nanometer Materials in the Application of Propellants and Explosives
    纳米材料在火炸药中的应用研究现状及发展方向
    Application of Ammunium Dinitramide in Propellants and Explosives
    二硝酰胺铵在火炸药中的应用
    Development and Application of Green Propellants and Explosives and Related Technologies
    绿色火炸药及相关技术的发展与应用
    Nanometer Materials in the Applications of Propellants and Explosives
    纳米材料在火炸药中的应用
    Firstly, Nanometer metal oxides CuO、 Fe_2O_3、 Bi_2O -3 and PbO was prepared by solid state reaction at room temperature, because these metal oxides are usually used in propellants and explosives. The catalysis of these nanometer metal oxides for AP thermal decomposition was investigated by thermal analysis.
    首先采用室温固相法制备了火炸药领域应用较广泛的CuO、Fe_2O_3、Bi_2O_3及PbO纳米金属氧化物,并用热分析方法考察了这些纳米材料对AP热分解的催化性能。
    DEFLAGRATION TO DETONATION TRANSITION MECHANISMS OF PROPELLANTS AND EXPLOSIVES
    火炸药燃烧转爆轰的机理假说综述
    Analysis of Propellants and Explosives By Using Capillary Gas Chromatography
    用毛细管气相色谱法分析火炸药组分
    STUDY ON EVALUATION OF EXPLOSION HAZARDS OF PROPELLANTS AND EXPLOSIVES BY UNDERWATER EXPLOSION METHOD
    利用水下爆炸法评价火炸药爆炸危险性的研究
    SOME CHEMICAL CRITERIA ON THE COMBUSTION OF PROPELLANTS AND EXPLOSIVES
    火炸药中的几个化学概念
    COMPARISON OF THE RELATIVE AND REAL ELECTROSTATIC SENSITIVITIES OF PROPELLANTS AND EXPLOSIVES
    火炸药相对和实际静电感度的对比分析
    The technology of propellants and explosives is one of the key national defence technologies that are largly developed in many countries. The combustion property of propellants and explosives is the most important technology of propellants and explosives.
    火炸药技术是世界各国竞相重点发展的国防科技关键技术之一,火炸药的燃烧是火炸药技术的核心。
    Using less combustion catalyst is the best method that is used to adjust the combustion property of propellants and explosives, especially solid propellants. In this Ph.
    使用少量燃烧催化剂是调节火炸药,特别是固体推进剂燃烧性能的最佳途径。
    In the present paper, the degree of actual hazard(DAH) for dangerous sources,H is regarded as the criterion for heavy accidents,and the equation for evaluation H is developped. It is considered in the paper that the value of DAH,H of combustion and explosion systems with propellants and explosives is determined several factors, namely, the hazard index of propellants and explosives,W the intrinsic danger of the system,B the uncontrolled coefficient,K and the degree of damage of buildings and installations.
    提出了危险源现实危险度(DAH)即事故隐患严重度的判据H的评估方程,而火炸药燃烧爆炸危险源系统的现实危险度H与下列因素有关,即与火炸药的危险指数W、系统的固有危险度B、未受控系数K、以及距该系统安全距离不足的建筑物和设施受危险源爆炸事故影响的破坏程度等因素有关。
    Some facts reveal that advanced technology of propellants and explosives is very important for a high technology weapon system.
    文中强调先进火炸药技术可为高技术武器实现“远、准、隐、钝、小”等特性提供有力技术支撑,并就火炸药技术重点研究方向提出了建议。
    This paper summarizes the research status of nanometer materials in the applicat ion of propellants and explosives, analyzes the key techniques to be solved in using nanometer materials and suggests the research direction of nanometer mat erials application in propellants and explosives.
    总结了纳米材料在火炸药中应用研究的现状 ,分析了纳米材料应用中要解决的关键技术 ,提出了纳米材料在火炸药中应用的研究和发展方向
    In this paper,the structure,primary principle,and testing parameters of ARC are introduced. The applications of ARC in the investigation of propellants and explosives appeared in recent years are reviewed briefly.
    文中简要介绍了ARC的结构、操作原理和可测参数,概述了近年来ARC在火炸药中的应用。
    The improved and applied research achievements with green characteristics about green propellants and explosives,related processing technologies,demilitarization recycle recover and reuse are summarized.
    综述了绿色火炸药及其生产工艺、销毁以及回收利用方面具有“绿色”特征的改进和应用研究成果。
    Green propellants and explosives include clean rocket propellants,lead-free double base propellants,TPE based gun propellants,nontoxic gun propellants and heavy metal-free ignition agents and primary explosives.
    绿色火炸药包括洁净固体推进剂、无铅双基推进剂、TPE发射药、无毒发射药、无铅点火药和起爆药。
    The green processing technologies include chemical syntheses of nitro-energetic compounds using dinitrogen pentodide as nitration agent,biosynthesis of nitramines using peroxynitrate as a nitration agent and microorganisms as catalyzer,continuous and flexible manufacturing technologies,the processing of propellants and explosives formulations based on twin screw extrusion,closed loop and safely processing technique to eliminate energetic emissions produced in manufacture of energetic formulation and Sol-Gel process to prepare nanoenergetics.
    绿色制造技术包括N2O5作硝化剂的含能硝基化合物化学合成,过硝酸盐作硝化剂、微生物作催化剂的生物合成技术,连续化柔性制造技术,基于双螺杆混合成型火炸药生产技术,火炸药生产中挥发性污染物的安全消除技术和纳米复合含能材料的So l-G e l制备技术。
 

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