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- ulturafine energetic materials 超细含能材料
- ENERGETIC MATERIALS FOR DEFENSE. PHYSICAL-CHEMICAL ANALYSIS AND PROPERTIES. GRIT PARTICLE OF HIGH EXPLOSIVES. 军用高能材料。物理-化学分析及特性。烈性炸药中的尖硬颗粒。
- ENERGETIC MATERIALS FOR DEFENSE. SAFETY, VULNERABILITY. FRICTION SENSITIVE OF VERY SENSITIVE MATERIALS. 军用高能材料。安全、易损坏性。敏感材料的磨擦感度。
- ENERGETIC MATERIALS FOR DEFENSE. SAFETY, VULNERABILITY. AUDIBERT-KOENEN TEST. HEATING IN A STEEL CASE WITH ORIFICES. 军用高能材料.;安全、易损坏性
- This article reviewed the research development of serious of furazan energetic materials. 本文系统地概述了呋咱系列含能材料的研究进展。
- Results show that the chemical energy of energetic materials is important in the process of laser ablative propulsion. 结果表明：含能工质自身化学能在激光推进中具有重要的作用；
- In past time we offen use the open-burn method to dispose waste energetic materials. 以往的处理主要是露天燃烧,近来对其进行了进一步的研究。
- In this condition, the energetic material cannot be ignited. 同样，过大的激光束能量密度太小，不足以点燃含能材料。
- ENERGETIC MATERIALS FOR DEFENSE. SAFETY, VULNERABILITY. STUDY OF CHEMICAL COMPATIBILITY BY VACUUM STABILITY WITH MANOMETER. 军用高能材料。安全、易损坏性。真空状态下压力计化学兼容性的研究。
- Compared with rocket motor, the solid energetic materials in the process of laser ablative propulsion has a higher energy. 与火箭推进方式相比，固体含能材料激光烧蚀推进方式的能量利用效率更高。
- The tetrazine high-nitrogen energetic materials are new kinds of ones researched and reported widely at home and abroad in recent years. 四嗪类高氮含能材料也是近年来国内外研究和报道较多的一种新型含能材料,部分具有生成焓高、热稳定性好和感度较低等特点。
- ENERGETIC MATERIALS FOR DEFENSE. PHYSICO-CHEMICAL ANALYSIS AND PROPERTIES. DETERMINATION OF VITON IN OCTOVITON. METHOD BY EXTRACTION. 军用高能材料。物理-化学分析及特性。八氟橡胶中氟橡胶的测定。萃取法。
- ENERGETIC MATERIALS FOR DEFENSE. PHYSICAL-CHEMICAL ANALYSIS AND PROPERTIES. STABILIZERS AND PLASTICIZERS OF MATERIALS WITHOUT NITROGLYCERINE. METHOD BY GAZ CHROMATOGRAPHY. 防爆材料。物理-化学分析特性。不含硝酸甘油材料稳定剂和增塑剂。气相色谱法。
- ENERGETIC MATERIALS FOR DEFENSE. PHYSICO-CHEMICAL ANALYSES AND PROPERTIES. MEASUREMENT OF THE DURATION OF THE OUTFLOW ON THE TNT OR TNT COMPOSITIONS WITH THE EFFLUX VISCOSIMETER. 军用高能材料。物理-化学分析及特性。用射流粘度计测量TNT或TNT混合物的流出时间。
- ENERGETIC MATERIALS FOR DEFENSE. PHYSICAL-CHEMICAL ANALYSIS AND PROPERTIES. 2-NITRODIPHENYLAMINE OF SINGLE AND MULTIBASES MATERIALS. METHOD BY LIQUID CHROMATOGRAPHY. 军用高能材料。物理-化学分析及特性。单个及多基材料的2-硝基二甲基苯胺。液相色谱法。
- LI Zhan-xiong,TANG Shong-qing,OU Yuxiang,et al.Synthesis status of furazano energetic derivatives[J].Chinese Journal of Energetic Materials (Hanneng Cailiao),2002,10 (2):72-73. [1]李战雄;唐松青;欧育湘;等.;呋咱含能衍生物合成研究进展[J]
- LU Ming,SUN Jie,LUO Yun-jun,et al.Desensitization coating CL-20 with waterborne polyurethane[J].Chinese Journal of Energetic Materials (supplement),2004:33-36. [2]陆铭;孙杰;罗运军;等.;水性聚氨酯钝感包覆CL-20[J]
- Application of SAXS in determination for microstructure of energetic material TATB[J]. 引用该论文 陈波;董海山;董宝中;陈银亮;陈喜平;夏庆中;荣利霞;赵辉.
- Thermal behaviour of energetic material HMX-RDX was studied by scanning calorimetry (DSC). 采用差示扫描量热法研究了含能材料1,3,5,7-四硝基-1,3,5,7-四氮杂环辛烷-环三甲撑三硝胺(HMX-RDX)的热行为。
- The charge flux of plasma, the delay time of laser ignition and the absorbability of laser by plasma were tested to study the effects of plasma and ablation on laser ignition processes of energetic materials. 通过测试激光点火的延迟时间、等离子体电荷通量和等离子体对激光的吸收能力,研究了激光等离子体和烧蚀对激光点火过程的影响。
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