1) high energy minimum smoke propellant
高能微烟推进剂
2) minimum smoke propellant
微烟推进剂
1.
Impact and Friction Sensitivity of Minimum Smoke Propellant Based on NC and TMETN;
以NC和TMETN为基的微烟推进剂机械感度研究
2.
In order to investigate the effect of novel energetic catalysts on the combustion properties of minimum smoke propellant, the RDX-CMDB propellant samples containing various energetic composite catalysts were prepared through a solventless extrusion technique.
为研究含能催化剂对微烟推进剂燃烧性能的影响,制备了多种含复合含能催化剂的RDX-CM DB推进剂,利用靶线法测定了推进剂在不同压力下的燃速,并对测试结果进行了线性回归。
3) smokeless NEPE propellant
微烟NEPE推进剂
1.
The effect of two copper compounds (AD and BC) and three carbon black on combustion characteristics of smokeless NEPE propellant are studied by determining the combustion characteristics of propellant at different pressures and analyzing the composition of elements on quick quenched surface.
通过测定不同压力下推进剂的燃烧性能及熄火表面元素分析,研究了两种铜盐(AD和BC)和3种碳黑对微烟NEPE推进剂燃烧性能的影响。
4) High energy propellant
高能推进剂
1.
The explosion properties, the TNT equivalant of nitrate ester plasticized high energy propellant producted in China was tested and assessed.
对我国硝酸酯增塑高能推进剂的爆炸性能、爆炸当量等进行了试验和评估。
2.
Reasons of poor processing property for GAP high energy propellant are analysed.
分析了聚叠氮缩水甘油醚(GAP)高能推进剂工艺性能不佳的原因,提出了调节其工艺性能的技术途径,研究了氧化剂粒度级配、浇注温度、混合工艺、不同相对分子质量黏合剂组合使用、提高力学性能添加剂、固化催化剂和工艺助剂等对GAP高能推进剂工艺性能的影响,通过合理配置混合工艺、组合使用工艺助剂TE和力学性能添加剂TD,可有效改善GAP高能推进剂的工艺性能。
5) high energy solid propellant
高能固体推进剂
1.
The research progress of high energy solid propellants was reviewed.
综述了高能固体推进剂的研究进展,提出了新型含能粘合剂、高能量密度材料、含能增塑剂以及新型燃料添加剂的研究应用是提高固体推进剂能量水平的最重要的技术途径。
2.
Based on analyzing our country's standards concerned, the suggestion on studying hazard classification of high energy solid propellants is put forward.
高能固体推进剂中含有大量高能单质炸药,必须充分考虑其在制造、贮存、运输、使用等过程中的安全性。
3.
The behaviors of thermal weight loss of NEPE high energy solid propellant under different storage conditions werestudied.
研究了NEPE高能固体推进剂在不同贮存条件下的热失重行为,得出了样品贮存条件与热失重有如下关系:当样品尺寸和贮存条件相同时,随温度升高,高能固体推进剂热失重率增大。
6) higher energy liquid propellant
高能液体推进剂
1.
Development status and prospect of higher energy liquid propellant;
高能液体推进剂研究现状和应用前景
补充资料：高能
具有很高能量的：～粒子丨～食品。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条