1.
Questions about storability may, however, arise for the newer, higher energy solid propellants.
对于新的高能推进剂也可能会出现贮存方面的问题。
2.
Molecular Dynamics Simulation on PEG and Al Particle Models of High Energy NEPE Propellent Ingredient
高能推进剂NEPE组分PEG与铝颗粒模型的分子动力学模拟
3.
Preliminary Study of Properties of High Energy and Low Signature CL-20 Based Solid Propellants
CL-20基高能低特征信号推进剂性能初探
4.
Improvement of processing property of high energy fuel-rich HTPB propellant containing boron
高能含硼贫氧推进剂工艺性能改善研究
5.
Design of Mechanics Response Prediction System for High Energy Solid Propellants
高能固体推进剂力学性能预示系统设计
6.
Researches on Combustion and Processes of High Boron Content Boron-Based Fuel-Rich Solid Propellants;
高含硼富燃固体推进剂工艺和燃烧性能研究
7.
Investigation on the New Borate Ester Bonding Agents for the High Energy Four Groups Hydroxy-Terminated Polybutadiene Propellant;
高能丁羟四组元复合固体推进剂用新型硼酸酯键合剂研究
8.
Some propellant droplets may not evaporate within the confines of the thrust chamber.
有些推进剂可能在推力室内并未汽化。
9.
Study on EO-THF Copolymer Reference Materials Used in Solid Propellant;
高能固体推进剂用聚（环氧乙烷—四氢呋喃）标准物质的研究与制备
10.
Iron oxide may be utilized in achieving propellants of ultrahigh burn rate.
氧化铁可用以制出超高燃速的推进剂。
11.
Combustion Characteristics of Small Grain-Binding High-Burning-Rate Propellant;
小球粘结高燃速推进剂燃烧特性研究
12.
Study on Granule-Casting Process and Properties of Elastomeric Modified Cast Double Base (EMCDB) Propellant;
粒铸EMCDB推进剂制备原理及性能研究
13.
Effect of Humidity on Mechanical Property of HTPB Composite Propellant
湿度对HTPB复合推进剂力学性能的影响
14.
Surface and Interfacial Properties of Low Smoke NEPE Propellant
少烟NEPE推进剂的表面和界面性能
15.
Calculation and Analysis on Energy Characteristics of Composite BAMO-THF Propellants
BAMO-THF复合推进剂能量特性计算与分析
16.
Effects of Nano-carbonate Catalyst on the Properties of AP/Al/HTPB Propellants
纳米碳酸盐催化剂对AP/Al/HTPB推进剂性能的影响
17.
gas propellents for aerosols
烟雾剂用气体推进剂
18.
In combination with the actual development state abroad, the main research orientations and the key points of high energy solid propellant technology for the future were put forwards.
结合国外发展现状,提出了高能固体推进剂技术未来发展的主要方向及重点。