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- Keywords solid propellants;electrostatic discharge;electrostatic sensitivity; 固体推进剂;静电放电;静电敏感性;
- Keywords solid propellants;erosive burning;sensors;measurment methods; 固体推进剂;侵蚀燃烧;传感器;测量方法;
- Keywords solid propellants;viscoelasticity;data acquisition and process;serial communication; 固体推进剂;粘弹性;数据采集处理;串行通信;
- Keywords solid propellant;aging life model;hygrothermal aging; 固体推进剂;老化模型;湿热老化;
- Keywords Solid propellant;High energetic oxidizer;Application; 固体推进剂;高能氧化剂;应用;
- Keywords Solid propellant;Storable performnce;Service life;Stress;Strain; 固体推进剂;储存性能;使用寿命;应力;应变;
- Keywords Solid propellant;Boron;Azide;Energetic material;Propellant property; 固体推进剂;硼;叠氮化合物;高能材料;推进剂性能;
- The method is applicable to both metalized and conventional solid propellants. 这种方法既适用于普通的推进剂，也适用于含金属的推进剂。
- 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。
- Keywords Solid propellent;Combustion performance;Ammonium perchlorate;Hexogen;Octogen;Partical size; 固体推进剂;燃烧性能;高氨酸铵;黑索今;奥克托今;颗粒大小;
- Keywords Solid propellant;Composite propellant;Safety performance;Impaction sensitivity;Friction sensitivity; 固体推进剂;复合推进剂;安全性能;冲击感度;摩擦感度;
- The components of solid propellants are of necessity highly reactive and essentially incompatible. 固体推进剂成分必须是很活泼的，基本上是不相容的。
- Keywords solid propellant;development trend;low signature;high-energy;insensitiveness; 固体推进剂;低特征信号;高能;钝感;趋势;
- Kishore K. Action of transition metal oxides on composite solid propellants[J]. AIAA J., 1980, (18):1404. 张炜;张仁.;过渡金属氧化物催化作用的表征[J]
- Keywords Solid propellant;Propellant storability;Crack;Storage life;Micromechanics; 固体推进剂;推进剂可储存性;裂纹;储存寿命;微观力学;
- The development trends of microencapsulation technology applied in solid propellants is summarized. 总结了微胶囊化技术在固体推进剂中应用的研究方向。
- Results of its application for cure catalyst of solid propellants are also summarized. 介绍了三苯基铋的合成、质量及其用作固体推进剂固化催化剂的一些应用结果。
- Keywords solid propellant plasticizer;azido radical;modified double base propellant; 固体推进剂增塑剂;叠氮基;改性双基推进剂;
- The performance of solid propellants depends on the solid particle size after dispersive mixing. 固体推进剂的性能将取决于分散混合后固体颗粒的尺寸。
- The development,preparation methods and application of microencapsulation in solid propellants are introduced . 介绍了微胶囊化技术的概况、制造方法及其在推进剂领域的相关应用。
