The crushing of HMX was studied by impinge technology.
利用对撞技术对HMX的粉碎进行了研究。
The narrow distributed nano-size HMX was prepared successfully using impinging method.
通过撞击法成功地制备了窄分布的纳米级HMX。
The effect of the HMX content on the microwave attenuation of HTPB propellant has been studied.
研究了HMX含量对HTPB复合固体推进剂微波衰减的影响。
In this paper molecular dynamics (MD) simulation was applied to validate COMPASS force field for HMX.
首先通过分子动力学(MD)模拟考察了COMPASS力场对HMX的适用性。
HMX with nanometer particle size and narrow particle distribution was successfully prepared by impinging method.
通过撞击法成功地制备出了窄分布的纳米级HMX。
The IR spectroscopies showed that nanometer sized lead oxide catalysts system can be able to catalyze the decomposition of HMX.
红外谱峰的变化表明：氧化铅对HMX的固相热分解直接起催化作用。
This paper introduces the design and tests of a motor ignitor loaded with high energy propellant which is a mixture of HTPB and HMX.
介绍了一种装有高能推进剂的发动机点火器的设计和试验，高能推进剂选用HTPB、HMX混合药剂。
Effects of pressure, temperature, initial feed concentration of HMX solute, expansion speed of solution and growth of crystal on the GAS process have been studied.
型HMX微细颗粒。考察了压力、温度、溶液初始浓度及溶液膨胀速率对GAS重结晶过程、晶粒大小和晶型的影响以及晶体的增长。
An application investigation of the nitramine (RDX, HMX) to the low burning rate HTPB propellants was carried out in the view of energetic property and combustion performance.
从推进剂的能量特性和燃烧性能的角度探索了硝胺(rdx、HMX)在低燃速丁羟推进剂应用的可能性。
Using DSC-Coulometric Nitrogen Oxide Detector, Time of Flight Mass Spectrometer, the authors studied the thermal decomposition characteristics of HMX and its catalytic systems.
用DSC -库仑池联用仪和飞行时间质谱仪对HMX及其催化体系的热分解进行了研究。
This technique showed many advantages: low reaction temperature, mild reaction condition, high yield and purity, which was possible to replace acetic anhydride method to produce HMX.
该方法反应温度低、条件温和、产率高、产品纯度好，有望代替传统的醋酐法制备HMX。
This technique showed many advantages: low reaction temperature, mild reaction condition, high yield and purity, which was possible to replace acetic anhydride method to produce HMX.
该方法反应温度低、条件温和、产率高、产品纯度好，有望代替传统的醋酐法制备HMX。
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