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硝胺推进剂的界面键合作用
引用本文:姚维尚,吴文辉,贾展宁,戴健吾,谭惠民.硝胺推进剂的界面键合作用[J].北京理工大学学报,1995(6).
作者姓名:姚维尚  吴文辉  贾展宁  戴健吾  谭惠民
作者单位:北京理工大学化工与材料学院
摘    要:选择了具有海因衍生物和三聚异氨酸酯衍生物结构特点的一系列键合剂,在含有硝酸酯和HMX的推进剂模拟配方中考察了这些键合剂的使用效果.并用Wilhelmy吊板法和动态毛吸法测定了这些键合剂对HMX的浸润性,从热力学参量Wa和动力学参量dh/dt两方面讨论了浸润机制,结合漫反射傅利叶交换红外光谱、光电子能谱的分析结果,对硝胺/硝酸酯体系中键合剂与HMX的界面键合进行了评价.

关 键 词:固体推进剂  界面  力学性能

Investigation on Interfacial Bonding in HMX-Containing Model Propellant Composite
Yao Weishang,Wu Wenhui,Jia Zhanning,Dai Jianwu,Tan Huimin.Investigation on Interfacial Bonding in HMX-Containing Model Propellant Composite[J].Journal of Beijing Institute of Technology(Natural Science Edition),1995(6).
Authors:Yao Weishang  Wu Wenhui  Jia Zhanning  Dai Jianwu  Tan Huimin
Abstract:A series of novel bonding agents which comprise the structural features of hydantoin derivatives and isocyanuuate derivatives have been developed. The Mechanical properties of model propellant composite containing there novel bonding agents were determined. Wilhelmy plate method and wicking method were ed to evaluate wetting properties of these new bonding agents, and the Wetting properties was discussed in the respect of thermodynamics and dynamics. combined with the results obtained from FTIR DR and XPS analysis, the interfacial bonding of these novel bonding agents with HMX was evalutated.
Keywords:solid propellant interface mechanical properties
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