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针对NEPE推进剂的贮存性能,从固体填料物化性质、基体/填料界面特性、基体网络结构形态、推进剂分解反应机理4个方面详细阐述了国内外所取得的模拟研究成果,并有针对性地总结了其中的优缺点和改进方法。从固体填料与基体之间相关性、多组分共聚物分解反应机理、推进剂延寿、相关技术联用4个方面预测了未来分子模拟技术在NEPE推进剂贮存性能研究中的应用前景。
In view of the storage performance of NEPE propellant, the simulation results obtained at home and abroad are elaborated in detail from four aspects: physical and chemical properties of solid filler, matrix / filler interface characteristics, matrix network structure and propellant decomposition reaction mechanism. Summarizes the advantages and disadvantages and improvement methods. From four aspects of the correlation between solid filler and matrix, decomposition mechanism of multi-component copolymer, prolongation of propellants and related technologies, the application prospect of molecular simulation technique in NEPE propellant storage performance was predicted.