含能材料2024，Vol.32Issue(11)：1225-1241,17.DOI:10.11943/CJEM2023269
含能材料的组装及其性能研究进展
Advances of Assembly and Performance of Energetic Materials
摘要
Abstract
The morphology and structure of energetic materials have significant impact on their various properties.In order to im-prove the inherent performance of existing energetic materials and meet the different application requirements of weapon,the as-sembly of energetic materials is an effective technology.Based on the relevant works of domestic and foreign scholars,the cur-rent methods of energetic materials assembly and the effects on performances were summarized from two perspectives:the di-rectly affecting the structure of single-component energetic materials through assembly and regulating their performance,and the assembly components and composite structure of multi-component composite energetic materials synergistically regulating the performance.The enlightenment of other functional materials assembly for energetic material was elaborated.Currently,the as-sembly of single-component energetic materials can achieve new crystal morphology,while multi-component assembly can compensate for the inadequacy of available performance control,and achieve synergistic improvement of energy and safety per-formance.However,the development of energetic material assembly still faces problems such as monotonous assembly meth-ods,difficult process control,unclear assembly mechanisms,and insufficient research on multi-components.Future research may focus on three perspectives:the improvement of crystal assembly theory for energetic materials,the development of meso-scopic characterization techniques,and the exploration of new assembly technologies.关键词
含能材料/组装/晶体形貌/多组分协同/性能调控Key words
energetic materials/assembly/crystal morphology/multi-component collaboration/performance tuning分类
军事科技引用本文复制引用
刘丹,王浚儒,赵煦,杨志剑..含能材料的组装及其性能研究进展[J].含能材料,2024,32(11):1225-1241,17.基金项目
国家自然科学基金(22375188) National Natural Science Foundation of China(No.22375188) （22375188）
