基于巡飞弹全设计周期的弹载锂原电池应用研究OA北大核心CSTPCD
Research on application of missile-borne lithium primary batteries based on whole design cycle of small patrol missile
作为中小型电动力巡飞弹的主要能量来源,弹载锂原电池是确保巡飞弹稳定作战和性能提升的关键因素.基于上述背景,将弹载锂原电池特性与巡飞弹全设计周期相结合,开展了基于巡飞弹全设计周期的弹载锂原电池应用研究.介绍了典型巡飞弹全设计周期及应用工况;在此基础上,分析了弹载锂原电池在巡飞弹方案设计、装配阶段、试验阶段等环节的应用特性及应用方法,以期为相关研究和工程设计提供参考和借鉴.
As the main energy source of small and medium electric patrol missile,the missile-borne lithium primary batteries are the key factor to ensure the stable operation and performance improve-ment of patrol missile.Based on the above background,combined the characteristics of missile-borne lithium primary batteries with the whole design cycle of patrol missile,the research on the applica-tion of lithium primary batteries based on the whole design cycle of small patrol missile was carried out.The whole design cycle and application condition of typical patrol missiles were introduced,and the application characteristics and methods of the missile-borne lithium primary batteries in the scheme design,assembly,test and other stages were analyzed,so as to provide references for related research and engineering design.
冯文韬;张彬;李欢丽;李倩;黄超凡
西安现代控制技术研究所,陕西西安 710065
动力与电气工程
巡飞弹锂原电池应用研究全设计周期
patrol missilelithium primary batteriesapplication researchwhole design cycle
《电源技术》 2024 (006)
1142-1146 / 5
国防基础科研项目(JCKY2020210B017)
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