纤维复合材料
纖維複閤材料
섬유복합재료
FIBER COMPOSITES
2014年
4期
46-51
,共6页
复合材料%运载器%超低温燃料箱%供给线%盖板%高压容器
複閤材料%運載器%超低溫燃料箱%供給線%蓋闆%高壓容器
복합재료%운재기%초저온연료상%공급선%개판%고압용기
composites%launch vehicle%cryogenic tank%supply line%covers%high-pressure cylinder
低温燃料箱的研究是进行下一代空间探索用运载器的关键。聚合物复合材料因其优异的性能应用于超低温燃料箱，可大幅提高未来空间系统的性能。本文概述了运载器结构和性能要求，重点介绍了洛克希德马丁太空系统公司对液氢、液氧超低温复合材料燃料箱和推进系统其他部件的开发与应用。
低溫燃料箱的研究是進行下一代空間探索用運載器的關鍵。聚閤物複閤材料因其優異的性能應用于超低溫燃料箱，可大幅提高未來空間繫統的性能。本文概述瞭運載器結構和性能要求，重點介紹瞭洛剋希德馬丁太空繫統公司對液氫、液氧超低溫複閤材料燃料箱和推進繫統其他部件的開髮與應用。
저온연료상적연구시진행하일대공간탐색용운재기적관건。취합물복합재료인기우이적성능응용우초저온연료상，가대폭제고미래공간계통적성능。본문개술료운재기결구화성능요구，중점개소료락극희덕마정태공계통공사대액경、액양초저온복합재료연료상화추진계통기타부건적개발여응용。
Cryogenic tank research is the key of the next generation launch vehicle for space exploration .Polymer com-posites due to the superior properties were used for cryogenic tanks ,which significantly improve the performance of the fu-ture space system.In this paper,the structures and property requirements of launch vehicles were summarized .The compos-ite tank containing liquid hydrogen or liquid oxygen and the other parts for propulsion system were developed and applied .
