火箭推进
火箭推進
화전추진
JOURNAL OF ROCKET PROPULSION
2012年
1期
17-21
,共5页
晋晓伟%童飞%马键%李平
晉曉偉%童飛%馬鍵%李平
진효위%동비%마건%리평
液化气%微推进%丙烷%微纳卫星
液化氣%微推進%丙烷%微納衛星
액화기%미추진%병완%미납위성
liquefied gas%micro propulsion%propane%micro and nano satellite
介绍了一种应用于某微纳卫星的丙烷微推进系统,该推进系统利用换热模块,在不额外消耗星上电能的情况下实现“液一气”的可靠转化,利用自身的稳压模块和控制模块,系统可实现50mN推力的快速精确控制。通过轻量化设计技术,系统总重仅2.5kg。
介紹瞭一種應用于某微納衛星的丙烷微推進繫統,該推進繫統利用換熱模塊,在不額外消耗星上電能的情況下實現“液一氣”的可靠轉化,利用自身的穩壓模塊和控製模塊,繫統可實現50mN推力的快速精確控製。通過輕量化設計技術,繫統總重僅2.5kg。
개소료일충응용우모미납위성적병완미추진계통,해추진계통이용환열모괴,재불액외소모성상전능적정황하실현“액일기”적가고전화,이용자신적은압모괴화공제모괴,계통가실현50mN추력적쾌속정학공제。통과경양화설계기술,계통총중부2.5kg。
A propane micro propulsion system used in a micro and nano satellite is introduced. With this system, the"liquid-gas" transformation was achieved without any extra consumption of en- ergy on satellite by a heat exchange module. The propulsion system can realize a fast and accurate control for the thrust of 50 mN by the aid of pressure-stabilizing module and control module in the micro propulsion system. The dry mass of the system based on the miniaturization technology is only 2.5 kg.