摘要
本文介绍了低温推进剂的性能优势与空间管理挑战,梳理了低温流体空间管理(CFM)技术特征及其研究现状,建议按照重力依赖型与重力无关型分类开展技术成熟度提升研究。调研了美国逾半个世纪的CFM技术搭载实验研究历程,分析了各类平台的工作特性与性能优势。基于我国航天发展现状与未来需求,探析了我国开展CFM技术攻关、飞行搭载实验的可行方案。建议在我国载人空间站规划舱内低温技术实验柜与舱外暴露平台实验模块,加速我国CFM技术向工程应用的转化。
The property advantages of cryogenic propellant in space utilization as well as the challenges of cryogenic fluid management(CFM)are presented and analyzed.The characteristics of CFM technologies and their research status are discussed clearly.It is suggested that whether gravity level affecting the performance of CFM technologies should be involved in conducting the associated experimental studies.Moreover,the works of American efforts on space-based experiments of CFM technologies are reviewed,and the technical features of the used platforms and their performance are also discussed.In addition,considering the development status of the domestic aerospace and the future requirements,the probable plans on further progress of CFM technologies and space-based experimental platform are given.It is suggested that an aboard laboratory cabinet on cryogenic scientific studies and an exposed cryogenic fluid test module should be involved in the domestic space station construction to accelerate the technologies progress of CFM.
作者
王磊
厉彦忠
张少华
马原
黄晓宁
WANG Lei;LI Yan-zhong;ZHANG Shao-hua;MA Yuan;HUANG Xiao-ning(Institute of Refrigeration and Cryogenic Engineering,Xi’an Jiaotong University,Xi’an 710049,China;China Academy of Launch Vehicle Technology,Beijing 100076,China)
出处
《宇航学报》
EI
CAS
CSCD
北大核心
2020年第7期978-988,共11页
Journal of Astronautics
基金
国家自然科学基金(51976151)。
关键词
低温推进剂
流体管理
搭载实验
微重力
Cryogenic propellant
Fluid management
In-space experiment
Microgravity
