CAJ | 학술논문

分析了国外太阳帆的发展现状,重点论述了世界上首次成功飞行的太阳帆——太阳辐射驱动星际风筝航天器（IKAROS）的总体设计、材料设计、空间展开和姿态控制等关键技术,以及中国开展太阳帆和空间大型展开结构的总体设计、空间展开、姿态控制、空间环境适应性等关键技术,提出了系统开展以太阳帆为代表的大型轻质展开结构研制与应用的建议。
분석료국외태양범적발전현상,중점논술료세계상수차성공비행적태양범——태양복사구동성제풍쟁항천기（IKAROS）적총체설계、재료설계、공간전개화자태공제등관건기술,이급중국개전태양범화공간대형전개결구적총체설계、공간전개、자태공제、공간배경괄응성등관건기술,제출료계통개전이태양범위대표적대형경질전개결구연제여응용적건의。
In this paper,the development of solar sail is analyzed firstly,and then the IKAROS solar sail,which is interplanetary kite-craft accelerated by radiation of the sun and is the world＇s first solar sail successfully used in deep space spacecraft,and its key technologies are analyzed.The key technologies for Chinese solar sail or inflatable deployment structure such as system design,attitude control,deployment in space and space environment durability and so on are discussed.Finally,the suggestions that the large-scale light-weight deployment structure such as solar sail should be researched and developed as soon as possible are presented.