航天返回与遥感
航天返迴與遙感
항천반회여요감
SPACECRAFT RECOVERY & REMOTE SENSING
2014年
4期
9-16
,共8页
徐庆鹤%范立佳%高洪涛%卢清荣%史海涛
徐慶鶴%範立佳%高洪濤%盧清榮%史海濤
서경학%범립가%고홍도%로청영%사해도
遥感卫星%构型%平台%载荷%一体化
遙感衛星%構型%平檯%載荷%一體化
요감위성%구형%평태%재하%일체화
remote sensing satellite%configuration%platform%payload%integration
随着遥感卫星制造技术的不断提高,高精度、高敏捷性、低成本遥感卫星的需求日益强烈。平台与载荷一体化设计是未来高精度、高敏捷性、低成本遥感卫星发展的重要方向之一,平台与载荷一体化构型设计是平台与载荷一体化遥感卫星的关键。目前已有多颗平台与载荷一体化构型的遥感卫星在轨飞行,中国尚处于起步阶段。文章分析了平台与载荷一体化设计的遥感卫星构型;从提高图像定位精度、降低卫星质量、降低建造成本等方面,分析了平台与载荷一体化构型的优势;对载荷设计需具有整星级优化理念、载荷需提供多种接口、平台与载荷间具有强耦合关系等一体化构型的特点进行了总结;给出了一体化构型的建议,如整星形状设计、主承力结构设计、大型部件布局等。
隨著遙感衛星製造技術的不斷提高,高精度、高敏捷性、低成本遙感衛星的需求日益彊烈。平檯與載荷一體化設計是未來高精度、高敏捷性、低成本遙感衛星髮展的重要方嚮之一,平檯與載荷一體化構型設計是平檯與載荷一體化遙感衛星的關鍵。目前已有多顆平檯與載荷一體化構型的遙感衛星在軌飛行,中國尚處于起步階段。文章分析瞭平檯與載荷一體化設計的遙感衛星構型;從提高圖像定位精度、降低衛星質量、降低建造成本等方麵,分析瞭平檯與載荷一體化構型的優勢;對載荷設計需具有整星級優化理唸、載荷需提供多種接口、平檯與載荷間具有彊耦閤關繫等一體化構型的特點進行瞭總結;給齣瞭一體化構型的建議,如整星形狀設計、主承力結構設計、大型部件佈跼等。
수착요감위성제조기술적불단제고,고정도、고민첩성、저성본요감위성적수구일익강렬。평태여재하일체화설계시미래고정도、고민첩성、저성본요감위성발전적중요방향지일,평태여재하일체화구형설계시평태여재하일체화요감위성적관건。목전이유다과평태여재하일체화구형적요감위성재궤비행,중국상처우기보계단。문장분석료평태여재하일체화설계적요감위성구형;종제고도상정위정도、강저위성질량、강저건조성본등방면,분석료평태여재하일체화구형적우세;대재하설계수구유정성급우화이념、재하수제공다충접구、평태여재하간구유강우합관계등일체화구형적특점진행료총결;급출료일체화구형적건의,여정성형상설계、주승력결구설계、대형부건포국등。
As the modern remote sensing satellite technology developing, the demands for high resolution, high agility and low cost are becoming more and more urgent. The integrated design of remote sensing satellite is an important direction for high resolution, high agility and low cost remote sensing satellite. The integrated configuration design is a crucial factor for satellite integrated design. Several remote sensing satellites of inte-grated configuration have been in orbit abroad, but it is only at the beginning of development at home. The pa-per analyzes the configuration of remote sensing satellite integration design and gives the advantages of the configuration design as promoting positioning accuracy and decreasing mass and cost. It points out the difficul-ties and characteristics like systematically considering load design, providing multi-interface on load and strong coupling between platform and payload. Finally, it makes suggestions on constructing the shape, designing the main frame and placing the large equipment.