上海航天
上海航天
상해항천
AEROSPACE SHANGHAI
2012年
5期
7-13
,共7页
张如意%李卿%董瑶海%陆国平%肖小刚
張如意%李卿%董瑤海%陸國平%肖小剛
장여의%리경%동요해%륙국평%초소강
静止轨道气象卫星%观测系统%遥感仪器%发展设想
靜止軌道氣象衛星%觀測繫統%遙感儀器%髮展設想
정지궤도기상위성%관측계통%요감의기%발전설상
Geostationary meteorological satellite%Observation system%Remote sensing instrument%Development plan
介绍了静止轨道气象卫星发展的现状。对国内外静止气象卫星的平台能力和探测仪器性能进行了对标与分析。根据我国静止气象卫星应用需求,给出了所需的新型遥感仪器的需求。讨论了静止气象卫星的发展趋势。介绍了静止气象卫星采用光学成像星、探测星(光学、微波)、降水测量星组合配置,在同步轨道上同位或异位进行观测的发展设想,以及需配置的先进可见光红外成像仪、闪电成像仪、高光谱垂直探测仪、地球辐射收支仪、太阳X-EUV成像仪、地球静止轨道先进微波探测仪、地球静止轨道降水测量雷达等的主要功能与性能。
介紹瞭靜止軌道氣象衛星髮展的現狀。對國內外靜止氣象衛星的平檯能力和探測儀器性能進行瞭對標與分析。根據我國靜止氣象衛星應用需求,給齣瞭所需的新型遙感儀器的需求。討論瞭靜止氣象衛星的髮展趨勢。介紹瞭靜止氣象衛星採用光學成像星、探測星(光學、微波)、降水測量星組閤配置,在同步軌道上同位或異位進行觀測的髮展設想,以及需配置的先進可見光紅外成像儀、閃電成像儀、高光譜垂直探測儀、地毬輻射收支儀、太暘X-EUV成像儀、地毬靜止軌道先進微波探測儀、地毬靜止軌道降水測量雷達等的主要功能與性能。
개소료정지궤도기상위성발전적현상。대국내외정지기상위성적평태능력화탐측의기성능진행료대표여분석。근거아국정지기상위성응용수구,급출료소수적신형요감의기적수구。토론료정지기상위성적발전추세。개소료정지기상위성채용광학성상성、탐측성(광학、미파)、강수측량성조합배치,재동보궤도상동위혹이위진행관측적발전설상,이급수배치적선진가견광홍외성상의、섬전성상의、고광보수직탐측의、지구복사수지의、태양X-EUV성상의、지구정지궤도선진미파탐측의、지구정지궤도강수측량뢰체등적주요공능여성능。
The present sate of geostationary meteorological satellite development was introduced in this paper. The platform ability and observation instrument performance of geostationary meteorological satellite in domestic were benchmarking and analyzed. The requirement of new remote sensing instrument was given out according to the application of the geostationary meteorological satellite in China. The development trend of the geostationary meteorological satellite was discussed. The development plans of the geostationary meteorological satellite, such as the application of optical imaging satellite, detecting satellite (optic and microwave), and precipitation measurement satellite with combined deployment, and the plan of the appositive or ectopic observation in geostationary orbit. And the function and performance of advanced visible and infrared imager, lightning imager, hyperspectral sounding, earth's radiation balance of payments instrument, solar X-EUV imager, advanced microwave sounder, and geostationary orbit and geostationary precipitation measurement radar which were needed were presented.