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Remote Sensing from Manned Low Earth Orbit Spacecraft: Implications for the International Space Station

机译:来自载人低地轨道轨道航天器的遥感:对国际空间站的影响

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This paper addresses the question of what contributions the International Space Station (ISS) can make as a sensor based remote sensing platform. There is precedent for the use of manned platforms in Low Earth Orbit (LEO). Skylab had the Earth Resources Experiment Package (EREP). In the Shuttle –Mir program, the Piroda module was dedicated to Earth sensing. One experiment in the Piroda, the Multispectral Stereo Scanner (MOMS-2PP) was used for quantifying the advantages of performing remote sensing on the ISS. The Space Shuttle program also made significant contributions to Earth observations. Sixteen missions carried electronic experiment packages for Earth observations and crew on almost every mission performed earth observations using cameras. Experiments planned for the ISS can also tell us much about the potential the ISS has as a remote sensing platform by examining their design and objectives. In March of 2009 an experiment called Agricultural Camera (AgCam) was delivered to the ISS for installation in the window of the Laboratory module. In fall of 2009 two more remote sensing experiments will arrive on the ISS - the Hyperspectral Imager for the Coastal Ocean (HICO) and the Remote Atmospheric and Ionospheric Detection System (RAIDS). These instruments will be combined on one experiment package, HICO- RAIDS experiment package (HREP), and will be placed outside the ISS, on an external platform.
机译:本文涉及国际空间站(ISS)可以作为基于传感器的遥感平台的贡献的问题。在低地球轨道(LEO)中使用载有载有载物平台的先例。 Skylab有地球资源实验包(EREP)。在Shuttle -Mir计划中,Piroda模块致力于地球传感。 Piroda中的一个实验,MultiSpectral立体声扫描仪(MOMS-2PP)用于量化在ISS上执行遥感的优点。航天飞机计划还对地球观测产生了重大贡献。十六次任务在几乎所有任务的地球观测和机组人员携带电子试验套件,使用相机进行地球观测。计划的实验也可以通过检查其设计和目标来告诉我们ISS作为遥感平台的潜力。 2009年3月,在实验室模块的窗口中交付给农业摄像机(AGCAM)的实验。在2009年秋天,两个遥感实验将到达ISS - 沿海海洋(HICO)和远程大气和电离层检测系统(RAIDS)的高光谱成像仪。这些仪器将在一个实验包上组合,HICO-RAIDS实验包(HREP),并将放在外部平台上的ISS外。

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