Optical Payloads for Space Missions

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《太空任务光学有效载荷》是光学航天器有效载荷的综合集合，由国际领先的火箭科学家和仪器制造商贡献。涵盖各种应用，包括地球观测、通信、导航、气象和科学卫星以及深空探测每一章都涵盖一个或多个特定的光学有效载荷包含一个评论章节，为读者提供了光学有效载荷的背景、现状、趋势和未来前景的概述提供有关光学航天器有效载荷原理、任务背景、动机和挑战以及科学回报、益处和应用的信息

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TableofContents
Cover
TitlePage
ContributorsList
Preface
PartOne:Overview
1ReviewofSpaceborneOpticalPayloads
1.1Introduction
1.2ImagingSpectroscopySensors
1.3MultispectralSensors
1.4FourierTransformSpectrometers
1.5LidarandActiveSensors
1.6SpectrometersandRadiometers
1.7OtherTypesofOpticalSensors
1.8OpticalSensorsforNanosatellitesandMicrosatellites
1.9Summary
Reference
PartTwo:ImagingSpectrometers
2HyperspectralImagerfortheCoastalOceanontheInternationalSpaceStation
2.1Introduction
2.2GoalsandRequirements
2.3SensorDescription
2.4CalibrationandCharacterization
2.5On-OrbitSensorPerformance
2.6HICOOperations
2.7DataProcessingandDisseminationSystem
2.8LessonsLearned
2.9ScienceandApplications
2.10Conclusion
Dedication
References
3ModerateResolutionImagingSpectroradiometeronTerraandAquaMissions

1Introduction
2MODISInstrument
3PrelaunchCalibrationandCharacterization
4On-orbitOperationsandCalibration
5InstrumentPerformance
6ScienceProductsandApplications
7LessonsLearned
8Conclusion
Acknowledgments
References
4MediumResolutionImagingSpectrometerforOceanColouronboardENVISAT
1Introduction
2MERISInstrument
3On-groundInstrumentCharacterisation
4MERISIn-OrbitCalibration
5Conclusion
Acknowledgments
References
5VisibleandNear-infraredImagingSpectrometeraboardChineseChang’E3
Spacecraft
1Introduction
2DesignofVNIS
3SystemCalibration
4GroundVerification
5In-OrbitOperationofVNIS
6DataprocessingofVNIS
7Conclusion
Acknowledgments
References
6HyperspectralImagerOnboardIndianMiniSatellite-1
1Introduction
2MissionGoalsandConstraints
3DetailedDescriptionofIMS1-HySIPayload
4CalibrationandCorrection

5InstrumentPerformanceandTestResults
6DataSystem
7On-OrbitOperations
8LessonsLearnedDuringInstrumentDesignandBuild
9ScienceandApplications
10Conclusion
Acknowledgments
References
7EnvironmentalMappingandAnalysisProgram–AGermanHyperspectralMission
1Introduction
2InstrumentConcept,ParametersandTechnologies
3CalibrationandCorrection
4InstrumentSNRPerformance
5DataSystem
6On-OrbitOperations
7PreparatoryProgramforScienceandApplications
8Conclusion
Acknowledgments
References
8HyperspectralPayloadforItalianPRISMAProgramme
1Introduction
2InstrumentOverview
3Thermo-MechanicalDesign
4OpticalHead
5Telescope
6HyperspectralImager
7Mechanisms
8CurrentStatus
9Conclusion
Acknowledgments
References
9HyperspectralImagerSuite(HISUI):JapaneseSpaceborneHyperspectralImagerfor
ResourceandEnvironmentalMapping
1Introduction

9.2HISUIInstrumentDesign
9.3CalibrationandCorrectionofHISUIData
9.4HISUIGroundDataSystem
9.5HISUIOn-OrbitOperations
9.6ScienceandApplications
References
10OceanandLandColorImageronSentinel-3
10.1Introduction
10.2Sentinel-3OLCIMissionConceptandTechnicalDescription
10.3Calibration
10.4InstrumentPerformanceandTestResults
10.5Conclusion
Acknowledgments
References
11SHALOM–ACommercialHyperspectralSpaceMission
11.1Introduction
11.2MissionDefinitionandRequirements
11.3MissionOverview
11.4SpaceSegment
11.5GroundSegment
11.6Usersneeds,DataprocessingandProducts
11.7Impact
11.8Conclusion
References
12HyperspectralandLuminescenceObserverforMars
12.1Introduction
12.2RequirementsofHALO
12.3ConceptofHALO
12.4HALOInstrumentsDesign
12.5Conclusion
Acknowledgments
References
PartThree:MultispectralSensors
13InfraredScanneraboardChineseSmallSatelliteConstellationforEnvironmentand