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Radiometric characterization of field radiometers in support of the 1997 Lunar Lake, Nevada, experiment to determine surface reflectance and top-of-atmosphere radiance

机译:支持内华达州1997年月球湖的野外辐射计的辐射表征,确定表面反射率和大气顶辐射率的实验

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摘要

A continuing series of field campaigns to Lunar Lake, Nevada, has been established to develop measurement protocols and assess the uncertainties of ground-based calibrations of on-orbit satellite sensors. In June 1997, an ensemble of field radiometers was deployed to validate the fundamental reflectance and radiance measurements of the Land Satellite (Landsat-5) Thematic Mapper (TM) and Satellite Pour l'Observation de la Terre (SPOT-2) Haute Resolution Visible (HRV) satellite instruments. Prior their deployment to Lunar Lake, many of the field instruments measured a common sphere source at the University of Arizona (UA). The results, presented in this work, showed variations in the relative stabilities of the field instruments, and demonstrate the need for in-depth characterization of field instruments for an accurate assessment of instrument performance and measurement uncertainty. (C) 2001 Published by Elsevier Science Inc. [References: 9]
机译:已经开展了一系列向内华达州月球湖进行的野外活动,以开发测量协议并评估在轨卫星传感器的地面校准的不确定性。 1997年6月,部署了一组野外辐射计,以验证陆地卫星(Landsat-5)专题测绘仪(TM)和卫星地球观测卫星(SPOT-2)的基本分辨率的基本反射率和辐射度(HRV)卫星仪器。在部署到月球湖之前,许多现场仪器都在亚利桑那大学(UA)上测量了一个通用球体源。这项工作提出的结果显示了现场仪器相对稳定性的变化,并表明需要对现场仪器进行深入表征以准确评估仪器性能和测量不确定度。 (C)2001年由Elsevier Science Inc.出版。[参考:9]

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