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Calibrated intercepts for solar radiometers used in remote sensor calibration

机译:遥感器校准中使用的太阳能辐射计的校准截距

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Abstract: Calibrated solar radiometer intercepts allow spectral optical depths to be determined for days with intermittently clear skies. This is of particular importance on satellite sensor calibration days that are cloudy except at the time of image acquisition. This paper describes the calibration of four solar radiometers using the Langley-Bouguer technique for data collected on days with a clear, stable atmosphere. Intercepts are determined with an uncertainty of less than 6%, corresponding to a maximum uncertainty of 0.06 in optical depth. The spread of voltage intercepts calculated in this process is carried through three methods of radiometric calibration of satellite sensors to yield an uncertainty in radiance at the top of the atmosphere of less than 1% associated with the uncertainty in solar radiometer intercepts for a range of ground reflectances.!
机译:摘要:通过校准的太阳辐射计截距,可以确定间歇性晴朗天空中几天的光谱光学深度。这在除图像采集时以外阴天的卫星传感器校准日尤为重要。本文介绍了使用Langley-Bouguer技术校准四个太阳辐射计的方法,该方法用于在晴朗,稳定的大气中收集几天的数据。确定拦截的不确定度小于6%,对应于光学深度的最大不确定度0.06。在此过程中计算出的电压截距的分布是通过三种方法对卫星传感器进行辐射度标定得出的,从而得出大气层顶部的辐射不确定度小于1%,这与一定范围的地面上的太阳辐射计截距有关反射率!!

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