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Radiant calibration for solar channels of spaceborne remote sensor

机译:星载遥感器太阳通道的辐射定标

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Abstract: The application of remote sensing is, to a greater extent, based on the quality of the sensors. The prelaunch radiant calibration and post-launch validation, which are the process of quantitatively defining the system response to known, controlled signal inputs, are among the key stages of the development procedure of a remote sensor. Calibration of a remote sensor is to develop the calibration equations that allow conversion of the counts for the sensor into Earth- exiting radiance. These radiances are the geophysical properties the instrument has been designed to measure. With solar radiation-based calibration, sphere radiation-based calibration, on-orbit calibrator and ground-based calibration, the remote sensor data can be quantitatively applied on atmosphere, environment. The precision of several methods is mentioned in the paper. The Chinese meteorological satellites had used the procedures to calibrate the sensors. !5
机译:摘要:遥感的应用在很大程度上取决于传感器的质量。发射前的辐射校准和发射后的验证,是定量定义系统对已知受控信号输入的响应的过程,是远程传感器开发过程的关键阶段。远程传感器的校准是为了开发校准方程,该方程可以将传感器的计数转换为地球辐射。这些辐射是仪器设计用来测量的地球物理性质。通过基于太阳辐射的校准,基于球体辐射的校准,在轨校准器和基于地面的校准,可以将遥感器数据定量地应用于大气,环境。本文提到了几种方法的精度。中国气象卫星已使用该程序校准传感器。 !5

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