首页> 外文期刊>Journal of Geophysical Research. Biogeosciences >Comparison of solar UV measurements performed with spectroradiometer and moderate bandwidth multichannel radiometer for different cloud conditions
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Comparison of solar UV measurements performed with spectroradiometer and moderate bandwidth multichannel radiometer for different cloud conditions

机译:使用光谱辐射仪和中带宽多通道辐射仪针对不同云量条件进行的太阳紫外线测量结果比较

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摘要

A method to control spectral global irradiance data using moderate bandwidth multichannel radiometer data was analyzed. The multichannel instrument sampled at both 1 min averages and a high frequency of approximately 0.5 Hz simultaneously with the spectral data. Deviations between multichannel radiometer and spectroradiometer, caused by different angular response (cosine and azimuth), were investigated. Uncertainties due to separate sampling systems and nonideal timing were quantified and removed before data intercomparison. It is shown that high-frequency multichannel measurements, ideal synchronized to spectral measurements can be used to identify short-term unexpected errors in spectral measurements down to a level of 5%, limited by the relative angular response error between the instrument during: variable cloud conditions. [References: 19]
机译:分析了使用中等带宽多通道辐射计数据控制光谱全局辐照度数据的方法。多通道仪器同时以1分钟的平均值和约0.5 Hz的高频采样,同时获得频谱数据。研究了不同角度响应(余弦和方位角)引起的多通道辐射计与光谱辐射计之间的偏差。在进行数据比较之前,量化并消除了由于单独的采样系统和不理想的时序造成的不确定性。结果表明,与频谱测量理想同步的高频多通道测量可用于识别频谱测量中的短期意外误差(低至5%的水平),并受以下仪器之间的相对角响应误差限制:可变云条件。 [参考:19]

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