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Aerosol optical thickness from Brewer spectrophotometers and an investigation into the stray-light effect

机译:布鲁尔分光光度计的气溶胶光学厚度和杂散光效应的研究

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The Langley method has been applied to the measurements of direct solar radiation made by Brewer spectrophotometers to obtain the aerosol optical thickness (AOT) of the atmosphere in the ultraviolet-B range. In several cases the AOT increased with wavelength, which raises suspicion about the stray-light effect. To investigate the quality of the AOT measurements and the possibility of stray light, we conducted a campaign by using single- and double-monochromator Brewers. The campaign's results have shown that both Brewers' AOT values are in good agreement and that stray light is not an important effect for AOT at wavelengths above 306 nm.
机译:Langley方法已应用于由Brewer分光光度计进行的直接太阳辐射测量中,以获得紫外线B范围内大气的气溶胶光学厚度(AOT)。在某些情况下,AOT随着波长增加而增加,这引起了人们对杂散光效应的怀疑。为了调查AOT测量的质量和杂散光的可能性,我们使用单单色仪和双单色仪Brewers进行了一场运动。该活动的结果表明,两个Brewers的AOT值都非常吻合,杂散光对于波长306 nm以上的AOT并不是重要的影响。

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