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Adaption of an array spectroradiometer for total ozone column retrieval using direct solar irradiance measurements in the UV spectral range

机译:使用直接光谱仪在紫外光谱范围内对阵列分光辐射计进行总臭氧柱回收的改造

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A?compact array spectroradiometer that enables precise and robust measurements of solar UV spectral direct irradiance is presented. We show that this instrument can retrieve total ozone column (TOC) accurately. The internal stray light, which is often the limiting factor for measurements in the UV spectral range and increases the uncertainty for TOC analysis, is physically reduced so that no other stray-light reduction methods, such as mathematical corrections, are necessary. The instrument has been extensively characterised at the Physikalisch-Technische Bundesanstalt (PTB) in Germany. During an international total ozone measurement intercomparison at the Iza?a Atmospheric Observatory in Tenerife, the high-quality applicability of the instrument was verified with measurements of the direct solar irradiance and subsequent TOC evaluations based on the spectral data measured between 12 and 30?September?2016. The results showed deviations of the TOC of less than 1.5?% from most other instruments in most situations and not exceeding 3?% from established TOC measurement systems such as Dobson or Brewer.
机译:提出了一种紧凑阵列分光辐射计,它能够精确,可靠地测量太阳紫外线光谱的直接辐照度。我们表明,该仪器可以准确地检索总臭氧塔(TOC)。内部杂散光通常是限制UV光谱范围内测量的因素,并增加了TOC分析的不确定性,因此从物理上减少了杂散光,因此不需要其他杂散光减少方法,例如数学校正。该仪器已在德国的Physikalisch-Technische Bundesanstalt(PTB)进行了广泛表征。在特内里费岛伊萨阿天文台进行的国际臭氧总量测量比对期间,通过测量直接太阳辐照度和随后基于在12月30日到30日之间测得的光谱数据进行的TOC评估,验证了该仪器的高质量适用性。 2016年结果表明,在大多数情况下,与大多数其他仪器相比,TOC的偏差小于1.5%,与现有的TOC测量系统(如Dobson或Brewer)的偏差不超过3%。

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