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Research on Spectroradiometer for Irradiance Calibration in Ageing Tests

机译:老化试验中辐照校准光谱仪的研究

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Instead of natural exposing tests in atmosphere environment, we use artificial accelerated weathering apparatus to simulate solar radiation in ageing tests. Xenon arc lamps are most widely used to simulate spectral distribution of the sun in chambers. According to JJF1525-2015 Calibration Specification for Irradiance of Artificial Accelerated Weathering Apparatus of Xenon Arc Lamp, there are three methods to detect the irradiance: radiometer method, spectroradiometer method and standard lamp method. In this paper, we compare three methods and focus on the spectroradiometer method. Because different wavelength ranges need different radiometers, the best method to calibrate the irradiance in ageing tests is spectroradiometer method. By experiments, we verify the irradiance correspondence between 300nm~400nm and 340nm or 420nm to test the accuracy of spectroradiometer. We also study the factors affecting the irradiance calibration by spectroradiometer. At last we conclude that spectroradiometer is more suitable for irradiance calibration in different ageing tests and provide guidance for daily calibration.
机译:我们使用人工加速风化装置来模拟老化测试中的太阳辐射来代替自然暴露的测试。氙弧灯最广泛地用于模拟室中阳光的光谱分布。根据JJF1525-2015鉴定氙气弧灯的人工加速风化装置的校准规范,有三种方法检测辐照度:辐射计方法,光谱仪方法和标准灯法。在本文中,我们比较三种方法并专注于光谱仪方法。因为不同的波长范围需要不同的辐射仪,所以校准老化测试中辐照度的最佳方法是光谱仪方法。通过实验,我们验证了300nm〜400nm和340nm或420nm之间的辐照度对应,以测试光谱放射计的精度。我们还研究了影响光谱仪影响辐照度校准的因素。最后,我们得出结论,光谱仪更适合不同老化试验中的辐照度校准,并为日常校准提供指导。

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