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Optimal temporal resolution for detailed studies of cloud-enhanced sunlight (Overirradiance)

机译:最佳时间分辨率,用于云增强阳光的详细研究(过度辐照)

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Enhancement of sunlight by clouds can lead to irradiance peaks much exceeding the extraterrestrial levels — close to 2 suns near the Equator and at least 1.5 suns at latitudes of about 60°. Some extreme overirradiance events can last many minutes, but durations in the order of 1 second are also possible. The present paper reports the shortest bursts recorded in Southern Norway in the years 2012 and 2013. Our records of 10-millisecond resolution from 2012 show that the optimal instantaneous irradiance sampling interval is less than 0.15 s at the present test site, while the optimal averaging time is less than 0.13 s. We propose simple equations for deriving these times in an arbitrary geographical location from data recorded with very fine temporal resolution. The small values in the present coastal site are attributed to rather high cloud speeds.
机译:云层增强的阳光可以导致辐照度峰值大大超过地外水平-赤道附近接近2个太阳,纬度约60°时至少1.5个太阳。一些极端的过度辐照事件可能会持续几分钟,但持续时间也可能约为1秒。本文报道了2012年和2013年挪威南部记录的最短突发。我们从2012年开始的10毫秒分辨率记录显示,当前测试地点的最佳瞬时辐照采样间隔小于0.15 s,而最佳平均时间少于0.13 s。我们提出了一些简单的方程式,用于从以非常精细的时间分辨率记录的数据在任意地理位置中得出这些时间。当前沿海站点的小值归因于相当高的云速。

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