Predicting lamp spectrum effects at mesopic levels. Part 1: Spatial brightness
Predicting lamp spectrum effects at mesopic levels. Part 1: Spatial brightness
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DOI：
10.1177/1477153510393932
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发表时间：
2011-06-01
影响因子：
2.5
通讯作者：
Cheal, C.
中科院分区：
文献类型：
--
作者：
Fotios, S. A.;Cheal, C.
本文报告了为测试在不同光谱功率分布的灯下预测中间视觉水平空间亮度的指标而进行的实验工作。在对实验设计进行广泛审查后，使用了并排匹配技术。在所有 10 个可能的对中展示了五种不同类型的灯，这些灯被选择来比较基于灯光谱的既定特征（例如显色指数、相关色温和暗视/明视比率）的亮度预测。结果还用于测试所提出的预测中间视觉亮度和视觉性能的系统。在检查的灯特性中，暗视/明视比率与测试结果表现出最高的相关性。人们发现，新的 CIE 推荐的基于中间视觉光度测量的视觉性能系统可以对亮度结果进行可接受的预测。
This paper reports on experimental work carried out to test metrics for predicting spatial brightness at mesopic levels under lamps of different spectral power distribution. The side-by-side matching technique was used following an extensive review of experimental design. Five different types of lamps were presented in all 10 possible pairs, these being selected to compare brightness predictions based on established characteristics of lamp spectrum such as colour rendering index, correlated colour temperature and the scotopic/photopic ratio. The results were also used to test proposed systems for predicting brightness and visual performance at mesopic levels. Of the lamp characteristics examined the scotopic/photopic ratio exhibited the highest correlation with the test results. The new CIE recommended system for visual performance based mesopic photometry was found to give an acceptable prediction of the brightness results.