New model for mesopic photometry and its application to road lighting
New model for mesopic photometry and its application to road lighting
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DOI：
10.1582/leukos.2006.02.04.002
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发表时间：
2006-04-01
期刊：
影响因子：
3.6
通讯作者：
Halonen, Liisa
中科院分区：
文献类型：
--
作者：
Eloholma, Marjukka;Halonen, Liisa
在道路和其他户外照明应用的照明、尺寸和测量中，确实需要一种实用的中间视觉测光系统。一个名为MOVE的研究联盟结合了几个欧洲研究机构的资源，为基于性能的中间视觉测光奠定了基础。作为移动工作的结果，介绍了一个实用的中间视觉测光系统。本文将MOVE模型应用于道路照明条件，并将模型预测结果与基于光度法的亮度进行了比较。使用MOVE模型的计算表明，采用中视尺寸会影响当前推荐的整个亮度区域的道路照明实践，MOVE模型和最近提出的X模型br rea等都是对暗视V‘(Lambda)和明视V(Lambda)函数之间的中间视光效率的线性描述。然而，这两个模型在预测中间视觉亮度方面并不相似。本文对这两种模式进行了比较，并讨论了它们之间的差异。文章最后概述了中间视觉亮度的含义。本文对这两种模型进行了比较，并讨论了它们之间的差异。文章最后概述了中间视觉尺寸测量在道路照明中的意义，以及在实现中间视觉照明实践的道路上的未来行动。
There are definite needs for a practical system of mesopic photometry to be used in lighting dimensioning and measurement of road and other outdoor lighting applications. A research consortium, MOVE, combined the resources of several European research institutes to establish a basis for performance based mesopic photometry. A practical system of mesopic photometry is introduced as a result of the MOVE work. In this paper the MOVE model was applied to road lighting conditions and the model predictions were compared to luminances based on photopic photometry. The calculations using the MOVE model show that the adoption of mesopic dimensioning would affect road lighting practice over the whole luminance region of the present recommendations.Both the model of MOVE and the recently proposed X-model br Rea and others, are linear descriptions of mesopic luminous efficiency between the scotopic V'(lambda) and the photopic V(lambda) functions. The two models are not, however, similar in their prediction of mesopic luminances. The paper compares the two models and discusses their differences. The paper concludes by outlining the implications of mesopic luminances. The paper compares the two models and discusses their differences.The paper concludes by outlining the implications of mesopic dimensioning in road lighting and the future actions on the way towards mesopic lighting practice.