Experimental Research on Application of the Natural Light to Tunnel Lighting Engineering

Bao-Lin Wang, Ying Ye, Bingya Yan
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引用次数: 14

Abstract

In present paper, the natural light was led into the entrance section of a highway tunnel by the specially designed lighting bands, and the lighting luminance profile was modeled referring to the human visual adaptation curve. As the result, the lighting enhanced at the entrance section was completely canceled. In order to validate the current scheme, lighting effects were evaluated by experimental data. In contrast to the conventional schemes, this scheme presented more advantages: (1) Eliminating the (cid:98) black-hole effect (cid:96) of tunnel entrance, which significantly improved the driving safety and amenity. (2) The energy-saving of lighting was very considerable. (3) The scheme was simple, practical, and reasonable in cost. It could be concluded the application of natural light to tunnel lighting engineering had significant popu larization value.
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自然光在隧道照明工程中的应用实验研究
本文采用特殊设计的照明带将自然光引入公路隧道入口段,并参照人的视觉适应曲线对照明亮度曲线进行建模。因此,入口部分的照明强化被完全取消。为了验证当前方案,通过实验数据对照明效果进行了评价。与常规方案相比,该方案具有更多的优点:(1)消除了隧道入口黑洞效应(cid:98),显著提高了行车安全性和舒适性。(2)照明的节能效果非常可观。(3)方案简单实用,成本合理。由此可见,自然光在隧道照明工程中的应用具有重要的推广价值。
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