首页> 外文会议>International Conference on Digital Printing Technologies; 20041031-1105; Salt Lake City,UT(US) >Quantifying the Indoor Light Environment: Testing for Light Stability in Retail and Residential Environments
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Quantifying the Indoor Light Environment: Testing for Light Stability in Retail and Residential Environments

机译:量化室内光环境:测试零售和住宅环境中的光稳定性

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摘要

Indoor products may be subjected to a wide range of interior lighting environments. These environments include residential incandescent, commercial fluorescent, and industrial metal halide illuminants. Products may also be exposed to sunlight coming through a window or an automobile windshield. Each of these light sources has its own unique spectrum. In a like manner, each material has its own unique spectral sensitivity. This paper surveys a wide variety of the most commonly used indoor light sources, including direct and indirect window-filtered sunlight. The results indicate that direct window-filtered sunlight is the most severe interior lighting condition that your product will probably see. Because a xenon arc test chamber can provide an excellent simulation of sunlight through window glass, it is the best method of simulating this worst-case indoor lighting environment for testing the light stability of your product.
机译:室内产品可能会受到各种室内照明环境的影响。这些环境包括住宅白炽灯,商业荧光灯和工业金属卤化物光源。产品也可能会暴露在透过窗户或汽车挡风玻璃的阳光下。这些光源中的每一个都有自己独特的光谱。同样,每种材料都有自己独特的光谱灵敏度。本文调查了各种最常用的室内光源,包括直接和间接的窗户过滤的阳光。结果表明,直接透过窗户过滤的阳光是您的产品可能会看到的最严酷的室内照明条件。由于氙弧试验箱可以很好地模拟透过窗户玻璃的日光,因此它是模拟这种最坏情况下的室内照明环境以测试产品的光稳定性的最佳方法。

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