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Museum lighting with LEDs: Evaluation of lighting damage to contemporary photographic materials

机译:带LED的博物馆照明:评估照明对当代摄影材料的损害

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摘要

It is possible to assess the damage to artworks by measuring different physical and chemical parameters. One of the most important parameters is colour difference, which is a consequence of chemical changes in the material. CIE 157:2004 'Control of Damage to Museum Objects by Optical Radiation' classifies museum collections into four groups, according to different levels of light fastness. However, these classes were developed from research using traditional light sources. Even though LED technology is becoming more popular, there is no advanced evaluation of colour fading or a colour change test for contemporary artworks. This study established that the CIE 157:2004 method, based on threshold effective radiant exposure, can be applied to an actual ageing test of ultraviolet-blocked light sources including two types of white LEDs and one traditional halogen lamp. The results also present a colour fading model that can be used in museum LED lighting to predict the colour difference in contemporary photographic materials for short- and long-term exhibition. This study also provides a revised light dosage classification of modern photographic materials for museums. Moreover, the verification studies can be used as a conceptual reference for assessing the damage potential of other art materials under the tunable multi-LED system of the future.
机译:通过测量不同的物理和化学参数,可以评估对艺术品的损害。最重要的参数之一是色差,这是材料中化学变化的结果。 CIE 157:2004“通过光辐射控制博物馆物体的损坏”根据不同的日晒牢度将博物馆藏品分为四类。但是,这些类别是通过使用传统光源的研究开发的。即使LED技术变得越来越流行,也没有先进的褪色评估或当代艺术品的变色测试。这项研究建立了基于阈值有效辐射暴露的CIE 157:2004方法,可以应用于包括两种类型的白色LED和一个传统卤素灯的紫外线阻挡光源的实际老化测试。结果还提供了一种褪色模型,该模型可用于博物馆的LED照明中,以预测短期和长期展览中当代照相材料的色差。这项研究还为博物馆提供了现代摄影材料的修正光剂量分类。而且,验证研究可以用作评估未来可调多LED系统下其他艺术材料的潜在损坏的概念参考。

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  • 来源
    《Lighting Research & Technology》 |2019年第3期|417-431|共15页
  • 作者

    H-W Luo; C-J Chou; H-S Chen; MR Luo;

  • 作者单位

    Graduate Institute of Applied Science and Technology, National Taiwan University of Science and Technology, Taipei, Taiwan;

    Graduate Institute of Applied Science and Technology, National Taiwan University of Science and Technology, Taipei, Taiwan;

    Graduate Institute of Electro-Optical Engineering, National Taiwan University of Science and Technology, Taipei, Taiwan;

    Graduate Institute of Color and Illumination Technology, National Taiwan University of Science and Technology, Taipei, Taiwan;

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