首页> 外文会议>CIE Centenary Conference "Towards a New Century of Light" >HOLLOW LIGHT GUIDES: 50 YEARS OF RESEARCH, DEVELOPMENT, MANUFACTURE AND APPLICATION - A RETROSPECTIVE AND LOOKING TO THE FUTURE
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HOLLOW LIGHT GUIDES: 50 YEARS OF RESEARCH, DEVELOPMENT, MANUFACTURE AND APPLICATION - A RETROSPECTIVE AND LOOKING TO THE FUTURE

机译:空心光导轨:50年的研究,开发,制造和应用 - 回顾和展望未来

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The paper provides a historical overview of key emergence and development stages of a new branch of lighting science and technology. The paper covers developments from mirror slit hollow light guides with reflective internal surfaces, through to prismatic light guides, and then to the creation of installations like "Heliobus" and "Arthelio", where natural sky and sunlight, as well as light from artificial sources enters and disperses within buildings. In recent years short hollow end-to-end light guides are widely applied for channelling natural light. The paper explores new prospects and directions for further development of hollow light guides, which offer efficient and effective avenues for improvement for lighting installations. Hollow light guides present an important opportunity to increase the safety and efficiency of lighting installations, giving them new aesthetic forms. The production of hollow light guides is a complex technological effort. It involves the development of new metric methodologies, alternative photometric devices, new optical systems, materials and light sources, as well as the creation of completely new efficient lighting installations. This developing branch of science accounts for over one hundred patents, several hundred peer reviewed articles, two books, eight PhD theses, and two CIE publications developed within Division 3.
机译:本文提供了灯光科技新分支的主要出现和发展阶段的历史概述。本文涵盖了镜面狭缝中空光导,具有反射内表面的镜面狭缝空心光导通,通过棱镜光导,然后进入“贺客”等设施,自然的天空和阳光,以及人工来源的光线在建筑物内进入和分散。近年来,短空心端到端光导率广泛应用于窜射自然光。本文探讨了新的前景和方向,以进一步开发空心光导,为改进照明装置提供有效和有效的途径。空心光指南显示了提高照明装置的安全性和效率的重要机会,给予它们新的审美形式。中空光导的生产是一种复杂的技术努力。它涉及开发新的公制方法,替代光度装置,新的光学系统,材料和光源,以及创建完全新的高效照明装置。这种科学发展分支机构占一百多项专利,几百同行评审文章,两本书,八个博士文章,以及在第3次发展中制定的两个CIE出版物。

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