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Simple ray-tracing model for a rough surface including multiple scattering effects

机译:用于粗糙表面的简单光线跟踪模型,包括多种散射效果

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摘要

To simulate lighting systems, we developed a rough surface ray-tracing (RSRT) model on the basis of the facet model. The model needs to conserve energy to analyze how much light is lost in each component in the lighting system. Though a single scattering rough surface model with a shadowing/masking function successfully describes the scattering distribution, masking output light violates the energy conservation law because it lacks multiple scattering. We thus developed an advanced RSRT (A-RSRT) model satisfying the energy conservation law that includes a shadowing/masking effect as a consequence of multiple scattering. To determine the accuracy, we set up a real shape (RS) model that outputs rigorous simulation results, although this RS model was impractical. The comparisons between the calculated results of the A-RSRT and RS models revealed that the A-RSRT model satisfied the energy conservation law and reproduced the scattering distribution precisely. (C) 2016 Optical Society of America
机译:为了模拟照明系统,我们基于小平面模型开发了粗糙的表面射线跟踪(RSRT)模型。该模型需要节省能量来分析照明系统中每个部件中的光线丢失。尽管具有阴影/掩蔽功能的单个散射粗糙表面模型成功地描述了散射分布,但掩蔽输出光违反了节能法,因为它缺乏多种散射。因此,我们开发了一种令人满意的RSRT(A-RSRT)模型,其满足节能法,该节能法包括阴影/掩蔽效果,其后果是多次散射。为了确定准确性,我们设置了一种输出严格仿真结果的真实形状(RS)模型,尽管该RS模型是不切实际的。 A-RSRT和RS模型的计算结果之间的比较显示,A-RSRT模型满足节能法,精确地再现了散射分布。 (c)2016年美国光学学会

著录项

  • 来源
    《Applied optics》 |2017年第1期|共11页
  • 作者单位

    Hitachi Ltd Res &

    Dev Grp Ctr Technol Innovat Mat 1-1 Omika Cho 7 Chome Hitachi Ibaraki 3191292 Japan;

    Hitachi Ltd Res &

    Dev Grp Ctr Technol Innovat Mat 1-1 Omika Cho 7 Chome Hitachi Ibaraki 3191292 Japan;

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  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 应用;
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