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This chapter highlights how material properties form the basis of optical coating effectiveness in display technologies. It begins with the discussion of transparency, clarity, and refractive index control, which are fundamental to managing light transmission, suppressing Fresnel reflection, and maintaining high image quality. Advanced multilayer and gradient-index architectures are examined for their ability to harness interference effects and optimize optical throughput, while attention is given to polarization control and anisotropy management to preserve color accuracy and viewing-angle stability.

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Material Properties of Optical Coatings and Impacts on Optical Performance in Electronic Display Systems

  • 章节

  • 发表日期：

    2026年

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  • Abimbola Jacob Olasoji,
  • Sang Hyuk Im

摘要

This chapter highlights how material properties form the basis of optical coating effectiveness in display technologies. It begins with the discussion of transparency, clarity, and refractive index control, which are fundamental to managing light transmission, suppressing Fresnel reflection, and maintaining high image quality. Advanced multilayer and gradient-index architectures are examined for their ability to harness interference effects and optimize optical throughput, while attention is given to polarization control and anisotropy management to preserve color accuracy and viewing-angle stability.