薄脆饼
材料科学
涂层
失真(音乐)
折射率
亮度
防反射涂料
光学
光电子学
平面的
增强现实
图像质量
质量(理念)
计算机科学
纳米技术
图像(数学)
计算机图形学(图像)
放大器
计算机视觉
物理
量子力学
CMOS芯片
作者
Frederik Bachhuber,Ruediger Sprengard,Jens Thomas,Thorsten Damm,Stefan Weidlich,Peter Naß,C. Ottermann,Volker Plapper,Helen Fang,Nicolas Weng,Alex Wang
摘要
Planar, high refractive glass wafers are the backbone of leading Augmented/Mixed Reality devices. They route the virtual image to the user's eye, while helping to keep the form factor small. While the glass characteristic directly affects fundamental design parameters like Field‐of‐View, the optical system of the wafer with its surfaces and interfaces as a whole determines the image quality. Besides surface quality of the glass itself, the adjacent coatings, such as anti‐reflective coating and polymer coating with a grid structure can significantly contribute to the total optical loss. Here we are reporting on optical losses caused by surface effects and polymer coatings that might lead to disadvantages in key quality parameters, such as contrast, brightness and distortion of the image.
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