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To enhance light extraction of OLED devices by multi-optic layers including a micro lens array

机译:通过包括微透镜阵列的多光学层增强OLED器件的光提取

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In recent years, OLED has advantages including that larger light area, thinner thickness, excellent light uniformity, and can be as a flexible light source. Many display panel and lighting have been started to use the OLED due to OLED without back light system, thus how to make and employ light extracting layer could be important issue to enhance OLED brightness. The purpose of this study is to enhance the light extraction efficiency and light emitting area of OLED, so the micro lens array and the prism reflection layer were provided to enhance the surface light extracting efficiency of OLD. Finally the prism layer and diffusing layer were used to increase the uniformity of emitting area of OLED, which the efficiency of 31% increasing to compare with the OLED without light extracting film.
机译:近年来,OLED具有包括较大的光面积,较薄的厚度,优异的光均匀性的优点,并且可以用作柔性光源。由于没有背光系统的OLED,许多显示面板和照明设备已开始使用OLED,因此如何制造和使用光提取层可能是提高OLED亮度的重要问题。这项研究的目的是提高OLED的光提取效率和发光面积,因此提供了微透镜阵列和棱镜反射层以提高OLD的表面光提取效率。最终,利用棱镜层和漫射层提高了OLED发光面积的均匀性,与没有光提取膜的OLED相比,效率提高了31%。

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