P‐9.2: Quantum Dots Color Filter Liquid Crystal Display
Ge Shi, Yujie Liu, Jiahui Han, Pengxia Liang, Zheng Fang, Song Yang, Shi Shu, Kang Guo, Wei Huang, Xiaochuan Chen, Xue Dong
Abstract
Ge Shi, Yujie Liu, Jiahui Han, Pengxia Liang, Zheng Fang, Song Yang, Shi Shu, Kang Guo, Wei Huang, Xiaochuan Chen, Xue Dong
Abstract
In recent years, as a hot inorganic luminescent materials, Quantum dots have been widely used in display devices because of their high photoluminescence efficiency and excellent color gamut. In order to further improve the performance of LCD display devices, we consider introducing quantum dot color film into the structure of LCD. In this report, we pixelate the QDs to replace the traditional color film, this is different from the QD was widely used method which QDs was made into thin film as part of the back light unit. Compared with the general LCD, QDCF can achieve higher efficiency, higher color gamut and wider viewing angle, in order to solve the polarization of the liquid crystal cell, we use WGP In liquid crystal cell to achieve high contrast ratio.
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In recent years, as a hot inorganic luminescent materials, Quantum dots have been widely used in display devices because of their high photoluminescence efficiency and excellent color gamut. In order to further improve the performance of LCD display devices, we consider introducing quantum dot color film into the structure of LCD. In this report, we pixelate the QDs to replace the traditional color film, this is different from the QD was widely used method which QDs was made into thin film as part of the back light unit. Compared with the general LCD, QDCF can achieve higher efficiency, higher color gamut and wider viewing angle, in order to solve the polarization of the liquid crystal cell, we use WGP In liquid crystal cell to achieve high contrast ratio.
Key concepts: Gamut, Liquid-crystal display, Color gel, Color filter array, Quantum dot, Viewing angle, Materials science, Optoelectronics