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A High-Efficiency Wide-Color-Gamut Solid-State Backlight System for LCDs Using Quantum Dot Enhancement Film

机译：用于使用量子点增强膜的LCD的高效宽色域固态背光系统

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Color gamut performance greater than 100% NTSC (1953) has been achieved using narrow-line width red and green emission from Nanosys QDEF? stimulated by high-efficiency blue LEDs. This drop-in-solution offers high brightness and good color uniformity at a cost far lower than RGB LED LCDs or OLED systems.

机译：使用来自纳米乐Qdef的窄线宽红色和绿色排放，实现了大于100％NTSC（1953）的色域性能？由高效蓝色LED刺激。该解决方案提供高亮度和良好的颜色均匀性，成本远低于RGB LED LCD或OLED系统。

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《SID International Symposium》|2012年||共2页
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作者
Jian Chen; Veeral Hardev; Jason Hartlove; Jurgen Hofler; Ernie Lee;
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原文格式 PDF
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中图分类 73.87083;
关键词
Backlight; color gamut; colorfulness; color saturation; quantum dot; nanocrystal; QDEF; RGB; LED; display; OLED;

机译：背光;色域;彩色;颜色饱和度;量子点;纳米晶;qdef;RGB;LED;显示;展示;OLED;
入库时间 2022-08-20 19:57:55

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1. A High-Efficiency Wide-Color-Gamut Solid-State Backlight System for LCDs Using Quantum Dot Enhancement Film [J] . Jian Chen, Veeral Hardev, Jason Hartlove, SID International Symposium: Digest of Technology Papers . 2012,第2期

机译：使用量子点增强膜的LCD高效宽色域固态背光系统
2. The effect of the reflective property of a reflection film on the performance of backlight units with quantum-dot films for LCD applications [J] . Gi Jung Lee, Jung-Gyun Lee, Younduk Kim, Journal of information display . 2021,第2期

机译：反射膜反射特性对LCD应用量子点薄膜对背光单元性能的影响
3. Low Cost Perovskite Quantum Dots Film Based Wide Color Gamut Backlight Unit for LCD TVs [J] . Naijun Chen, Zelong Bai, Zengmin Wang, SID International Symposium: Digest of Technology Papers . 2018,第3期

机译：低成本Perovskite量子点胶片基于液晶电视的宽色域背光单元
4. A High-Efficiency Wide-Color-Gamut Solid-State Backlight System for LCDs Using Quantum Dot Enhancement Film [C] . Jian Chen, Veeral Hardev, Jason Hartlove, SID International Symposium . 2012

机译：用于使用量子点增强膜的LCD的高效宽色域固态背光系统
5. Nanocompósitos Obtenidos de la síntesis In-Situ de Quantum Dots de CdSe en Películas Compuestas de Quitosano y Polímeros Conductores =Nanocomposites Obtained from the In-Situ Synthesis of Quantum Dots of CdSe in Composite Films of Chitosan and Conductive [D] . Moreno Serna, Viviana. 2020

机译：由由壳聚糖和导电聚合物组成的薄膜中的薄膜的质量点的原位合成中获得的纳米分解=从壳聚糖和导电的复合薄膜中出于原位合成CDRSE的原位合成中获得的纳米复合材料
6. Hybrid remote quantum dot/powder phosphor designs for display backlights [O] . Sofie Abe, Jonas J Joos, Lisa IDJ Martin, 2017

机译：用于显示器背光源的混合远程量子点/粉末荧光粉设计
7. The effect of the reflective property of a reflection film on the performance of backlight units with quantum-dot films for LCD applications [O] . Gi Jung Lee, Jung-Gyun Lee, Younduk Kim, 2020

机译：反射膜反射特性对LCD应用量子点薄膜对背光单元性能的影响
8. Quantum Dot Light Enhancement Substrate for OLED Solid-State Lighting [R] . Perkins, J. M., Stevenson, M., Mahan, G. 2011

机译：用于OLED固态照明的量子点光增强基板

A High-Efficiency Wide-Color-Gamut Solid-State Backlight System for LCDs Using Quantum Dot Enhancement Film

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