Add to ORKGBased on the Poincaré sphere representation, for the first time, we have derived the analytical solutions for the uniaxial-film-compensated wide-view LCDs. Through the analyses of phase retardation of uniaxial-film, origin of dark-state light leakage, and spherical trigonometry, we are able to track the polarization state changes on the Poincaré sphere for any oblique incident light. These analysis procedures can be applied to optimize the viewing angle of uniaxial-film-compensated in-plane switching and multi-domain vertical alignment LCDs
A 12-domain MVA-LCD is proposed and investigated through a 3-D simulator. The MVA-LCD has the advant...
The wide viewing angle technologies for liquid crystal displays (LCDs) are reviewed. The most promis...
A wide viewing angle multi-domain vertical-alignment liquid crystal display (VA-LCD) is proposed. Ac...
Based on the Poincaré sphere representation, for the first time, we have derived the analytical solu...
The uniaxial-film-compensated wide-view liquid crystal displays, with initially homogeneous alignmen...
The uniaxial-film-compensated wide-view liquid crystal displays, with initially homogeneous alignmen...
A positive uniaxial A-film and a negative uniaxial A-film compensated IPS LCD is proposed to widen t...
We investigated a viewing angle control of a liquid crystal display (LCD) under optical compensation...
We developed optical compensation for Verti-cally Aligned mode LCDs using thin coatable bire-fringen...
A computer simulation model based on oblique-angle Jones matrix and Poincare sphere is developed for...
A new broadband wide-view circular polarizer is proposed for high transmittance multi-domain vertica...
Abstract—A multi-domain vertical alignment liquid crystal dis-play (MVA LCD) using a negative C-plat...
A computer simulation model based on oblique angle Jones matrix and Poincaré sphere is developed for...
We develop a rigorous model to simulate an LCD\u27s contrast ratio (CR) and viewing angle by conside...
Pretilt angle effect on the dark-state light leakage and viewing angle of in-plane switching (IPS) l...
A 12-domain MVA-LCD is proposed and investigated through a 3-D simulator. The MVA-LCD has the advant...
The wide viewing angle technologies for liquid crystal displays (LCDs) are reviewed. The most promis...
A wide viewing angle multi-domain vertical-alignment liquid crystal display (VA-LCD) is proposed. Ac...
Based on the Poincaré sphere representation, for the first time, we have derived the analytical solu...
The uniaxial-film-compensated wide-view liquid crystal displays, with initially homogeneous alignmen...
The uniaxial-film-compensated wide-view liquid crystal displays, with initially homogeneous alignmen...
A positive uniaxial A-film and a negative uniaxial A-film compensated IPS LCD is proposed to widen t...
We investigated a viewing angle control of a liquid crystal display (LCD) under optical compensation...
We developed optical compensation for Verti-cally Aligned mode LCDs using thin coatable bire-fringen...
A computer simulation model based on oblique-angle Jones matrix and Poincare sphere is developed for...
A new broadband wide-view circular polarizer is proposed for high transmittance multi-domain vertica...
Abstract—A multi-domain vertical alignment liquid crystal dis-play (MVA LCD) using a negative C-plat...
A computer simulation model based on oblique angle Jones matrix and Poincaré sphere is developed for...
We develop a rigorous model to simulate an LCD\u27s contrast ratio (CR) and viewing angle by conside...
Pretilt angle effect on the dark-state light leakage and viewing angle of in-plane switching (IPS) l...
A 12-domain MVA-LCD is proposed and investigated through a 3-D simulator. The MVA-LCD has the advant...
The wide viewing angle technologies for liquid crystal displays (LCDs) are reviewed. The most promis...
A wide viewing angle multi-domain vertical-alignment liquid crystal display (VA-LCD) is proposed. Ac...