Add to ORKGWe developed a fluorinated, UV-stable, high birefringence and low viscosity liquid crystal mixture for projection displays. With this mixture in a thin-cell-gap LCOS, we can achieve submillisecond gray-to-gray response time at an elevated temperature, which enables color sequential projection displays with negligible color breakup. © 2005-2012 IEEE
High birefringence (0.3\u3cΔn \u3c0.4) and relatively low viscosity liquid crystal mixtures containi...
High birefringence (0.3 \u3c Δn \u3c 0.4) and relatively low-viscosity liquid crystal mixtures conta...
Fast response liquid crystal display can improve motion picture quality and power efficiency. One of...
We developed a fluorinated, UV-stable, high birefringence and low viscosity liquid crystal mixture f...
We developed a fluorinated, UV-stable, high birefringence and low viscosity liquid crystal mixture f...
Abstract—We developed a fluorinated, UV-stable, high birefrin-gence and low viscosity liquid crystal...
We demonstrated a TFT-grade fluorinated, UV-stable, high birefringence and low viscosity negative Δε...
Abstract We demonstrated a TFT-grade fluorinated，UV-stable, high birefringence and low viscosity neg...
We report a new LC with low viscosity and high clearing point (Tc ∼102 °C) for color-sequential proj...
We demonstrate two ultra-low viscosity liquid crystal mixtures to enable field-sequential-color wear...
We report a new nematic liquid crystal (LC) mixture with an ultra-low rotational viscosity (γ1 = 53....
Color sequential projection display using a vertical field switching (VFS) polymer-stabilized blue p...
We report a new LC mixture with an ultra-low rotational viscosity, relatively high birefringence and...
Up to now, LCOS microdisplays employing the vertically aligned mode are only used in three-panel con...
High birefringence (0.3 \u3c Delta n \u3c 0.4) and relatively low-viscosity liquid crystal mixtures ...
High birefringence (0.3\u3cΔn \u3c0.4) and relatively low viscosity liquid crystal mixtures containi...
High birefringence (0.3 \u3c Δn \u3c 0.4) and relatively low-viscosity liquid crystal mixtures conta...
Fast response liquid crystal display can improve motion picture quality and power efficiency. One of...
We developed a fluorinated, UV-stable, high birefringence and low viscosity liquid crystal mixture f...
We developed a fluorinated, UV-stable, high birefringence and low viscosity liquid crystal mixture f...
Abstract—We developed a fluorinated, UV-stable, high birefrin-gence and low viscosity liquid crystal...
We demonstrated a TFT-grade fluorinated, UV-stable, high birefringence and low viscosity negative Δε...
Abstract We demonstrated a TFT-grade fluorinated，UV-stable, high birefringence and low viscosity neg...
We report a new LC with low viscosity and high clearing point (Tc ∼102 °C) for color-sequential proj...
We demonstrate two ultra-low viscosity liquid crystal mixtures to enable field-sequential-color wear...
We report a new nematic liquid crystal (LC) mixture with an ultra-low rotational viscosity (γ1 = 53....
Color sequential projection display using a vertical field switching (VFS) polymer-stabilized blue p...
We report a new LC mixture with an ultra-low rotational viscosity, relatively high birefringence and...
Up to now, LCOS microdisplays employing the vertically aligned mode are only used in three-panel con...
High birefringence (0.3 \u3c Delta n \u3c 0.4) and relatively low-viscosity liquid crystal mixtures ...
High birefringence (0.3\u3cΔn \u3c0.4) and relatively low viscosity liquid crystal mixtures containi...
High birefringence (0.3 \u3c Δn \u3c 0.4) and relatively low-viscosity liquid crystal mixtures conta...
Fast response liquid crystal display can improve motion picture quality and power efficiency. One of...