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Liquid Crystal Technology
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P.171
Fast Switchable Color Filter Based on Ferroelectric Liquid Crystals -
P.173
High Refresh-Rate Monitor Development with Line Image Sticking Improvement by DBS Voltage Adjustment -
P.174
Excellent Ultra-Fast Gaming Monitor Solution for Response Time 1ms -
P.175
Short-Range Lurch Control In-Plane Switching Mode with Negative Dielectric Anisotropy Liquid Crystals -
P.176
Research on Liquid-Crystal Phase Change Improvement of TFT-LCD TV Display -
P.177
Analysis and Improvement of LCD Contrast Ratio by Polymer Film on Array -
P.178
Color Shift Improvement for IPS-Mode Wide-View Liquid-Crystal Displays -
P.179
Verification and Elimination of LCD Color Deviation Caused by Thickness Fluctuation of Gate Insulator Layer -
P.180
Swipe Mura in LCD Panel and Its Correlation with the Panel Shape -
P.181
Study of Polyimide on Improvement of Crushed Bright Spot Mura on FFS Display -
P.182
Eliminate Circular Bright Spots Resulting from Poor Compatibility between PI and Liquid Crystal in LCD -
P.183
Propagation of Polarized Optical Signal Through Gold Nanorods Blending Cholesteric Liquid Crystals -
P.184
Predicting the Optical Asymmetry of Cholesteric Liquid Crystals Templated Gold Nanorods Helical Assemblies -
P.185
Passive Vibration-Sensing System Using Hybrid Alignment Nematic Liquid-Crystal Gratings -
P.186
Preparation of Photosensitive Cholesteric Liquid Crystals -
P.187
Alignment Layer Optimization for Electrically Suppressed Helix Ferroelectric Liquid Crystals -
P.188
Cellulose Nanocrystals as an Alignment Layer for Liquid-Crystal Displays in a Circular Economy
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P.171