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Flexible Displays and e-Paper
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P.150
Mechanically Stable, Stretchable Ferroelectric Thin-Film Transistors for Display Application -
P.151
Customizable Island-Bridge Structures for Stretchable Displays -
P.152
3D-Stretched OLED Display Based on Island-Bridge Structure -
P.153
Weibull-Based Strength and Reliability Model of UTG for Flexible OLEDs -
P.154
4-Edge Deeply Curved AMOLED Display -
P.155
Research on Redundancy Absorption and Surface Deformation of OLED Display -
P.156
Evaluating and Improving the Orange Peel Texture of Foldable Screens -
P.157
Finite Element Analysis and Optimization Study of Ultra-Thin Glass Cracks in Flexible Displays -
P.158
Early Detection of Crack Vulnerability in Foldable Displays Through Critical-Angle Curvature Analysis -
P.159
High-Performance, Flexible Ferroelectric Thin-Film Transistor on PI Substrate -
P.160
Study of Factors Affecting Dynamic Bending Performance of Folded Flexible AMOLED Modules -
P.161
E-Paper Display with Li-Fi Integrated on a 1D-Dimming Front-Light Unit -
P.250
Design Optimizations of the Bracket Pattern of Folding Flexible Screen -
P.251
Application and Research of Optically Cholesteric Liquid Crystals in Reflective Displays -
P.252
Excellent Bistable Electrophoretic Displays with Contrast Ratio up to 81.9
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P.150