Liquid Crystal Displays and Applications: 16 February 1990, Santa Clara, CaliforniaZvi Yaniv |
Common terms and phrases
absorbance active matrix anchoring strength anisotropy applied field applied voltage axial configuration axis background color birefringence bonding calculated cell conductivity connectors contrast ratio Cryst dependence devices dichroic dye dielectric anisotropy dielectric constant director e-beam cured elastic free energy electric field electro-optic response electron ferroelectric Figure fluorinated free energy frequency Goldstone mode gray scale haze increase isotropic J. W. Doane LC content LCPC materials light liquid crystal alignment LIQUID CRYSTAL DISPLAYS liquid crystal droplets measured microdroplets mixture molecular molecules monomer/oligomer ratio MW PVA N. A. Vaz NB mode nematic droplets obtained optical anisotropy parameters PDLC film perpendicular phase separation Phys pixel planar polarization polymer polymer matrix Polymer-Dispersed Liquid Crystal provide gray radial refractive index reorientation fields sample shown in Fig single-gap smectic spherulite structure substrate subtractive color surface switching Tcell(2 texture thickness transition temperature transmission values viewing angle wavelength