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Design and fabrication of reflective nematic displays with only one polarizer Invited Paper
Demonstration of gray scale in electroclinic liquid crystals Invited Paper 314334
Flexible polymerdispersed liquid crystal devices having transparent allpolymer electrodes
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alignment layer anamorphic anamorphic LC microlens aperture applied voltage azobenzene beam birefringence bistability CLM LCAL coefficient color contrast ratio demonstrated devices driving voltage effect electric field electrodes equations experimental ferroelectric film focal length Fresnel zone glass substrate grating hologram holographic induced input intensity Kowel laser LC cell LCTV lens Lett liquid crystal display liquid crystalline liquid-crystal material measured microlens mode molecular molecules nematic liquid crystal nonlinear optical OASLM observed obtained optical alignment optical switching optically addressed orientation parameter space partial pixel PDLC phase aberration phase transition Phys plane PNLC polarization polyaniline polyimide real-time reflectance refractive index resolution response RSTN sample shown in Figure shows signal smectic spatial light modulator SPIE Vol storage structure surface switchable temperature TFT-LCD thickness tilt angle TN-ECB transmission transmittance transparent electrodes twist angle twisted nematic virtual viewing slit wave mixing wavefront waveguide wavelength