Electrical and Optical Model of Reverse Mode Liquid Crystal Cells with Low Driving Voltage

Electrical and optical properties in reverse mode polymer stabilized liquid crystal (LC) cells have been investigated. We proposed a light scattering model between LC domains with different domain sizes to describe low driving voltage. The reorientation large small was numerically investigated by fitting the measured relative permittivity of cell as function applied Transmittance considering two size estimated addition due refractive index mismatching matrix. By theoretical curve experimental data, we found that dominant for voltage cell.