Universal Off-Axis Light Transmission Properties of the Bright State in Perfectly Compensated Liquid Crystal DevicesJournal of Applied Physics
AbstractWe studied the off-axis light transmission characteristics of the bright state of common liquid crystal device modes. The dark state of these device modes is optically compensated to have minimum light transmittance at all angles. Our research shows there is an unexpected universal shape of the off-axis light transmission value in its bright state, regardless of what liquid crystal mode is used. To understand this surprising fact, we consider simple dark and bright state models in terms of phase retardation and transmittance.
Citation InformationYong-Kyu Jang and Philip J. Bos. "Universal Off-Axis Light Transmission Properties of the Bright State in Perfectly Compensated Liquid Crystal Devices" Journal of Applied Physics Vol. 102 Iss. 1 (2007)
Available at: http://works.bepress.com/philip_bos/60/