Hybridized Photovoltaic Liquid Crystal Cells and Light Valves (Preprint)

Can use PV field in LiNbO3:Fe to activate a liquid crystal. This geometry utilizes the photorefractive effect in the substrates (two-beam coupling) and the scattering effect from the liquid crystal. A less ionic liquid crystal can be used to correct for effects of screening charges.

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Bibliographic Details
Main Authors: Evans, D R, Cook, G, Carns, J L, Saleh, M A, Tabirian, N V
Format: Report
Language:English
Subjects:
BEAMS(RADIATION)
COUPLING(INTERACTION)
LIQUID CRYSTALS
LITHIUM
NIOBIUM
Optics
PE62102F
PHOTOREFRACTIVE MATERIALS
Physical Chemistry
SCATTERING
SUBSTRATES
VALVES
WUAFRL4348RG00
Online Access:Request full text
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Description
Summary:Can use PV field in LiNbO3:Fe to activate a liquid crystal. This geometry utilizes the photorefractive effect in the substrates (two-beam coupling) and the scattering effect from the liquid crystal. A less ionic liquid crystal can be used to correct for effects of screening charges.