抄録
Polymer-stabilized SSFLC (PS-SSFLC) cells using a ferroelectoric liquid crystal doped with photo-curable liquid crystalline monomers have been successfully fabricated. The phase transition temperature of a ferroelectoric liquid crystal doped with photo-curable liquid crystalline monomers is studied by dielectric constant measurements. Indicating successive reduction of the phase transition temperature of the FLC doped with increasing the doped monomer concentration. PS-SSFLC cells fabricated by UV exposure to photo-curable monomer-doped FLC in a SmA phase show the capability of analogue grayscale operation with high switch speed characteristics.
