LAYER STRUCTURE AND ELECTRICAL-PROPERTIES OF STRIPE-SHAPED DOMAINS OBSERVED IN THE INITIAL ALIGNMENT STATE OF SURFACE-STABILIZED FERROELECTRIC LIQUID-CRYSTAL CELLS
Y. Asao et T. Uchida, LAYER STRUCTURE AND ELECTRICAL-PROPERTIES OF STRIPE-SHAPED DOMAINS OBSERVED IN THE INITIAL ALIGNMENT STATE OF SURFACE-STABILIZED FERROELECTRIC LIQUID-CRYSTAL CELLS, JPN J A P 2, 32(4B), 1993, pp. 604-606
Zig zag defects in a Surface-Stabilized Ferroelectric Liquid Crystal (
SSFLC) are clearly explained using a chevron layer structure model pro
posed by Clark et al.1) However, stripe-shaped alignment defects obser
ved in the initial alignment state are not yet fully understood. We ha
ve proposed a model based on Clark's theory to explain stripe-shaped d
efects. We confirmed their validity by X-ray diffraction and optical m
easurements. Furthermore we showed that the measured polarization swit
ching current and the average spontaneous polarization in a SSFLC with
stripe-shaped defects are consistent with our theory.