Abstract
Polymer cross links chains can make a tremendous interaction with the ferroelectric ordering of a polymer stabilized ferroelectric liquid crystals (PSFLC). After suitable consideration of such interaction, we theoretically can study the effect of free volumes associated with the creation of bulk free energy of such PSFLC system. The variation of spontaneous polarization, tilt angle, rotational viscosity and dielectric constant depending on the assumed interactions can be demonstrated theoretically. A shift of transition temperature highly influenced by this interaction between polymer network and liquid crystal molecules was studied. By introducing the effect of cross-linked chains of polymer network we can also study the reduced behavior of the spontaneous polarization, the tilt angle and rotational viscosity with the increase of polymer concentration in the composite system. It was observed that the interacting cross-linked polymer chains played an important role in promoting multistability and resolution of the memory state in the composite system.
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