This paper presents studies of the influence of various thermal treatments on molecular
dynamics and phase behavior of 3F5BFBiHex antiferroelectric liquid crystal by a …

Antiferroelectric liquid crystals (AFLCs) are a recent class of materials in the family of liquid
crystals which have high prospect of application in displays with better results as compared …

Antiferroelectric liquid crystal structure was proposed in 1989 on the basis of tristable
switching behavior of a new chiral smectic C phase (now abbreviated as SmCa* phase) …

Dielectric spectrum of polymer-dispersed antiferroelectric liquid crystals (PDAFLC) was
studied theoretically by considering the influence of flexoelectric polarization. Such …

The in-phase and anti-phase motions of antiferroelectric liquid crystals were changed due to
the influence of charge density associated with the layer modulation modifying the elastic …

The critical unwinding field was studied theoretically using Landau-Ginzburg free energy
model of pure antiferroelectric liquid crystals (AFLC), influenced by flexoelectric effect in …

Theoretically critical unwinding field was studied using Landau free energy model of three
different geometrical configuration of antiferroelectric liquid crystals. In this study, we …

We have studied the Freedericksz transition in antiferroelectric liquid crystals (AFLCs)
utilizing the Landau–Ginzburg (LG) equation. We discussed low frequency in-phase mode …

Dielectric spectroscopic investigations are reported on an antiferroelectric liquid crystal in its
pristine form and when stabilized by a polymer network without and with application of a DC …

We investigated the nature of the dielectric spectrum of polymer stabilized antiferroelectric
liquid crystals (AFLC) by considering a bulk free energy with a remarkable dependence on …