The temperature dependence of the dielectric susceptibility chi(g) is recalculated by making the elastic modulus K temperature dependent for the chiral smectic C phase in HDOBAMBC. For this calculation, the experimental data for the spontaneous polarization P-S, tilt angle theta and the helical pitch rho are used from literature close to the AC* transition in HDOBAMBC. The temperature dependences of the wave vector of the helical modulation q, the elastic free energy F and the critical electric field E-C are also calculated by using the temperature dependent elastic modulus K for the chiral smectic C phase close to the AC* transition in this ferroelectric liquid crystal
The static dielectric constant epsilon(perpendicular to) of the ferroelectric liquid crystal 4-(3-me...
Thermotropic liquid crystalline materials laterally substituted by a methyl group on the aromatic ri...
The temperature dependences of the critical magnetic field H-c and the dielectric susceptibility x(a...
Measurements on dielectric constantes ε// and ε┴ of chiral smectic C (ferroelectric) liquid crystals...
The static dielectric constant ∊⊥ in the smectic A and the smectic C* phase of the ferroelectric liq...
We introduce a mean field model to describe the smectic A-smectic C* (AC*) transition in HDOBAMBC. O...
A chiral liquid crystal compound exhibiting the ferroelectric smectic C phase and the recently disco...
Both the electrical field and the dielectric constant ($\varepsilon_0 \Delta \varepsilon_{\rm G}$) a...
This study gives the temperature dependence of the two order parameters, namely, polarization P and ...
Dielectric relaxation and spontaneous polarization studies have been carried out in a low molar mass...
The temperature dependence of the polarization P and the tilt angle theta is calculated here in the ...
Smectic A – Smectic C* transition in the ferroelectric liquid crystal (C7) is studied as a function ...
The electroclinic effect in the smectic A phase of 4-(3-methyl-2-chlorobutanoyloxy)-4'-heptyloxybiph...
Smectic A-Smectic C* transition in the ferroelectric liquid crystal (C7) is studied as a functions o...
The dielectric properties of electroclinic and ferroelectric liquid crystal materials have been inve...
The static dielectric constant epsilon(perpendicular to) of the ferroelectric liquid crystal 4-(3-me...
Thermotropic liquid crystalline materials laterally substituted by a methyl group on the aromatic ri...
The temperature dependences of the critical magnetic field H-c and the dielectric susceptibility x(a...
Measurements on dielectric constantes ε// and ε┴ of chiral smectic C (ferroelectric) liquid crystals...
The static dielectric constant ∊⊥ in the smectic A and the smectic C* phase of the ferroelectric liq...
We introduce a mean field model to describe the smectic A-smectic C* (AC*) transition in HDOBAMBC. O...
A chiral liquid crystal compound exhibiting the ferroelectric smectic C phase and the recently disco...
Both the electrical field and the dielectric constant ($\varepsilon_0 \Delta \varepsilon_{\rm G}$) a...
This study gives the temperature dependence of the two order parameters, namely, polarization P and ...
Dielectric relaxation and spontaneous polarization studies have been carried out in a low molar mass...
The temperature dependence of the polarization P and the tilt angle theta is calculated here in the ...
Smectic A – Smectic C* transition in the ferroelectric liquid crystal (C7) is studied as a function ...
The electroclinic effect in the smectic A phase of 4-(3-methyl-2-chlorobutanoyloxy)-4'-heptyloxybiph...
Smectic A-Smectic C* transition in the ferroelectric liquid crystal (C7) is studied as a functions o...
The dielectric properties of electroclinic and ferroelectric liquid crystal materials have been inve...
The static dielectric constant epsilon(perpendicular to) of the ferroelectric liquid crystal 4-(3-me...
Thermotropic liquid crystalline materials laterally substituted by a methyl group on the aromatic ri...
The temperature dependences of the critical magnetic field H-c and the dielectric susceptibility x(a...