Dielectric relaxation and an electro-optical study of two ferroelectric liquid crystals having different spontaneous polarizations (Felix 16/100 and Felix 17/000) showing SmC* and SmA phases have been performed in the temperature range 30-80 C. The experimental data have been used to determine different relaxation parameters, viz. distribution parameter, relaxation frequency, dielectric strength and rotational viscosity. The Goldstone mode of dielectric permittivity has been well observed for both the samples under investigation. The activation energy of both the samples has also been determined by the best theoretical fitting of the Arrhenius plot. We have also evaluated the optical response time and anchoring energy coefficients from elec...
The static dielectric constant epsilon(perpendicular to) of the ferroelectric liquid crystal 4-(3-me...
Mixture of two liquid crystalline compounds (which do not exhibit antiferroelectric or ferrielectric...
A chiral liquid crystal compound exhibiting the ferroelectric smectic C phase and the recently disco...
This study reports on the spontaneous polarization and molecular dynamics of two diastereomeric ferr...
The temperature and frequency dependent dielectric relaxation behavior of a liquid crystalline (S)-(...
We have studied the soft mode and Goldstone mode relaxations in a ferroelectric liquid crystal compo...
Restricted Access.We have studied the soft mode and Goldstone mode relaxations in a ferroelectric li...
Dielectric relaxation and spontaneous polarization studies have been carried out in a low molar mass...
A previously described experimental procedure has been used to perform the large frequency range die...
We have measured the dielectric relaxations of a ferroelectric liquid crystal in a very large interv...
The dielectric properties of electroclinic and ferroelectric liquid crystal materials have been inve...
This paper concerns non linear dielectric spectroscopy in the SmC* phase of a ferroelectric liquid c...
The electroclinic effect in the smectic A phase of 4-(3-methyl-2-chlorobutanoyloxy)-4'-heptyloxybiph...
504-511Dielectric properties of a large spontaneous polarisation ferroelectric liquid crystalline m...
Dielectric properties of a nematic liquid crystal (NLC) mixture ZhK-1282 were investigated in the fr...
The static dielectric constant epsilon(perpendicular to) of the ferroelectric liquid crystal 4-(3-me...
Mixture of two liquid crystalline compounds (which do not exhibit antiferroelectric or ferrielectric...
A chiral liquid crystal compound exhibiting the ferroelectric smectic C phase and the recently disco...
This study reports on the spontaneous polarization and molecular dynamics of two diastereomeric ferr...
The temperature and frequency dependent dielectric relaxation behavior of a liquid crystalline (S)-(...
We have studied the soft mode and Goldstone mode relaxations in a ferroelectric liquid crystal compo...
Restricted Access.We have studied the soft mode and Goldstone mode relaxations in a ferroelectric li...
Dielectric relaxation and spontaneous polarization studies have been carried out in a low molar mass...
A previously described experimental procedure has been used to perform the large frequency range die...
We have measured the dielectric relaxations of a ferroelectric liquid crystal in a very large interv...
The dielectric properties of electroclinic and ferroelectric liquid crystal materials have been inve...
This paper concerns non linear dielectric spectroscopy in the SmC* phase of a ferroelectric liquid c...
The electroclinic effect in the smectic A phase of 4-(3-methyl-2-chlorobutanoyloxy)-4'-heptyloxybiph...
504-511Dielectric properties of a large spontaneous polarisation ferroelectric liquid crystalline m...
Dielectric properties of a nematic liquid crystal (NLC) mixture ZhK-1282 were investigated in the fr...
The static dielectric constant epsilon(perpendicular to) of the ferroelectric liquid crystal 4-(3-me...
Mixture of two liquid crystalline compounds (which do not exhibit antiferroelectric or ferrielectric...
A chiral liquid crystal compound exhibiting the ferroelectric smectic C phase and the recently disco...