The behaviour of the H-2 NMR line-width throughout the whole mesophasic range of the ferroelectric liquid crystal "1-methylheptyl 4'-(4"-n-decyloxybenzoyloxy) biphenyl-4-carboxylate" (10B1M7) is here reported and discussed. Static Fringe Field NMR Diffusometry measurements from the isotropic to the anticlinic phase have been performed leading to a significant result concerning the tumbling diffusional coefficient (D-perpendicular to). These results have been compared to X-Ray measurements and H-2 NMR linewidths in order to explain the peculiar behaviour occurring at the transition. between the ferroelectric (FLC) and the antiferroelectric (AFLC) liquid crystalline phases
In this work, we report a first detailed study of the mesophasic behaviour of the calamitic liquid c...
We report translational diffusion coefficients in a columnar phase of a discotic liquid crystal form...
Liquid crystals that exhibit de Vries smectic A phases are promising materials for new generations o...
In this work, the rotational-diffusion coefficients D-parallel to and D-perpendicular to for the fer...
In this work, the rotational-diffusion coefficients D | and D ⊥ for the ferroelectric smectogen (+)-...
We used 1H nuclear magnetic resonance (NMR) to study the phase transitions and molecular dynamics in...
The molecular dynamics of a ferroelectric liquid crystal, denoted ZLL7/*, is investigated by means o...
A deuterium NMR (DNMR) study of the TGBA* (twist grain boundary smectic A*) phase in an NMR magnetic...
The field of ferroelectric liquid crystals (FLCs) is one of the most fascinating aspects of the Scie...
In this work the dynamic behaviour of the ferroelectric liquid crystal (-)-(S)-[4-(2-methylbutyloxyc...
The five nematiclike viscosity coefficients corresponding to the Smectic-C-* (SmC*) phase are calcul...
In this work, the first direct measurement of inter and intra-layer molecular self-diffusion in the ...
In this work, we present our recent results obtained in the field of translational self−diffusion st...
Abstract This study has two goals. First, the electric field gradient (EFG) present in the liquid-c...
In this work, we present our recent results obtained in the field of translational self-diffusion st...
In this work, we report a first detailed study of the mesophasic behaviour of the calamitic liquid c...
We report translational diffusion coefficients in a columnar phase of a discotic liquid crystal form...
Liquid crystals that exhibit de Vries smectic A phases are promising materials for new generations o...
In this work, the rotational-diffusion coefficients D-parallel to and D-perpendicular to for the fer...
In this work, the rotational-diffusion coefficients D | and D ⊥ for the ferroelectric smectogen (+)-...
We used 1H nuclear magnetic resonance (NMR) to study the phase transitions and molecular dynamics in...
The molecular dynamics of a ferroelectric liquid crystal, denoted ZLL7/*, is investigated by means o...
A deuterium NMR (DNMR) study of the TGBA* (twist grain boundary smectic A*) phase in an NMR magnetic...
The field of ferroelectric liquid crystals (FLCs) is one of the most fascinating aspects of the Scie...
In this work the dynamic behaviour of the ferroelectric liquid crystal (-)-(S)-[4-(2-methylbutyloxyc...
The five nematiclike viscosity coefficients corresponding to the Smectic-C-* (SmC*) phase are calcul...
In this work, the first direct measurement of inter and intra-layer molecular self-diffusion in the ...
In this work, we present our recent results obtained in the field of translational self−diffusion st...
Abstract This study has two goals. First, the electric field gradient (EFG) present in the liquid-c...
In this work, we present our recent results obtained in the field of translational self-diffusion st...
In this work, we report a first detailed study of the mesophasic behaviour of the calamitic liquid c...
We report translational diffusion coefficients in a columnar phase of a discotic liquid crystal form...
Liquid crystals that exhibit de Vries smectic A phases are promising materials for new generations o...