We present a theoretical investigation of the director orientation and induced flow in a 'bookshelf' aligned cell of smectic C liquid crystal. The director is shown to relax to equilibrium and induce a flow when a high magnitude electric field is suddenly removed
Deuterium NMR spectroscopy has been used to investigate the director dynamics in the smectic A phase...
Two examples of the director structure and electric field in patterned electrode liquid crystal cell...
We report the results of experiments on electrically driven convection that occurs in a thin, freely...
We present a theoretical investigation of the director orientation and induced flow in a 'bookshelf'...
Numerical results are presented for the relaxation of a ferroelectric smectic C* liquid crystal cell...
We present a theoretical investigation of the director orientation induced by an electric field in a...
It is known from experiments that smectic C* liquid crystals arranged in a bookshelf geometry betwee...
AbstractThe nature of the orientational relaxation process of the director, ̂n, to its equilibrium o...
The orientation of the director in nematic liquid crystals can be driven by an electric or a magneti...
field. The equilibrium equation which we then obtain is not tractable explicitly due to the form of ...
Results are presented from a series of simulations undertaken to determine whether dynamic processes...
This thesis contains theoretical work dealing with the effects of magnetic and electric fields on sa...
We numerically solve the Ericksen-Leslie hydrodynamic equations for a number of twisted nematic liqu...
The effect of surface alignment on the achievement of analog ("V"-shaped) electric field control of ...
Electrohydrodynamic convection due to the Carr-Helfrich (CH) effect has been extensively investigat...
Deuterium NMR spectroscopy has been used to investigate the director dynamics in the smectic A phase...
Two examples of the director structure and electric field in patterned electrode liquid crystal cell...
We report the results of experiments on electrically driven convection that occurs in a thin, freely...
We present a theoretical investigation of the director orientation and induced flow in a 'bookshelf'...
Numerical results are presented for the relaxation of a ferroelectric smectic C* liquid crystal cell...
We present a theoretical investigation of the director orientation induced by an electric field in a...
It is known from experiments that smectic C* liquid crystals arranged in a bookshelf geometry betwee...
AbstractThe nature of the orientational relaxation process of the director, ̂n, to its equilibrium o...
The orientation of the director in nematic liquid crystals can be driven by an electric or a magneti...
field. The equilibrium equation which we then obtain is not tractable explicitly due to the form of ...
Results are presented from a series of simulations undertaken to determine whether dynamic processes...
This thesis contains theoretical work dealing with the effects of magnetic and electric fields on sa...
We numerically solve the Ericksen-Leslie hydrodynamic equations for a number of twisted nematic liqu...
The effect of surface alignment on the achievement of analog ("V"-shaped) electric field control of ...
Electrohydrodynamic convection due to the Carr-Helfrich (CH) effect has been extensively investigat...
Deuterium NMR spectroscopy has been used to investigate the director dynamics in the smectic A phase...
Two examples of the director structure and electric field in patterned electrode liquid crystal cell...
We report the results of experiments on electrically driven convection that occurs in a thin, freely...
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