We present Monte Carlo simulations of nematic droplets with toroidal boundary conditions (TBC) and various anchoring strengths and we investigate the orientational order and the molecular organizations in these systems that mimic polymer dispersed liquid crystals (PDLC). PACS: 02.50 Monte Carlo studies PACS: 61.30.Jf Defects in liquid crystals PACS: 61.30.Gd Orientational order of liquid crystals PACS: 64.70.M Liquid Crystals phase transition
The physics of liquid crystals is an exciting field of research with important practical application...
The physics of liquid crystals is an exciting field of research with important practical application...
We perform Monte Carlo computer simulations of nematic drops in equilibrium with their vapor using ...
Abstract We present Monte Carlo computer simulations of model nematic droplets with radial boundary ...
We present Monte Carlo simulations of nematic droplets with toroidal boundary conditions (TBC) and v...
Abstract We present Monte Carlo simulations of nematic droplets with radial boundary conditions an...
We present Monte Carlo computer simulations of model nematic droplets that mimic polymer dispersed l...
Abstract The Monte Carlo technique is used to investigate the orientational order and the molecula...
The Monte Carlo technique is used to investigate the orientational order and the molecular organizat...
We analyze the dynamical aspects of molecular ordering in nematic droplets with radial and bipolar b...
ABSTRACT We present a Monte Carlo (MC) simulation of a nematic film with boundary conditions that va...
Liquid crystals (LCs) refer to a class of materials which have anisotropic properties. They are used...
cylindrical symmetry of the core is broken and two defects of strength +1/2 may be resolved. We use ...
We present the calculation of NMR line shapes, including dynamical effects, of polymer dispersed liq...
When a liquid crystal is confined to a cavity its director field becomes subject to competing forces...
The physics of liquid crystals is an exciting field of research with important practical application...
The physics of liquid crystals is an exciting field of research with important practical application...
We perform Monte Carlo computer simulations of nematic drops in equilibrium with their vapor using ...
Abstract We present Monte Carlo computer simulations of model nematic droplets with radial boundary ...
We present Monte Carlo simulations of nematic droplets with toroidal boundary conditions (TBC) and v...
Abstract We present Monte Carlo simulations of nematic droplets with radial boundary conditions an...
We present Monte Carlo computer simulations of model nematic droplets that mimic polymer dispersed l...
Abstract The Monte Carlo technique is used to investigate the orientational order and the molecula...
The Monte Carlo technique is used to investigate the orientational order and the molecular organizat...
We analyze the dynamical aspects of molecular ordering in nematic droplets with radial and bipolar b...
ABSTRACT We present a Monte Carlo (MC) simulation of a nematic film with boundary conditions that va...
Liquid crystals (LCs) refer to a class of materials which have anisotropic properties. They are used...
cylindrical symmetry of the core is broken and two defects of strength +1/2 may be resolved. We use ...
We present the calculation of NMR line shapes, including dynamical effects, of polymer dispersed liq...
When a liquid crystal is confined to a cavity its director field becomes subject to competing forces...
The physics of liquid crystals is an exciting field of research with important practical application...
The physics of liquid crystals is an exciting field of research with important practical application...
We perform Monte Carlo computer simulations of nematic drops in equilibrium with their vapor using ...