none2We present a Deformable Gay--Berne (DGB) pair potential for ellipsoidal particles that allows for dynamic fluctuations in their shape and interaction anisotropy. We investigate the effect that various intrinsic distributions of shape and interaction parameters have on the liquid crystal phases formed in a system of deformable Gay-Berne particles. We show that deformability can stabilise smectic formation and that mesomorphic phase transitions are accompanied by a change of molecular shape.mixedL. Muccioli; C. ZannoniL. Muccioli; C. Zannon
A novel mesoscopic simulation model is proposed to study the liquid crystal phase behavior of the an...
We present comprehensive results from constant NVT and constant NPT Monte Carlo simulations of parti...
Liquid crystals exhibit orientation-dependent phases ranging from a disordered (isotropic) phase to ...
We present a Deformable Gay–Berne (DGB) pair potential for ellipsoidal particles that allows for dyn...
Results are presented from a series of simulations undertaken to determine the effect of a novel for...
We report results from a constant NVE molecular dynamics simulation of a 50:50 mixture of Gay-Berne ...
The lattice model of elongated molecules interacting via a potential derived from the Gay-Berne pair...
This work is concerned with theoretical models of fluids composed of anisotropic particles. Particu...
A computer simulation study of the phase behavior of the dipolar Gay–Berne liquid crystal model is ...
Using Monte Carlo simulation methods, we explore the role of molecular shape in the phase behavior o...
We have used the density functional theory to study the effect of molecular elongation on the isotro...
Results are presented from a series of simulations undertaken to determine the effect of a novel for...
We report the results of a molecular dynamics computer simulation of particles interacting via the G...
The stability of isotropic (I), nematic (N), smectic A (Sm A), and hexatic (Hex) liquid crystalline ...
A Commentary on the paper “Computer simulation studies of anisotropic systems XIX. Mesophases formed...
A novel mesoscopic simulation model is proposed to study the liquid crystal phase behavior of the an...
We present comprehensive results from constant NVT and constant NPT Monte Carlo simulations of parti...
Liquid crystals exhibit orientation-dependent phases ranging from a disordered (isotropic) phase to ...
We present a Deformable Gay–Berne (DGB) pair potential for ellipsoidal particles that allows for dyn...
Results are presented from a series of simulations undertaken to determine the effect of a novel for...
We report results from a constant NVE molecular dynamics simulation of a 50:50 mixture of Gay-Berne ...
The lattice model of elongated molecules interacting via a potential derived from the Gay-Berne pair...
This work is concerned with theoretical models of fluids composed of anisotropic particles. Particu...
A computer simulation study of the phase behavior of the dipolar Gay–Berne liquid crystal model is ...
Using Monte Carlo simulation methods, we explore the role of molecular shape in the phase behavior o...
We have used the density functional theory to study the effect of molecular elongation on the isotro...
Results are presented from a series of simulations undertaken to determine the effect of a novel for...
We report the results of a molecular dynamics computer simulation of particles interacting via the G...
The stability of isotropic (I), nematic (N), smectic A (Sm A), and hexatic (Hex) liquid crystalline ...
A Commentary on the paper “Computer simulation studies of anisotropic systems XIX. Mesophases formed...
A novel mesoscopic simulation model is proposed to study the liquid crystal phase behavior of the an...
We present comprehensive results from constant NVT and constant NPT Monte Carlo simulations of parti...
Liquid crystals exhibit orientation-dependent phases ranging from a disordered (isotropic) phase to ...