We present a simple molecular level model based on Gay–Berne monomers linked by Finitely Extendable Nonlinear Elastic Potential (FENE) bonds for describing main chain polymerization in liquid crystals. We apply the model to study the in uence that the order of the medium has on the character-istics of the chains obtained. We find that the chains prepared from the nematic are actually straighter than those obtained from a polymerization in the isotropic phase and that they are characterized by a small number of hairpins as experimentally observed. 1
none2We have performed large-scale off-lattice computer simulations in a model system of swollen mai...
This thesis is concerned with the application of analytic theory to the calculation of the propertie...
Computer simulations can be used in parallel with experimental techniques to gain valuable insights ...
We present a simple molecular level model based on nematogenic Gay-Berne monomers linked by Finitely...
We apply a Monte Carlo polymerization model for Gay-Berne monomers that we have recently introduced ...
Liquid crystal (in particular, nematic) elastomers consist of cross-linked flexible polymer chains w...
none3Liquid crystals, polymers and polymer liquid crystals are soft condensed matter systems of majo...
simulation, elastic constants, rotational viscosity, helical twisting powers, atomistic simulation, ...
We have studied the rheology and the conformation of stretched comb-like liquid-crystalline polymers...
Molecular dynamics simulations of an atomistic model of 4-n-octyl-4'-cyanobiphenyl (8CB) were perfor...
Abstract This article describes some of the progress made towards the simulation of liquid crystalli...
A model suitable for simulating lyotropic polymer liquid crystals (PLCs) is described. By varying th...
Molecular dynamics simulation is performed for linear liquid crystal molecules using a four-site mod...
Over the last decade, the availability of computer time, together with new algorithms capable of exp...
Liquid crystal elastomers (LCE) — polymer networks with embedded liquid crystal units — are function...
none2We have performed large-scale off-lattice computer simulations in a model system of swollen mai...
This thesis is concerned with the application of analytic theory to the calculation of the propertie...
Computer simulations can be used in parallel with experimental techniques to gain valuable insights ...
We present a simple molecular level model based on nematogenic Gay-Berne monomers linked by Finitely...
We apply a Monte Carlo polymerization model for Gay-Berne monomers that we have recently introduced ...
Liquid crystal (in particular, nematic) elastomers consist of cross-linked flexible polymer chains w...
none3Liquid crystals, polymers and polymer liquid crystals are soft condensed matter systems of majo...
simulation, elastic constants, rotational viscosity, helical twisting powers, atomistic simulation, ...
We have studied the rheology and the conformation of stretched comb-like liquid-crystalline polymers...
Molecular dynamics simulations of an atomistic model of 4-n-octyl-4'-cyanobiphenyl (8CB) were perfor...
Abstract This article describes some of the progress made towards the simulation of liquid crystalli...
A model suitable for simulating lyotropic polymer liquid crystals (PLCs) is described. By varying th...
Molecular dynamics simulation is performed for linear liquid crystal molecules using a four-site mod...
Over the last decade, the availability of computer time, together with new algorithms capable of exp...
Liquid crystal elastomers (LCE) — polymer networks with embedded liquid crystal units — are function...
none2We have performed large-scale off-lattice computer simulations in a model system of swollen mai...
This thesis is concerned with the application of analytic theory to the calculation of the propertie...
Computer simulations can be used in parallel with experimental techniques to gain valuable insights ...