The dynamics of a long polymer chain (consisting of N >> 1 « links ») with topological constraints is considered. A heuristic model taking into account an effect of « entanglements » on the dynamics is proposed. It is shown that in theta-conditions : (i) the slowest process of the conformational relaxation of an isolated chain is due to a diffusive motion of local « entanglements » along the chain contour ; (ii) the longest conformational relaxation time τ max essentially exceeds the time τ Zimm ∝ N 3/2 of the first Zimm mode : τmax ∝ N z >> τZimm, where z = 3 ; (iii) visco-elastic properties of a polymer solution change considerably at some definite concentration c* of order of the concentration of overlapping of polymer coils : in the vic...
We examine the relaxation behaviour of an entangled cross-linked polymer gel as it approaches the ge...
Rheological and diffusional properties of a polymer theta-solution are considered on the basis of no...
We use molecular dynamics simulations of the Kremer–Grest (KG) bead–spring model of polymer chains o...
The dynamics of a long polymer chain (consisting of N >> 1 « links ») with topological constraints i...
avec contraintes topologiques. Nous proposons un modèle heuristique prenant en compte les effets d’e...
The dynamics of linear chain polymers is studied in concentrated solutions. This paper is based on t...
The dynamics of linear chain polymers is studied in concentrated solutions. This paper is based on t...
The dynamics of entangled ¯exible polymers is dominated by physics general to many chemical systems....
Topological constraints, entanglements, dominate the viscoelastic behavior of high molecular weight ...
We study and model the linear viscoelastic properties of several entangled semi-dilute and concentra...
We examine the relaxation behaviour of an entangled cross-linked polymer gel as it approaches the ge...
We study and model the linear viscoelastic properties of several entangled semi-dilute and concentra...
Rheological and diffusional properties of a polymer theta-solution are considered on the basis of no...
We study and model the linear viscoelastic properties of several entangled semi-dilute and concentra...
We examine the relaxation behaviour of an entangled cross-linked polymer gel as it approaches the ge...
We examine the relaxation behaviour of an entangled cross-linked polymer gel as it approaches the ge...
Rheological and diffusional properties of a polymer theta-solution are considered on the basis of no...
We use molecular dynamics simulations of the Kremer–Grest (KG) bead–spring model of polymer chains o...
The dynamics of a long polymer chain (consisting of N >> 1 « links ») with topological constraints i...
avec contraintes topologiques. Nous proposons un modèle heuristique prenant en compte les effets d’e...
The dynamics of linear chain polymers is studied in concentrated solutions. This paper is based on t...
The dynamics of linear chain polymers is studied in concentrated solutions. This paper is based on t...
The dynamics of entangled ¯exible polymers is dominated by physics general to many chemical systems....
Topological constraints, entanglements, dominate the viscoelastic behavior of high molecular weight ...
We study and model the linear viscoelastic properties of several entangled semi-dilute and concentra...
We examine the relaxation behaviour of an entangled cross-linked polymer gel as it approaches the ge...
We study and model the linear viscoelastic properties of several entangled semi-dilute and concentra...
Rheological and diffusional properties of a polymer theta-solution are considered on the basis of no...
We study and model the linear viscoelastic properties of several entangled semi-dilute and concentra...
We examine the relaxation behaviour of an entangled cross-linked polymer gel as it approaches the ge...
We examine the relaxation behaviour of an entangled cross-linked polymer gel as it approaches the ge...
Rheological and diffusional properties of a polymer theta-solution are considered on the basis of no...
We use molecular dynamics simulations of the Kremer–Grest (KG) bead–spring model of polymer chains o...