In this communication we suggest, using the droplet picture in phase transitions, that polymer chains are localized before the phase separation in polymer mixtures. The effect is expected to be significant when the correlation length is of the order of the size of the polymer chain, i.e. usually for conventional polymers well above the phase separation. Several influences on experimental results are suggested. The first concerns the dynamic scattering function. This quantity does not relax to zero, but remains constant for longer times, as already indicated in first experiments. The static structure factor should show a hump in the Kratky plot
By means of computer simulations, we investigate the relaxation of the Rouse modes in a simple bead-...
The segmental dynamics of miscible polymer blends have been the focus of much recent research since ...
The influence of the polymerization on the static aspects of the structural phase transition in a mo...
In this communication we suggest, using the droplet picture in phase transitions, that polymer chai...
The random phase approximation for polymer blends was developed by H. Benoît and described small ang...
There are many experimental situations in which polymer chains are constrained or localised into a s...
ABSTRACT: To understand the unusual composition and wave vector, q, dependent Flory interaction para...
We consider the system of a network formed by crosslinking a polymer blend. In such a system there i...
In this short review we summarize the outcome of the large amount of effort made during the past dec...
There are many concentrated polymer systems of interest (e.g. crosslinked rubber networks) where the...
For the flexible polymer molecule the concepts of two concentrations, namely, segmental and molecula...
Here, of great interest to us is a quantitative study of the scattering prop-erties from ramied poly...
If one expands the expression of the intensity scattered by polymers or copolymers in the large q ra...
Monodisperse block copolymer systems in the homogeneous melt exhibit small angle X-ray scattering pe...
We present a predictive model for the dynamics of miscible polymer blends by assuming that local com...
By means of computer simulations, we investigate the relaxation of the Rouse modes in a simple bead-...
The segmental dynamics of miscible polymer blends have been the focus of much recent research since ...
The influence of the polymerization on the static aspects of the structural phase transition in a mo...
In this communication we suggest, using the droplet picture in phase transitions, that polymer chai...
The random phase approximation for polymer blends was developed by H. Benoît and described small ang...
There are many experimental situations in which polymer chains are constrained or localised into a s...
ABSTRACT: To understand the unusual composition and wave vector, q, dependent Flory interaction para...
We consider the system of a network formed by crosslinking a polymer blend. In such a system there i...
In this short review we summarize the outcome of the large amount of effort made during the past dec...
There are many concentrated polymer systems of interest (e.g. crosslinked rubber networks) where the...
For the flexible polymer molecule the concepts of two concentrations, namely, segmental and molecula...
Here, of great interest to us is a quantitative study of the scattering prop-erties from ramied poly...
If one expands the expression of the intensity scattered by polymers or copolymers in the large q ra...
Monodisperse block copolymer systems in the homogeneous melt exhibit small angle X-ray scattering pe...
We present a predictive model for the dynamics of miscible polymer blends by assuming that local com...
By means of computer simulations, we investigate the relaxation of the Rouse modes in a simple bead-...
The segmental dynamics of miscible polymer blends have been the focus of much recent research since ...
The influence of the polymerization on the static aspects of the structural phase transition in a mo...