This paper discusses the scattering from a melt of randomly sequenced copolymers. Since the distribution of random sequences are quenched new collective variables have to be introduced which carry two replica indices. The disorder has a strong influence as the resulting scattering function. Moreover a microphase separation is speculated
Short range order within amorphous, random polymer structures is a well known and widely studied pro...
We investigate the phase behaviour of random copolymers melts via large-scale Monte Carlo simulation...
Recently, a mean-field analysis of linear random A-B multiblock copolymer melts was introduced, taki...
There are many experimental situations in which polymer chains are constrained or localised into a s...
We investigate the behavior of symmetric AB random copolymer melt near the point of microphase separ...
We investigate the behaviour of randomly cross-linked (co)polymer blends using a combination of repl...
Analytical expressions for the meridional scattering from highly oriented random copolyesters are pr...
We have considered a symmetric AB block copolymer melt in a gel matrix with preferential adsorption ...
There are many concentrated polymer systems of interest (e.g. crosslinked rubber networks) where the...
ABSTRACT: Fluctuation effects on the order-disorder transition (ODT) in correlated random copolymers...
Recently, a mean-field analysis of linear random A-B multiblock copolymer melts was introduced, taki...
We investigate the phase behaviour of random copolymers melts via large-scale Monte Carlo simulation...
The random phase approximation for polymer blends was developed by H. Benoît and described small ang...
Here, of great interest to us is a quantitative study of the scattering prop-erties from ramied poly...
We study concentrated solutions of ideal A-B symmetric random copolymers in non-selective good solv...
Short range order within amorphous, random polymer structures is a well known and widely studied pro...
We investigate the phase behaviour of random copolymers melts via large-scale Monte Carlo simulation...
Recently, a mean-field analysis of linear random A-B multiblock copolymer melts was introduced, taki...
There are many experimental situations in which polymer chains are constrained or localised into a s...
We investigate the behavior of symmetric AB random copolymer melt near the point of microphase separ...
We investigate the behaviour of randomly cross-linked (co)polymer blends using a combination of repl...
Analytical expressions for the meridional scattering from highly oriented random copolyesters are pr...
We have considered a symmetric AB block copolymer melt in a gel matrix with preferential adsorption ...
There are many concentrated polymer systems of interest (e.g. crosslinked rubber networks) where the...
ABSTRACT: Fluctuation effects on the order-disorder transition (ODT) in correlated random copolymers...
Recently, a mean-field analysis of linear random A-B multiblock copolymer melts was introduced, taki...
We investigate the phase behaviour of random copolymers melts via large-scale Monte Carlo simulation...
The random phase approximation for polymer blends was developed by H. Benoît and described small ang...
Here, of great interest to us is a quantitative study of the scattering prop-erties from ramied poly...
We study concentrated solutions of ideal A-B symmetric random copolymers in non-selective good solv...
Short range order within amorphous, random polymer structures is a well known and widely studied pro...
We investigate the phase behaviour of random copolymers melts via large-scale Monte Carlo simulation...
Recently, a mean-field analysis of linear random A-B multiblock copolymer melts was introduced, taki...
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