Chain molecules with both ends strongly adsorbed to a surface are discussed as a model system for adsorption of triblock copolymers. Irreversible adsorption and absence of interaction between chain monomers and surface are assumed. Monte Carlo calculations are used to investigate the average conformation and the probability of knot formation for separate coils. A comparison is made with the probability of knot formation in ring polymers and scaling predictions. For overlapping coils scaling predicts that the layer thickness depends on the preparative stage due to the requirement of conservation of topological state, which leads to an additional excluded volume effect
Monte Carlo simulations of closed random walks on a body-centered cubic lattice are used to investig...
A simple theory for micelles in triblock copolymer-homopolymer mixtures is formulated. The model is ...
A simple theory for micelles in triblock copolymer-homopolymer mixtures is formulated. The model is ...
Chain molecules with both ends strongly adsorbed to a surface are discussed as a model system for ad...
Chain molecules with both ends strongly adsorbed to a surface are discussed as a model system for ad...
Chain molecules with both ends strongly adsorbed to a surface are discussed as a model system for ad...
Chain molecules with both ends strongly adsorbed to a surface are discussed as a model system for ad...
Chain molecules with both ends strongly adsorbed to a surface are discussed as a model system for ad...
A simple theory for micelles in triblock copolymer-homopolymer mixtures is formulated. The model is ...
A simple theory for micelles in triblock copolymer-homopolymer mixtures is formulated. The model is ...
A simple theory for micelles in triblock copolymer-homopolymer mixtures is formulated. The model is ...
A simple theory for micelles in triblock copolymer-homopolymer mixtures is formulated. The model is ...
Monte Carlo simulations of closed random walks on a body-centered cubic lattice are used to investig...
Monte Carlo simulations of closed random walks on a body-centered cubic lattice are used to investig...
Monte Carlo simulations of closed random walks on a body-centered cubic lattice are used to investig...
Monte Carlo simulations of closed random walks on a body-centered cubic lattice are used to investig...
A simple theory for micelles in triblock copolymer-homopolymer mixtures is formulated. The model is ...
A simple theory for micelles in triblock copolymer-homopolymer mixtures is formulated. The model is ...
Chain molecules with both ends strongly adsorbed to a surface are discussed as a model system for ad...
Chain molecules with both ends strongly adsorbed to a surface are discussed as a model system for ad...
Chain molecules with both ends strongly adsorbed to a surface are discussed as a model system for ad...
Chain molecules with both ends strongly adsorbed to a surface are discussed as a model system for ad...
Chain molecules with both ends strongly adsorbed to a surface are discussed as a model system for ad...
A simple theory for micelles in triblock copolymer-homopolymer mixtures is formulated. The model is ...
A simple theory for micelles in triblock copolymer-homopolymer mixtures is formulated. The model is ...
A simple theory for micelles in triblock copolymer-homopolymer mixtures is formulated. The model is ...
A simple theory for micelles in triblock copolymer-homopolymer mixtures is formulated. The model is ...
Monte Carlo simulations of closed random walks on a body-centered cubic lattice are used to investig...
Monte Carlo simulations of closed random walks on a body-centered cubic lattice are used to investig...
Monte Carlo simulations of closed random walks on a body-centered cubic lattice are used to investig...
Monte Carlo simulations of closed random walks on a body-centered cubic lattice are used to investig...
A simple theory for micelles in triblock copolymer-homopolymer mixtures is formulated. The model is ...
A simple theory for micelles in triblock copolymer-homopolymer mixtures is formulated. The model is ...