We study the problem of adsorption and collapse transition of a linear polymer chain situated in a fractal container represented by a four-simplex lattice and interacting with a surface-adsorbed linear polymer chain. The adsorbed chain monomers act as pinning sites for the polymer chain. This problem has been solved exactly using real space renormalization group transformation. The resulting phase diagram and critical exponents are given
We present a detailed study of a new geometrical model of polymer phase transition in the bulk and n...
We present a detailed study of a new geometrical model of polymer phase transition in the bulk and n...
A model of two interacting self-attracting, self-avoiding walks is proposed to study the critical be...
We study the surface adsorption and collapse transition of a flexible self-attracting self-avoiding ...
We study the surface adsorption and collapse transition of a flexible self-attracting self-avoiding ...
A phase diagram for a surface-interacting long flexible polymer chain in a poor solvent where the po...
The authors have used transfer matrix techniques to study a model of polymer adsorption and collapse...
We study the surface adsorption of a flexible self-avoiding polymer chain on a family of Sierpinski ...
We study the adsorption problem of linear polymers, immersed in a good solvent, when the container o...
A model of two interacting (chemically different) linear polymer chains on a fractal lattice is prop...
A model of two interacting (chemically different) linear polymer chains on a fractal lattice is prop...
We show that for linear polymers a collapse transition exists on a truncated six-simplex lattice but...
Polymer adsorption on fractally rough walls of varying dimensionality is studied by renormalization ...
The authors show that for linear polymers a collapse transition exists on several fractal lattices a...
A method based on a real space renormalization group transformation is developed to describe the cri...
We present a detailed study of a new geometrical model of polymer phase transition in the bulk and n...
We present a detailed study of a new geometrical model of polymer phase transition in the bulk and n...
A model of two interacting self-attracting, self-avoiding walks is proposed to study the critical be...
We study the surface adsorption and collapse transition of a flexible self-attracting self-avoiding ...
We study the surface adsorption and collapse transition of a flexible self-attracting self-avoiding ...
A phase diagram for a surface-interacting long flexible polymer chain in a poor solvent where the po...
The authors have used transfer matrix techniques to study a model of polymer adsorption and collapse...
We study the surface adsorption of a flexible self-avoiding polymer chain on a family of Sierpinski ...
We study the adsorption problem of linear polymers, immersed in a good solvent, when the container o...
A model of two interacting (chemically different) linear polymer chains on a fractal lattice is prop...
A model of two interacting (chemically different) linear polymer chains on a fractal lattice is prop...
We show that for linear polymers a collapse transition exists on a truncated six-simplex lattice but...
Polymer adsorption on fractally rough walls of varying dimensionality is studied by renormalization ...
The authors show that for linear polymers a collapse transition exists on several fractal lattices a...
A method based on a real space renormalization group transformation is developed to describe the cri...
We present a detailed study of a new geometrical model of polymer phase transition in the bulk and n...
We present a detailed study of a new geometrical model of polymer phase transition in the bulk and n...
A model of two interacting self-attracting, self-avoiding walks is proposed to study the critical be...