Using the wall theorem, the osmotic pressure of ring polymers in solution has been determined using an off-lattice topology conserving Monte Carlo algorithm. The ring polymers are modeled as freely-jointed chains with point-like beads, i.e., under conditions corresponding to θ-conditions for the linear chains. The equation of state is determined. It is furthermore demonstrated that a similar equation of state is found for the corresponding linear chains taking beads of size 0.113 in units of bond length.
We consider the lattice Domb-Joyce model at a value of the coupling for which scaling corrections ap...
The entropic pressure in the vicinity of a ring polymer in a good solvent is modelled in the square ...
The osmotic second virial coefficient A2 of nonathermal polymer solutions is discussed for a simple ...
Using the wall theorem, the osmotic pressure of ring polymers in solution has been determined using ...
Using the wall theorem, the osmotic pressure of ring polymers in solution has been determined using ...
Using the wall theorem, the osmotic pressure of ring polymers in solution has been determined using ...
Using the wall theorem, the osmotic pressure of ring polymers in solution has been determined using ...
Using the wall theorem, the osmotic pressure of ring polymers in solution has been determined using ...
The osmotic pressure P of equilibrium polymers (EP) in a good solvent is investigated by means of an...
The osmotic pressure P of equilibrium polymers (EP) in a good solvent is investigated by means of an...
The osmotic pressure P of equilibrium polymers (EP) in a good solvent is investigated by means of an...
The osmotic pressure of polyelectrolyte solutions as a function of concentration has been calculated...
ABSTRACT: Osmotic coefficients and counterion distribution functions of rodlike and flexible polyele...
We investigate the conformations and shapes of circular polymers close to planar, hard walls as well...
We investigate the conformations and shapes of circular polymers close to planar, hard walls as well...
We consider the lattice Domb-Joyce model at a value of the coupling for which scaling corrections ap...
The entropic pressure in the vicinity of a ring polymer in a good solvent is modelled in the square ...
The osmotic second virial coefficient A2 of nonathermal polymer solutions is discussed for a simple ...
Using the wall theorem, the osmotic pressure of ring polymers in solution has been determined using ...
Using the wall theorem, the osmotic pressure of ring polymers in solution has been determined using ...
Using the wall theorem, the osmotic pressure of ring polymers in solution has been determined using ...
Using the wall theorem, the osmotic pressure of ring polymers in solution has been determined using ...
Using the wall theorem, the osmotic pressure of ring polymers in solution has been determined using ...
The osmotic pressure P of equilibrium polymers (EP) in a good solvent is investigated by means of an...
The osmotic pressure P of equilibrium polymers (EP) in a good solvent is investigated by means of an...
The osmotic pressure P of equilibrium polymers (EP) in a good solvent is investigated by means of an...
The osmotic pressure of polyelectrolyte solutions as a function of concentration has been calculated...
ABSTRACT: Osmotic coefficients and counterion distribution functions of rodlike and flexible polyele...
We investigate the conformations and shapes of circular polymers close to planar, hard walls as well...
We investigate the conformations and shapes of circular polymers close to planar, hard walls as well...
We consider the lattice Domb-Joyce model at a value of the coupling for which scaling corrections ap...
The entropic pressure in the vicinity of a ring polymer in a good solvent is modelled in the square ...
The osmotic second virial coefficient A2 of nonathermal polymer solutions is discussed for a simple ...