Add to ORKGRecent advances in the theory of dilute polymer solutions are critically summarized. The following topics are discussed: theory of the excluded volume effect, including perturbation theory, the asymptotic solution, and approxi-mate treatments: the second virial coefficient: the theory of intrinsic vis-cosity. especially perturbation theory: comparison of theory with experiment using data recently obtained for monodisperse polystyrenes: methods of determining the binary cluster integral: and simple analysis of the binary cluster integral by a cell-theory approach
The viscosimetric behaviour of eleven polymer-solvent systems is analysed in order to determine the ...
We study and model the linear viscoelastic properties of several entangled semi-dilute and concentra...
We extend the renormalization group approach to polymer solutions of arbitrary chain length distribu...
Some properties of semi-dilute poor and good solvent polymer solutions are examined within the frame...
Three light scattering experiments (Y. Miyaki et al., Macromolecules 11 (1978) 1180 ; M. Fukuda et a...
The extension of a linear polymer chain is discussed in a mean field approximation. The average segm...
The principal effects determining the value of the free energy of mixing of polymer solutions are di...
We present some calculated structural and thermodynamic properties of homogeneous-dendritic-polymer ...
The intermolecular structure of semidilute polymer solutions is studied theoretically. The low-densi...
Experimentally relevant properties of a sol diluted in a good solvent are studied Dilution leaves th...
We study the phase behaviour of mixtures of colloidal spheres and polymers that have an excluded-vol...
The effect of excluded volume on the coil size of dilute linear polymers was investigated by off-lat...
The interpenetration function Psi of a dilute solution of long randomly coiling molecules may be cal...
We study the phase behaviour of mixtures of colloidal spheres and polymers\u3cbr/\u3ethat have an ex...
The theory developed by Scheutjens and Fleer to describe polymer adsorption and depletion is used to...
The viscosimetric behaviour of eleven polymer-solvent systems is analysed in order to determine the ...
We study and model the linear viscoelastic properties of several entangled semi-dilute and concentra...
We extend the renormalization group approach to polymer solutions of arbitrary chain length distribu...
Some properties of semi-dilute poor and good solvent polymer solutions are examined within the frame...
Three light scattering experiments (Y. Miyaki et al., Macromolecules 11 (1978) 1180 ; M. Fukuda et a...
The extension of a linear polymer chain is discussed in a mean field approximation. The average segm...
The principal effects determining the value of the free energy of mixing of polymer solutions are di...
We present some calculated structural and thermodynamic properties of homogeneous-dendritic-polymer ...
The intermolecular structure of semidilute polymer solutions is studied theoretically. The low-densi...
Experimentally relevant properties of a sol diluted in a good solvent are studied Dilution leaves th...
We study the phase behaviour of mixtures of colloidal spheres and polymers that have an excluded-vol...
The effect of excluded volume on the coil size of dilute linear polymers was investigated by off-lat...
The interpenetration function Psi of a dilute solution of long randomly coiling molecules may be cal...
We study the phase behaviour of mixtures of colloidal spheres and polymers\u3cbr/\u3ethat have an ex...
The theory developed by Scheutjens and Fleer to describe polymer adsorption and depletion is used to...
The viscosimetric behaviour of eleven polymer-solvent systems is analysed in order to determine the ...
We study and model the linear viscoelastic properties of several entangled semi-dilute and concentra...
We extend the renormalization group approach to polymer solutions of arbitrary chain length distribu...