8 citations · 18 across the 8 of their papers we have counts for
8 papers
Continuous Spin Fractionation: A large scale method to improve the performance of polymers
John Eckelt, B. A. Wolf
Most technical polymers and many biopolymers contain very different molecular species (unlike chain length, molecular architecture and/or chemical composition) in contrast to pure…
Bimodal drop size distributions during the early stages of shear induced coalescence
Verena E. Ziegler, Bernhard A. Wolf
Drop sizes and drop size distributions were determined by means of an optical shear cell in combination with an optical microscope for the systems polyisobutylene/poly(dimethylsilo…
Chain Connectivity and Conformational Variability of Polymers: Clues to an Adequate Thermodynamic Description of their Solutions III: Modeling of Phase Diagrams
Sergej Stryuk, Bernhard A. Wolf
A simple expression for the composition dependence of the Flory-Huggins interaction parameter of polymer/solvent systems reported earlier is used to model the demixing of polymer s…
Preparative fractionation of a random copolymer (SAN) with respect to either chain length or chemical composition
Stefan Loske, Anja Schneider, Bernhard A. Wolf
The possibilities to fractionate copolymers with respect to their chemical composition on a preparative scale by means of the establishment of liquid/liquid phase equilibria were s…
PEO/CHCl3: Crystallinity of the polymer and vapor pressure of the solvent - Equilibrium and non-equilibrium phenomena -
A. KHassanova, B. A. Wolf
Vapor pressures were measured for the system chloroform/polyethylene oxide (peo, weight average molar mass = 1000 kg/mol) at 25 degrees centigrade as a function of the weight fract…
On what Terms and why the Thermodynamic Properties of Polymer Solutions Depend on Chain Length up to the Melt
A. Schneider, N. Schuld, M. Bercea +1
Theoretical considerations based on chain connectivity and conformational variability of polymers have lead to an uncomplicated relation for the dependence of the Flory-Huggins int…