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Type of Publication: | Dissertation |
URI (citable link): | http://nbn-resolving.de/urn:nbn:de:bsz:352-opus-10270 |
Author: | Dürr, Oliver |
Year of publication: | 2003 |
Title in another language: | Zur Theorie der Relaxation und des Ionentransports in Polymeren |
Summary: |
This work is devoted to transport processes in dense polymer systems, with emphasis on ion transport in polymer electrolytes. In polymeric systems, orders of magnitude lie between the time scales of relevant microscopic processes and the time scales on which long--range transport takes place. A direct integration of the microscopic equations of motion up to the diffusive regimes with molecular dynamics (MD) simulations is hardly possible. Hence coarse--grained models accessible by Monte Carlo (MC) simulations are of particular value. With such models we studied relaxation times in pure polymer melts and ion diffusion in polymer networks.
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Summary in another language: |
This work is devoted to transport processes in dense polymer systems, with emphasis on ion transport in polymer electrolytes. In polymeric systems, orders of magnitude lie between the time scales of relevant microscopic processes and the time scales on which long--range transport takes place. A direct integration of the microscopic equations of motion up to the diffusive regimes with molecular dynamics (MD) simulations is hardly possible. Hence coarse--grained models accessible by Monte Carlo (MC) simulations are of particular value. With such models we studied relaxation times in pure polymer melts and ion diffusion in polymer networks.
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Examination date (for dissertations): | Jan 17, 2003 |
Dissertation note: | Doctoral dissertation, University of Konstanz |
Subject (DDC): | 530 Physics |
Controlled Keywords (GND): | Monte Carlo |
Keywords: | Monte Carlo, Ionentransport, dynamische Perkolation, Monte Carlo, ionic transport, dynamic percolation |
Comment on publication: | Auch ersch. bei: dissertation.de - Verlag im Internet |
Link to License: | In Copyright |
DÜRR, Oliver, 2003. Theoretical Studies of Relaxation and Ionic Transport in Polymers [Dissertation]. Konstanz: University of Konstanz
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od729.pdf | 282 |