Macromolecular Dynamics. An introductory lecture
Joachim Wuttke
TL;DR
This lecture introduces the fundamental concepts of macromolecular dynamics, covering systems, motions, relaxation phenomena, and theoretical models relevant to polymer science.
Contribution
It provides a comprehensive overview of key theories and phenomena in macromolecular dynamics, integrating classical and modern approaches.
Findings
Explains Brownian motion and segmental relaxation in polymers.
Describes entanglement and reptation models for chain dynamics.
Includes theoretical frameworks like linear response and dielectric relaxation.
Abstract
This lecture has the following sections: Systems and States; Brownian Motion; Segmental Relaxation and the Glass Transition; Dynamics of a Free Chain; Entanglement and Reptation. Appendices cover: Linear response theory, relaxation, dissipation, fluctuation; Debye's theory of dielectric relaxation; Zimm's theory of chain dynamics in solution.
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Taxonomy
TopicsAdvanced Physical and Chemical Molecular Interactions