Jörg Kärger Knihy

1. Introduction2. Zeolites - an Ideal Model System for Studying Diffusion under Confinement3. Diffusion: Fundamental Principles and Ways of Observation3.1 Basic Laws of Diffusion3.2 The Different Techniques of Diffusion Measurement3.3 Diffusion Measurement by NMR3.4 Possible Reasons for a Remarkable Discrepancy4. Structure-Mobility Relations in Zeolitic Diffusion4.1 The Propagator Representation of Zeolitic Diffusion4.2 The Different Patterns of Concentration Dependence4.3 Correlated Anisotropy of Diffusion4.4 Single-File Diffusion4.5 Molecular Traffic Control4.6 Diffusion and Reaction5. Conclusion and Acknowledgement

Diffusion as the process of particle transport due to stochastic movement is understood and presented as a phenomenon of crucial relevance for a large variety of processes and materials. Leading experts in the field, which have come together on the occasion of a WE-Heraeus-Summer School describe in 16 chapters the different aspects of diffusion covering the theoretical fundamentals, the experimental techniques and results for solids, liquids and interfaces. Presenting fundamentals and highlights of current development the contributions address both specialists and non-specialists in the different fields. With contributions by Armin Bunde, Wolfgang Grill, Christian Herzig, Manfred Holz, Klaus Kehr, Alfred Lelpertz, Helmut Mehrer, Yuri Mischin, Dieter Richter, Roland Sauerbrey, Tasso Springer, Gero Vogl, Günter Vojta, Hermann Weingärtner et al.

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