Diffusion Fundamentals: Leipzig 2005 / Jörg Kärger ... (ed.). With paintings "Views of Leipzig" by Taro Ito, Volume 1Jörg Kärger Leipziger Universitätsverlag, 2005 - 615 pages |
Contents
Preface | 2 |
Diffusion and Brownian Motion Analogies in the Migration of Atoms | 18 |
Theory and Simulation of Ficks Historical Verification of the 2nd | 34 |
SingleFile Diffusion far from Equilibrium | 49 |
Correlating Self and Transport Diffusion in the Knudsen Regime | 68 |
an Introduction | 105 |
Computer Simulation of the Formation of Hollow Nanocrystals | 118 |
Molecular Simulation of Gas Transport in Nanoporous Carbons | 122 |
NMR Imaging as a Tool for Studying the Diffusion and CoDiffusion | 413 |
Evidence for Subdomains in Large Crystals of NaX Zeolite | 424 |
PFG NMR Measurement of Molecular Diffusion in CationFree | 438 |
Options to a Comparative Study Using | 478 |
Molecules Dancing in Membranes | 509 |
Photon Diffusion in Biological Tissues | 524 |
Technical Considerations | 545 |
Anisotropic Solute and Solvent Diffusion in Protein Crystals | 558 |
Metastability in the ZeroRange Process | 136 |
Dynamics of Polymer Melts Confined in Porous Media Probed | 150 |
Residue Specific Studies of NH Exchange Rates Performed on Ubiquitin | 342 |
Molecular Motions of Calix4Arene and Thiacalix4Arene in Solution | 356 |
Molecular Diffusion under Confinement | 389 |
NMR Experiments | 564 |
Measurement of Local Diffusion Properties in Brain Tissue | 578 |
Varying the Gradient Pulse Length Gives Valuable Information | 592 |
| 611 | |
Common terms and phrases
activation energy adsorbed adsorption application atoms behaviour benzene bulk calculated catalyst Chem constant correlation function crystal crystallites density dependence determined diffusion coefficient Diffusion Fundamentals diffusion measurements dynamics E-Mail echo effect Einstein energy equation equilibrium experimental experiments field gradient Figure fluctuations fluid flux frequency gradient pulses grain boundaries Heitjans imaging increasing interactions interface intracrystalline ionic ions jump Kärger kinetics lattice layer Leipertz Leipziger Universitätsverlag Lett lipid liquid magnetic materials mechanism membrane Mesoporous methanol method Microporous microscopic mixture molecular molecular dynamics molecules motion nanocrystalline nanoporous networks observed obtained oxygen parameters particles PFG NMR PGSE phase photon Phys Physics polymer pore porous pressure properties pulsed field gradient random walk relaxation Reson sample scale-free networks self-diffusion shown simulations solid solution sorption spectroscopy spin spin-lattice relaxation structure surface techniques temperature tracer diffusion transport diffusion vacancy values Vasenkov velocity viscosity zeolite