Titlebook: Computer Simulations of Surfaces and Interfaces; Burkhard Dünweg,David P. Landau,Andrey I. Milchev Book 2003 Springer Science+Business Med

胰岛素

Mcamc: An Advanced Algorithm for Kinetic Monte Carlo Simulations from Magnetization Switching to Prt modify the system dynamics. It is extremely useful for models with discrete state spaces when low-temperature simulations are desired. To illustrate the strengths and limitations of this algorithm we introduce a simple model involving random walkers on an energy landscape. This simple model has so

DOLT

Theory of Wetting and Surface Critical Phenomena,ling between surface and bulk degrees of freedom; consequently the surface phase diagram may be rather complex even for simple Ising like systems. In these lectures I will introduce the generic 4-dimensional surface phase diagram (bulk and surface couplings, bulk and surface fields) of Ising like sy

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Simulations of Phase Transitions in Confined Geometry,cal, 1st order, or tricritical wetting, interface localization-delocalization, and capillary condensation depending upon the film thickness and the boundary conditions used. In a different set of circumstances, an Ising lattice gas model may be used to study growth of MBE films where both deposition

沙发

GRATE

Influence of Confining Walls on the Dynamics of Supercooled Simple Liquids,such as a very slow decay of the time-correlation functions, stretching, etc. The dynamics of liquids that are close to a surface (free space, confining wall, etc.) is even more complex in that the stretching is increased and in that there is evidence for the presence of multiple time scales. In thi

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expeditious

发酵剂

Influence of Confining Walls on the Dynamics of Supercooled Simple Liquids,iscuss how the relaxation dynamics of the liquid depends on the distance from the wall and propose some simple functional forms to describe this dependence. Using these dependencies it is possible to extract various dynamical length scales and we find that these scales show an Arrhenius dependence o