Titlebook: Interface and Transport Dynamics; Computational Modell Heike Emmerich,Britta Nestler,Michael Schreckenber Conference proceedings 2003 Sprin

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Growth Dynamics during Solidification of Undercooled Meltsity of the solidification front is directly measured as a function of undercooling. Measurements on pure metals reveal growth velocities ranging up to 100 m/s at the largest undercooling. The dependence of the growth velocity on undercooling is analysed within current theories of dendrite growth. Th

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Thermodynamics of Diffuse Interfaceslassical thermodynamics do not comprise the definition of a specific length scale, as all energy formulations in thermodynamics hold on any length scale if it is only large enough to allow for reasonable statistics.

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Computer Investigation of the Influence of the Internal Structure Topology on the Percolation Procesm distribution of obstacles differing in size and number. The influence of obstacles on the parameters (critical concentration, average number of sites in finite clusters, percolation probability, critical exponents, and fractal and spectral dimensions of a finite cluster) characterizing the percola

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Electron Transport of Nanoperm Alloyscesses. Nucleation mechanisms specific for both crystallization channels are correlated to different effects of boron and copper atoms. A temperature variation of crystalline fraction confirms a strong influence of grain sizes and grain boundaries on electrical resistivity of the nanocrystallizing a

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Liability

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Macronutrients

Density Effects and Fluid Flow in Phase-field Modelsy alloys. We start from a generalised thermodynamic potential with squared gradient terms for the associated fields; the condition of local positive entropy production is then utilised to derive a set of equations which drive the system towards equilibrium. The models are numerically solved in one d

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Small-Intestine