Flux-Driven Morphology Evolution

In the present chapter, we discuss some new approaches to structure evolution in open systems, developed jointly with our colleagues from the universities of Los Angeles and Eindhoven (King-Ning Tu, Frans van Loo, Alexander Kodentsov, and Mark van Dal). 

In Section 6.7, the influence of electric current on surface stracture evolution and grain rotation in tin thin films is studied. PecuHarities of mass transfer in two-phase alloys at electro- and thermomigration are highlighted in Section 6.8. 

DiJJusion-ControUed Solid State Reactions. Andriy M. Gusak Copyright 2010 WILEY-VCH Verlag GmbH Co. KGaA, Weinheim ISBN 978-3-527-40884-9 

2) diffusion or reaction zones at inter- and/or reactive diffusion  

3) compounds of solders with metals and conductive thin films under electric current (and corresponding electromigration of atoms)  

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Other interesting examples of the flux-driven morphology evolution (cellular precipitation, diffusion induced grain boundary migration) can be found in Chapter 12, written by Yuriy Lyashenko. Here, he uses some general... 

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