
handle: 11580/20653 , 11587/366060
This paper offers an overview of morphogenetic processes going on in metal electrodeposition processes and provides a systematisation of the morphology classes identified experimentally in terms of an electrokinetic theory accounting for charge-transfer and mass-transport rates. In addition, it provides a review of the modelling work by the authors, based on a reaction-diffusion system coupling morphology with surface chemistry of the growing metal and briefly describes the experimental validation of the model.
corrosion, crystallization, reaction diffusion, nucleation, mathematical modeling, Electrodeposition; crystallization; plating; corrosion; mathematical modeling; reaction diffusion; pattern formation; numerical simulations, 540, plating, dendrite, Electrodeposition; crystallization; electrochemistry; dendrite; nucleation; plating; corrosion; mathematical modeling; reaction diffusion; pattern formation; numerical simulations, Electrodeposition, electrochemistry, pattern formation, numerical simulation
corrosion, crystallization, reaction diffusion, nucleation, mathematical modeling, Electrodeposition; crystallization; plating; corrosion; mathematical modeling; reaction diffusion; pattern formation; numerical simulations, 540, plating, dendrite, Electrodeposition; crystallization; electrochemistry; dendrite; nucleation; plating; corrosion; mathematical modeling; reaction diffusion; pattern formation; numerical simulations, Electrodeposition, electrochemistry, pattern formation, numerical simulation
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