This is the second of two volumes offering the very first comprehensive treatise of self-
organization and non-linear dynamics in electrochemical systems. The first volume covers …

Mechanisms for potential oscillations and synchronizing self-organized formation of ordered
dendrite structures, which is an important example of morphogenesis in Laplacian fields …

Despite its potential, self‐organization as a methodology for the synthesis of materials has
not been developing at the pace required for the ample scale synthesis of materials with …

Three-dimensional nano-tree-like structures consisting of single-crystalline CuSn alloy
nanowires branching perpendicularly from their parent branches were observed. The nano …

Electrodeposition of zinc (Zn) at an aqueous ZnSO4/n-butylacetate (BuAc) interface
(liquid/liquid (LL) interface) showed a potential oscillation in the region of the current density …

Potential oscillation was observed during the template-free galvanostatic deposition in the
58/42 mol% AlCl 3/trimethylamine hydrochloride ionic liquid, and resulted in the formation of …

In the present work, we show that a large interfacial energy gradient is produced at a front of
an electrochemical wave appearing in CuSn-alloy oscillatory electrodeposition from an …

Cathodic current and potential oscillations were observed during electrodeposition of
cadmium from a cyanide electrolyte on a vertical platinum electrode, in potentiostatic and …

Dynamic nanostructural change of a gold (Au) thin film formed at a liquid/air interface by
oscillatory electrodeposition was probed by surface-enhanced Raman scattering (SERS) …

The fluid convection is described as the phenomenon self-organizing into spatial patterns of
similar morphology: cooperating counter-rotating rolls, fingerprint-like patterns, and …