Schmuki P., Virtanen S. Electrochemistry at the Nanoscale

Springer: Nanostructure Science and Technology, 2009. - 471 p.This book will be helpful for all readers interested in electrochemistry and its applications in various fields of science and technology. The aim is to present to the reader a comprehensive and contemporary description of electrochemica nanotechnology. Several chapters are dedicated to the electrochemical creation of nanostructured surfaces or nanomaterials. This includes recent developments in the fields of semiconductor porosification, deposition into templates, electrodeposition of multilayers and superlattices, as well as self-organized growth of transition metal oxide nanotubes.Mechanistic studies of electrochemical processes on molecular or atomic levels: Theoretical approaches, simulation and modeling
SPM techniques (characterization and modification)
Lithography techniques
Direct writing techniques e-beam
Self-assembly
Electrochemical preparation of nanostructured materials
Porosification of semiconductors
Deposition into templates
Layered nanostructures
Superlattices
Corrosion in the nano- and microscale
Nanoelectrodes/nanosensors
Nanobioelectrochemistry
Related Approaches.