Titlebook: Electrochemical Methods of Nanostructure Preparation; László Péter Book 2021 Springer Nature Switzerland AG 2021 Electrodeposition.Electro

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Electrochemistry and Electrodepositiony is discussed in order to yield an atomic-level image on phase formation. Various empirical aspects of metal deposition are also outlined, including code position modes and structural aspects of coating formation.

Spinous-Process

Ultrathin LayersThis is followed with surface-limited redox replacement that also works on UPD principles. The next topic is the self-limiting deposition that is unrelated to UPD but also leading to layers of a few atomic layer thickness. Finally, atomic-scale imaging of the early phase of the metal deposition is summarized.

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Compositionally Modulated and Multilayered Depositsr summarizes the electrochemical methods of the deposition of compositionally (or layered) metals. Multiple-bath and single-bath methods are detailed, while the influence of the codeposition mode of the metals to be plated is also analyzed.  

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Nanocrystalline Depositscts of nanocrystallinity, peculiar features of several metallic elements and alloy groups are discussed. Special attention will be paid for electrochemical techniques used for the deposition of nanocrystalline metals.

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TRAWL

Internationale Marktbearbeitungistry to recent nanotechnologies. It is highlighted how electrochemical methods gained a role in processing of the nanosystems, making electrochemistry-based nanomanipulation methods an important part of the tool kit of today’s nanotechnology. The structure of the major part of the entire book and i

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https://doi.org/10.1007/978-3-8350-9360-7n electrochemistry monographs but that are necessary to bridge the gap between theoretical electrochemistry and plating practice. Basic crystallography is discussed in order to yield an atomic-level image on phase formation. Various empirical aspects of metal deposition are also outlined, including