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Structural and Electronic Features of Metal - Oxide Interfaces, p.1
Electronic Structure of Doped Grain Boundaries in SrTiO₃, p.17
Electrical Properties of the Surface Layer Formed on the Nb-Doped SrTiO₃ Single Crystal, p.29
Contrasting Dissolution Mechanisms of MgO and NiO: A Quantum-Chemical Study , p.43
Effect of Lattice Defects on Interface Morphology and Grain Growth in SrTiO₃, p.63
Comparison of Bioceramic Coatings on Metals from Sol-Gel, PACVD and Precipitation Processes , p.73
Domain Boundaries in Ce-α-SiAlON as Revealed by HRTEM, p.89
Influence of the Surface Structure on the Growth of a Metallic Deposit on Oxide: Au/Al₂O₃ and Au/WO₃, p.103
Growth Behavior of Epitaxial MgO Films on Si(001) by Pulsed Laser Deposition, p.119

Home > Key Engineering Materials > Ceramic Interfaces: Properties and Applications V > Contrasting Dissolution Mechanisms of MgO and NiO:...

Paper Title:

Contrasting Dissolution Mechanisms of MgO and NiO: A Quantum-Chemical Study

Periodical	Key Engineering Materials (Volume 253)
Main Theme	Ceramic Interfaces: Properties and Applications V
Edited by	Keizo Uematsu and Harumi Yokokawa
Pages	43-62
DOI	10.4028/www.scientific.net/KEM.253.43
Citation	Darren Simpson et al., 2003, Key Engineering Materials, 253, 43
Online since	November, 2003
Authors	Darren Simpson, Thomas Bredow, Andrea R. Gerson
Keywords	Covalent Oxides, Dissolution Kinetics, Ionic Oxides, MgO, NiO, Quantum-Chemistry
Price	US$ 28,-

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