Ceramic Interfaces: Properties and Applications V : Proceedings of the 5th International Workshop on Interfaces of Ceramic Materials, AIST, Tsukuba, Ibaraki, Japan, October 21-25, 2001Keizo Uematsu, Harumi Yokokawa This book considers many of the various aspects of ceramics interfaces from a gamut of viewpoints. The aim has been to bring together a wide range of specialists in this field, and this approach enables the reader to grasp quickly and fully the present level of understanding and to appreciate the problems which remain in the various research efforts pertinent to ceramic interfaces. |
Contents
Structural and Electronic Features of Metal Oxide Interfaces | 1 |
Electronic Structure of Doped Grain Boundaries in SrTiO3 | 17 |
A QuantumChemical Study | 43 |
Copyright | |
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Common terms and phrases
180 concentration a-SiAION adsorption Al2O3 surfaces alumina anisotropic annealed atoms Au-mesh bioceramic bulk CaCO3 calcite calculated cathode Ceram cerium charge Chem chemical chemisorption cluster compact composite particles defect density deposited diffraction dissolution Electrochem electron energy epitaxial experimental Figure formation GB core grain boundary grain growth heating hydrolysis increase interface ions Japan Key Engineering Materials LaMnO3 film lattice measured Mechanism metal method MgO film micrographs microstructure MnO3-mesh observed overpotential oxide oxygen oxygen diffusion coefficient oxygen incorporation oxygen partial pressure oxygen vacancies partial pressure phase Phys picosecond picosecond thermoreflectance plane plasma Po₂ powder properties proton reaction region restructuring RHEED samples shown shows silica single crystal sintering sintering shrinkage sol-gel Solid State Ionics solution specimen SrTiO3 stoichiometric structure substrate surface layer thermal thickness TiO2 titanium Trans Tech Publications zirconia zirconolite ZrO2