In the last five years, the study of metal hydrides has ex panded enormously due to the potential technological importance of this class of materials in hydrogen based energy conversion schemes. The scope of this activity has been worldwide among the industrially advanced nations. There has been a consensus among researchers in both fundamental and applied areas that a more basic understanding of the properties of metal/hydrogen syster;,s is required in order to provide a rational basis for the selection of materials for specific applications. The current worldwide need for and interest in research in metal hydrides indicated the timeliness of an Advanced Study Insti tute to provide an in-depth view of the field for those active in its various aspects. The inclusion of speakers from non-NATO coun tries provided the opportunity for cross-fertilization of ideas for future research. While the emphasis of the Institute was on basic properties, there was a conscious effort to stimulate interest in the application of metal hydrides to solar/hydrogen energy conver sion schemes in land areas where solar energy has promise as a primary energy source. In addition to the lectures, several seminars were given which treated topics of special interest in greater detail.
Erscheinungsdatum: 28.05.2013

lgrsnf/A:\Springer\bok%3A978-1-4757-5814-6.pdf

nexusstc/Metal Hydrides/0ec1a18b9aa235cc187960577b4aa788.pdf

scihub/10.1007/978-1-4757-5814-6.pdf

zlib/Chemistry/E. N. Economou (auth.), Gust Bambakidis (eds.)/Metal Hydrides_2250572.pdf

Gust Bambakidis; North Atlantic Treaty Organization Scientific Affairs Division; NATO Advanced Study Institute on Metal Hydrides

Springer London, Limited

NATO Advanced Study Institutes Series, Series B: Physics, Boston, MA, 1981

NATO advanced study institutes series, New York, 1981

Nato Science Series B:, Physics, Boston, MA, 1981

United States, United States of America

Springer Nature, New York, NY, 2013

1, 2013

sm33992491

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Front Matter....Pages i-viii
Superconductivity in Palladium Based Hydrides....Pages 1-19
Magnetism of Lanthanide and Actinide Intermetallic Hydrides....Pages 21-51
Order-Disorder Phenomena in Metal Hydrides....Pages 53-80
Neutron Diffraction Studies of Metal Hydrides....Pages 81-103
Diffusion of Hydrogen in Metals....Pages 105-108
Hydrogen Mobility at High Concentrations....Pages 109-144
An Introduction to Hydrogen in Alloys....Pages 145-176
Hydrogen Absorption in Metallic Glasses....Pages 177-192
Hydride Formation at high Hydrogen Pressure....Pages 193-213
Electronic Structure of Metal Hydrides....Pages 215-242
Electron-Phonon Coupling and Superconductivity in Palladium Hydrides and Deuterides....Pages 243-253
Electronic Structure and Electron-Phonon Coupling Constant of Some Metal Hydrides....Pages 255-272
Hydrogen in V, Nb, and Ta: Magnetism in Fe, Co, and Ni....Pages 273-287
Mössbauer Studies of Ternary Hydrides....Pages 289-300
Magnetic Properties of Compositionally-Modulated Thin Foils and Their Hydrides....Pages 301-311
Phase Transitions in Hydrogenated Nickel and Nickel Alloys Investigated by Magnetic Methods....Pages 313-327
The Kinetics of Hydrogen Absorption-Desorption by Metals....Pages 329-343
Thermodynamics and Kinetics of Hydrogen Absorption in Amorphous NiZr-Alloys....Pages 345-360
Thermodynamics of Metal-Hydrogen Systems....Pages 361-377
Back Matter....Pages 379-385

In the last five years, the study of metal hydrides has exƯ panded enormously due to the potential technological importance of this class of materials in hydrogen based energy conversion schemes. The scope of this activity has been worldwide among the industrially advanced nations. There has been a consensus among researchers in both fundamental and applied areas that a more basic understanding of the properties of metal/hydrogen syster;, s is required in order to provide a rational basis for the selection of materials for specific applications. The current worldwide need for and interest in research in metal hydrides indicated the timeliness of an Advanced Study InstiƯ tute to provide an in-depth view of the field for those active in its various aspects. The inclusion of speakers from non-NATO counƯ tries provided the opportunity for cross-fertilization of ideas for future research. While the emphasis of the Institute was on basic properties, there was a conscious effort to stimulate interest in the application of metal hydrides to solar/hydrogen energy converƯ sion schemes in land areas where solar energy has promise as a primary energy source. In addition to the lectures, several seminars were given which treated topics of special interest in greater detail

2013-12-12