Hydrogen in Metals: Application-oriented propertiesG. Alefeld, J. Völkl |
Contents
Introduction By G Alefeld With 6 Figures 129 | 1 |
Lattice Strains Due to Hydrogen in Metals By H Peisl With 14 Figures | 3 |
Mössbauer Studies of MetalHydrogen Systems | 6 |
Copyright | |
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4d band absorption activation energy Alefeld alloys Asano atomic ratio Baranowski Brodowsky Bunsenges calculated Chem chemical potential chemisorption crystal curves decomposition desorption determined deuteride deuterium diffraction diffusion coefficient dissociation electrical resistance electrochemical electron enthalpy entropy equilibrium excess potential experimental Fermi energy Flanagan flux foils formation gaseous hydrogen H atoms H₂ high pressure higher hydride phase hydrogen atoms hydrogen concentration hydrogen pressure increase interstitial investigated isotherms isotope effect kbar kcal/mol Less-Common Metals low temperatures measurements method Münster neutron neutron diffraction niobium observed obtained octahedral octahedral sites orthorhombic palladium hydride Pd alloys Pd black Pd-H Pd(H Pd/H PH₂ phase diagram phase transitions phonon Phys Physik pure Pd range room temperature sample shown in Fig Sieverts solid solubility solution Somenkov specific heat ẞ phase standard potential storage structure superconductivity surface technique tetrahedral thermodynamic thermopower two-phase region values Völkl x-ray