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Volumn 19, Issue 25, 2009, Pages 4348-4355
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A computational study of electronic structure, thermodynamics and kinetics of hydrogen desorption from Al- and Si-doped α-, γ-, and β-MgH2
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Author keywords
[No Author keywords available]
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Indexed keywords
AB INITIO;
BAND GAPS;
BULK MODULUS;
CELL VOLUME;
COMPUTATIONAL STUDIES;
DENSITY OF STATE;
EQUILIBRIUM CELL;
FIRST-PRINCIPLES CALCULATION;
GENERALIZED GRADIENT APPROXIMATIONS;
H-BONDS;
HEATS OF FORMATION;
HIGH-PRESSURE PHASIS;
HYDROGEN DESORPTION;
HYDROGEN SORPTION;
MAGNESIUM HYDRIDE;
MATERIAL PROPERTY;
MINIMUM ENERGY;
PLANE-WAVE PSEUDOPOTENTIAL METHOD;
THERMODYNAMICS AND KINETICS;
THREE PHASIS;
TOTAL ENERGY;
ACTIVATION ENERGY;
CRACK INITIATION;
DENSITY FUNCTIONAL THEORY;
DESORPTION;
DOPING (ADDITIVES);
ELECTRONIC STRUCTURE;
ENERGY BARRIERS;
ENERGY GAP;
HYDRIDES;
HYDROGEN;
MAGNESIUM;
ORGANIC POLYMERS;
SILICON;
SURFACES;
ALUMINUM;
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EID: 67649099544
PISSN: 09599428
EISSN: 13645501
Source Type: Journal
DOI: 10.1039/b901115c Document Type: Article |
Times cited : (31)
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References (41)
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