Proceedings of the International Symposium on Metal-Hydrogen (MH 2000), Noosa Heads, QLD, 1-6 October 2000The effective interatomic pair potentials and atomistic calculations of metal hydride systems were presented. The interatomic potentials were obtained by inverting the ab initio cohesive energy curves based on the lattice inversion method. The inverted pair potentials were used to calculate the mechanical and thermal properties of the hydrides.Department of Mechanical Engineerin
Due to their extensive present, important and versatile potential applications, metal hydrides (MH) ...
International audienceHydrogen is a promising energy carrier, compatible with the sustainable energy...
International audienceHydrogen is a promising energy carrier, compatible with the sustainable energy...
Metal hydrides have attracted a lot of attention in both fundamental and applied researches. However...
Metal hydrides are of inestimable importance for the future of hydrogen energy. This unique monograp...
International audienceFirst principles calculations were systematically performed for 31 binary meta...
First-principles calculations were systematically performed for 31 binary metal–hydrogen (<i>M</i>–H...
AbstractA method for calculating the interatomic forces between isolated hydrogens and their host me...
The review aims to provide a coverage of different classes of intermetallic systems, which have the ...
The design and production of efficient metal-hydrides for hydrogen storage is a long standing subjec...
The paper describes three common types of interatomic interaction potentials used for constructing t...
Thermodynamics of hydride formation is one of the key properties of metal-hydrogen system and determ...
Thermodynamics of hydride formation is one of the key properties of metal-hydrogen system and determ...
Some properties of the monomeric binary hydrides of the elements of the first two rows of the period...
Hydrogen storage describes the methods of storing H2 for subsequent use. Hydrogen storage is the ma...
Due to their extensive present, important and versatile potential applications, metal hydrides (MH) ...
International audienceHydrogen is a promising energy carrier, compatible with the sustainable energy...
International audienceHydrogen is a promising energy carrier, compatible with the sustainable energy...
Metal hydrides have attracted a lot of attention in both fundamental and applied researches. However...
Metal hydrides are of inestimable importance for the future of hydrogen energy. This unique monograp...
International audienceFirst principles calculations were systematically performed for 31 binary meta...
First-principles calculations were systematically performed for 31 binary metal–hydrogen (<i>M</i>–H...
AbstractA method for calculating the interatomic forces between isolated hydrogens and their host me...
The review aims to provide a coverage of different classes of intermetallic systems, which have the ...
The design and production of efficient metal-hydrides for hydrogen storage is a long standing subjec...
The paper describes three common types of interatomic interaction potentials used for constructing t...
Thermodynamics of hydride formation is one of the key properties of metal-hydrogen system and determ...
Thermodynamics of hydride formation is one of the key properties of metal-hydrogen system and determ...
Some properties of the monomeric binary hydrides of the elements of the first two rows of the period...
Hydrogen storage describes the methods of storing H2 for subsequent use. Hydrogen storage is the ma...
Due to their extensive present, important and versatile potential applications, metal hydrides (MH) ...
International audienceHydrogen is a promising energy carrier, compatible with the sustainable energy...
International audienceHydrogen is a promising energy carrier, compatible with the sustainable energy...