Different innovative Mg-based materials are prepared by high energy ball milling and characterized concerning theri hydrogen sorption properties. The best performing, i.e. a quaternary Mg-Ni-C-TiO2 material, is used for the preparation of a solid state hydrogen storage tank feeding a fuel cell in the frame of the Nanostore Project.
Mg – based composites for H2 storage optimized for the realization of an industrial prototype
MILANESE, CHIARA;BRUNI, GIOVANNA;COFRANCESCO, PACIFICO;BERBENNI, VITTORIO;MARINI, AMEDEO
2009-01-01
Abstract
Different innovative Mg-based materials are prepared by high energy ball milling and characterized concerning theri hydrogen sorption properties. The best performing, i.e. a quaternary Mg-Ni-C-TiO2 material, is used for the preparation of a solid state hydrogen storage tank feeding a fuel cell in the frame of the Nanostore Project.File in questo prodotto:
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