Search results for "hydrogen storage"

showing 6 items of 56 documents

Hydrogen sorption properties of the composite system calcium hydride – magnesium boride

2010

hydrogen storage borohydrides nanostructuring ball milling RHC
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Dehydrogenation behaviour of mixed borohydrides dispersed on high specific surface area carbons

2011

hydrogen storage nanoconfinement nanoscaffolds borohydrides
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Nanostructured Materials and Systems for Hydrogen Technology

2011

hydrogen storage nanostructuring hydrides ball milling borohydrides hydrogen tank nanoconfinement
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Functionalised Hybrid Poly(ether ether ketone): a Hydrogen Storage Material

2013

hydrogen storage polymer-based materials chemical-physical characterisation
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Modified Graphene Sheet Stacks for Hydrogen Binding

2017

Results are partially obtained using infrastructure of Lithuanian Energy Institute with support of COST Action MP1103 “Nanostructured materials for solid-state hydrogen storage”. Latvian National Research program IMIS2 is greatly acknowledged for financial support

lcsh:TN1-997Materials scienceHydrogenScanning electron microscope020209 energyIntercalation (chemistry)Analytical chemistryEnergy-dispersive X-ray spectroscopychemistry.chemical_element02 engineering and technology7. Clean energylaw.inventionhydrogen storageHydrogen storagesymbols.namesake0203 mechanical engineeringlawmulti-sheet stackshydrogen storage graphene exfoliation multi-sheet stacks0202 electrical engineering electronic engineering information engineering:NATURAL SCIENCES:Physics [Research Subject Categories]General Materials Sciencelcsh:Mining engineering. MetallurgyGraphenegrapheneexfoliationExfoliation joint020303 mechanical engineering & transportschemistrysymbolsmulti-sheet stacks.Raman spectroscopyMedžiagotyra
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Analysis of 5 MW hydrogen power system with thermal energy storage

2013

Energy storage for further energy production has become a feasible option to deal with energy fluctuation, energy over production and energy shortcomings caused by the penetration of renewable energies. Hydrogen storage has been studied through mathematical model and simulation to predict its performance and technological feasibility. This thesis presents a model where a 5 MW electrolysis plant is simulated. The power plant consists on an electric input from renewable sources like wind turbines or photovoltaic panels. Electrolysis is done by a solid oxide cell that also produces electric power working as fuel cell. Thermal energy storage is added in order to recover heat released by the cel…

storageenergiaelectrolysisThermal Energy storagevarastointiSOFCSOEClämpöelektrolyysihydrogen storageenergy
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