SANS characterization of porous magnesium for hydrogen storage

Porous magnesium was produced through the thermal decomposition of various additives in an effort to increase hydrogen storage capacity. Samples were characterized using SANS and different theoretical models were applied to the results and discussed. The polydisperse self-assembled (PSA) model was f...

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Published inInternational journal of hydrogen energy Vol. 39; no. 16; pp. 8321 - 8330
Main Authors Gil Posada, Jorge Omar, Hall, Peter J.
Format Journal Article
LanguageEnglish
Published Kidlington Elsevier Ltd 27.05.2014
Elsevier
Subjects
Alternative fuels. Production and utilization
Applied sciences
Desorption
Energy
Exact sciences and technology
Fuels
Hydrogen
Hydrogen storage
Hydrogen-based energy
Magnesium
Magnesium foam
Nickel
Polydisperse scattering
Porosity
Porous magnesium
SANS
Storage area networks
Uptakes
Hydrogen storage
Porous magnesium
Porosity
Polydisperse scattering
SANS
Magnesium foam
Characterization
Hydrogen
Magnesium
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Abstract Porous magnesium was produced through the thermal decomposition of various additives in an effort to increase hydrogen storage capacity. Samples were characterized using SANS and different theoretical models were applied to the results and discussed. The polydisperse self-assembled (PSA) model was found to best represent the scattering from these materials as this model incorporates the polydispersity of the pores and allows for variations in structure factor. Pure magnesium produced using the same thermal method absorbed a negligible amount of hydrogen, and hydrogen uptake was found to increase with increasing porosity as determined using the PSA model. Maximum hydrogen uptake (1.3%) was found when 0.3% Cs2CO3 and 0.5% Ni were combined as an additive during thermal treatment. In addition, the development of porosity was found to promote hydrogen desorption at lower temperatures. SANS represents an indispensible method by which to characterize materials and the PSA model described in this work has the potential to be extremely useful in the characterisation of porous metallic systems. [Display omitted] •We found that porous magnesium could store up to 1.3% hydrogen.•We found that the PSA model provides a realistic insight of porous magnesium.•We show that the amount of hydrogen uptake correlates with the micropore volume.•We show that porosity in magnesium should be characterised using polydisperse models.
AbstractList Porous magnesium was produced through the thermal decomposition of various additives in an effort to increase hydrogen storage capacity. Samples were characterized using SANS and different theoretical models were applied to the results and discussed. The polydisperse self-assembled (PSA) model was found to best represent the scattering from these materials as this model incorporates the polydispersity of the pores and allows for variations in structure factor. Pure magnesium produced using the same thermal method absorbed a negligible amount of hydrogen, and hydrogen uptake was found to increase with increasing porosity as determined using the PSA model. Maximum hydrogen uptake (1.3%) was found when 0.3% Cs sub(2)CO sub(3) and 0.5% Ni were combined as an additive during thermal treatment. In addition, the development of porosity was found to promote hydrogen desorption at lower temperatures. SANS represents an indispensible method by which to characterize materials and the PSA model described in this work has the potential to be extremely useful in the characterisation of porous metallic systems.
Porous magnesium was produced through the thermal decomposition of various additives in an effort to increase hydrogen storage capacity. Samples were characterized using SANS and different theoretical models were applied to the results and discussed. The polydisperse self-assembled (PSA) model was found to best represent the scattering from these materials as this model incorporates the polydispersity of the pores and allows for variations in structure factor. Pure magnesium produced using the same thermal method absorbed a negligible amount of hydrogen, and hydrogen uptake was found to increase with increasing porosity as determined using the PSA model. Maximum hydrogen uptake (1.3%) was found when 0.3% Cs2CO3 and 0.5% Ni were combined as an additive during thermal treatment. In addition, the development of porosity was found to promote hydrogen desorption at lower temperatures. SANS represents an indispensible method by which to characterize materials and the PSA model described in this work has the potential to be extremely useful in the characterisation of porous metallic systems. [Display omitted] •We found that porous magnesium could store up to 1.3% hydrogen.•We found that the PSA model provides a realistic insight of porous magnesium.•We show that the amount of hydrogen uptake correlates with the micropore volume.•We show that porosity in magnesium should be characterised using polydisperse models.
Author Hall, Peter J.
Gil Posada, Jorge Omar
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Issue 16
Keywords Hydrogen storage
Porous magnesium
Porosity
Polydisperse scattering
SANS
Magnesium foam
Characterization
Hydrogen
Magnesium
Language English
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Snippet Porous magnesium was produced through the thermal decomposition of various additives in an effort to increase hydrogen storage capacity. Samples were...
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SubjectTerms Alternative fuels. Production and utilization
Applied sciences
Desorption
Energy
Exact sciences and technology
Fuels
Hydrogen
Hydrogen storage
Hydrogen-based energy
Magnesium
Magnesium foam
Nickel
Polydisperse scattering
Porosity
Porous magnesium
SANS
Storage area networks
Uptakes
Title SANS characterization of porous magnesium for hydrogen storage
URI https://dx.doi.org/10.1016/j.ijhydene.2014.03.159
https://www.proquest.com/docview/1671590438
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