Quantifying and addressing the DOE material reactivity requirements with analysis and testing of hydrogen storage materials and systems

Bibliographic Details
Main Authors: Khalil, Y, Mosher, D, Sun, F, Laube, B, Tang, X, Brown, R
Format: Conference item
Published: U.S. Department of Energy 2010
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author Khalil, Y
Mosher, D
Sun, F
Laube, B
Tang, X
Brown, R
author_facet Khalil, Y
Mosher, D
Sun, F
Laube, B
Tang, X
Brown, R
author_sort Khalil, Y
collection OXFORD
description
first_indexed 2024-03-07T06:05:28Z
format Conference item
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institution University of Oxford
last_indexed 2024-03-07T06:05:28Z
publishDate 2010
publisher U.S. Department of Energy
record_format dspace
spelling oxford-uuid:edaec6c4-1f37-42c4-8414-5ef0b5d7cdaa2022-03-27T11:26:56ZQuantifying and addressing the DOE material reactivity requirements with analysis and testing of hydrogen storage materials and systemsConference itemhttp://purl.org/coar/resource_type/c_5794uuid:edaec6c4-1f37-42c4-8414-5ef0b5d7cdaaSymplectic Elements at OxfordU.S. Department of Energy2010Khalil, YMosher, DSun, FLaube, BTang, XBrown, R
spellingShingle Khalil, Y
Mosher, D
Sun, F
Laube, B
Tang, X
Brown, R
Quantifying and addressing the DOE material reactivity requirements with analysis and testing of hydrogen storage materials and systems
title Quantifying and addressing the DOE material reactivity requirements with analysis and testing of hydrogen storage materials and systems
title_full Quantifying and addressing the DOE material reactivity requirements with analysis and testing of hydrogen storage materials and systems
title_fullStr Quantifying and addressing the DOE material reactivity requirements with analysis and testing of hydrogen storage materials and systems
title_full_unstemmed Quantifying and addressing the DOE material reactivity requirements with analysis and testing of hydrogen storage materials and systems
title_short Quantifying and addressing the DOE material reactivity requirements with analysis and testing of hydrogen storage materials and systems
title_sort quantifying and addressing the doe material reactivity requirements with analysis and testing of hydrogen storage materials and systems
work_keys_str_mv AT khalily quantifyingandaddressingthedoematerialreactivityrequirementswithanalysisandtestingofhydrogenstoragematerialsandsystems
AT mosherd quantifyingandaddressingthedoematerialreactivityrequirementswithanalysisandtestingofhydrogenstoragematerialsandsystems
AT sunf quantifyingandaddressingthedoematerialreactivityrequirementswithanalysisandtestingofhydrogenstoragematerialsandsystems
AT laubeb quantifyingandaddressingthedoematerialreactivityrequirementswithanalysisandtestingofhydrogenstoragematerialsandsystems
AT tangx quantifyingandaddressingthedoematerialreactivityrequirementswithanalysisandtestingofhydrogenstoragematerialsandsystems
AT brownr quantifyingandaddressingthedoematerialreactivityrequirementswithanalysisandtestingofhydrogenstoragematerialsandsystems