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Materials science / Catalysis / Adsorption / Colloidal chemistry / Activated carbon / Hydrogen storage / Hydrogen / Metal-organic framework / Supercritical adsorption / Chemistry / Physical chemistry / Surface chemistry


The Quantum Effects of Pore Structure on Hydrogen Adsorption Raina J. Olsen, in Collaboration with James Morris, Nidia Gallego, Cristian Contescu, and Matthew Stone Oak Ridge National Laboratory, Oak Ridge, TN[removed]Appr
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Document Date: 2012-05-03 12:24:37


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File Size: 422,55 KB

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Company

Cristian Contescu / Oak Ridge / Introduction Hydrogen / Matthew Stone Oak Ridge National Laboratory / Nidia Gallego / TN 37831 Approach Background / James Morris / Alliance for Collaborative Research / /

Facility

University of Missouri / /

IndustryTerm

hydrogen storage systems / chemical stability / interaction energy / similar adsorbent systems / body systems / particle solutions / complicated systems / energy / /

Organization

University of Missouri / Department of Energy office of Energy Efficiency and Renewable Energy Postdoctoral Research / Department of Energy office of Basic Energy Science / /

ProvinceOrState

Missouri / Tennessee / /

Technology

X-ray / Fuel Cell Technologies / /

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