Quantum energy levels of hydrogen adsorbed on nanoporous carbons: an intrinsic probe for pore structure, and improving Monte Carlo simulations of adsorption

R.J Olsen; Lucyna Firlej; B Kuchta; C Wexler; P Pfeifer

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Quantum energy levels of hydrogen adsorbed on nanoporous carbons: an intrinsic probe for pore structure, and improving Monte Carlo simulations of adsorption

R.J Olsen, Lucyna Firlej, B Kuchta, C Wexler et P Pfeifer

UM Energy Summit (Columbia, MO, United States, 22/04/2009–23/04/2009)

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Quantum energy levels of hydrogen adsorbed on nanoporous carbons: an intrinsic probe for pore structure, and improving Monte Carlo simulations of adsorption

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Titre: Quantum energy levels of hydrogen adsorbed on nanoporous carbons: an intrinsic probe for pore structure, and improving Monte Carlo simulations of adsorption
Créateurs - sans rôle: R.J Olsen - Department of Physics and Astronomy [Columbia]
Lucyna Firlej - Laboratoire des colloïdes, verres et nanomatériaux
B Kuchta - Matériaux Divisés, Interfaces, Réactivité, Electrochimie
C Wexler - Department of Physics and Astronomy [Columbia]
P Pfeifer - Department of Physics and Astronomy [Columbia]
Colloque: UM Energy Summit (Columbia, MO, United States, 22/04/2009–23/04/2009)
Identifiants: 9940849709311
Unité académique: Université de Montpellier
Langue: English
Type de ressource: Conference proceeding
Champs locaux: hal-00820286