The effects of nanoscale geometry and spillover on room temperature storage of hydrogen on silica nanosprings

Giancarlo Corti; Yingqian Ada Zhan; Lidong Wang; Brian Hare; Timothy Cantrell; Miles F Beaux; Tejasvi Prakash; Marty Ytreberg; Michael A Miller; David N McIlroy

doi:10.1088/0022-3727/46/50/505307

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The effects of nanoscale geometry and spillover on room temperature storage of hydrogen on silica nanosprings

Journal article

Peer reviewed

The effects of nanoscale geometry and spillover on room temperature storage of hydrogen on silica nanosprings

Giancarlo Corti, Yingqian Ada Zhan, Lidong Wang, Brian Hare, Timothy Cantrell, Miles F Beaux, Tejasvi Prakash, Marty Ytreberg, Michael A Miller and David N McIlroy

Journal of Physics D-Applied Physics, Vol.46(50)

2013

DOI: https://doi.org/10.1088/0022-3727/46/50/505307

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Title: The effects of nanoscale geometry and spillover on room temperature storage of hydrogen on silica nanosprings
Creators: Giancarlo Corti - Washington State University
Yingqian Ada Zhan - University of Idaho
Lidong Wang - University of Idaho
Brian Hare - University of Idaho
Timothy Cantrell - University of Idaho
Miles F Beaux - University of Idaho
Tejasvi Prakash - University of Idaho
Marty Ytreberg
Michael A Miller - Southwest Research Institute
David N McIlroy - University of Idaho
Publication Details: Journal of Physics D-Applied Physics, Vol.46(50)
Identifiers: 996631819701851
Academic Unit: Initiative for Bioinformatics and Evolutionary Studies; Physics; Institute for Modeling Collaboration and Innovation
Language: English
Resource Type: Journal article