Urbana / Tempe / New York / Oxford / Albuquerque / Cambridge / San Diego / Wiley / /
Company
IBM / The M.I.T. Press / Elsevier Science B.V. / Clarendon Press / C.H.F. Peden S.A. / /
Country
United States / /
Currency
pence / / /
Facility
University of Illinois / University of Illinois Materials Laboratory Center / Arizona State University / / /
IndustryTerm
long-bridge site / chemisorption energy / short-bridge site / favored site / on-top site / surface energy / plane-wave cutoff energy / high-resolution electron energy loss spectroscopy / initio total energy calculations / cohesive energy / energy / metal / energy loss peaks / energy convergence / shortbridge site / bridge-site / well-converged total energy / bridge site / adsorption site / metal surfaces / pseudo-potential plane-wave total energy calculations / fourfold site / /
Organization
University of Illinois Materials Laboratory Center for Computation / M.I.T / Department of Materials Science and Engineering / Department of Physics and Astronomy / National Center for Supercomputing Applications / Department of Energy / University of Illinois / Federal Communications Commission / Arizona State University / Department of Chemical / Bio and Materials Engineering / /
Person
G. Comelli / V / M. Kiskinova / Prince / K.C. Prince / V / A.M. Rappe / Norman Troullier / Van Nostand Reinhold / K.A. Gschneidner Jr. / R. Rosei / A. Lausi / A. Santoni / A. Baraldi / V / V.R. Dhanak / F. Averill / G. Comelli / S. Haq / G. Paolucci / D. Cvetko / V / /
Position
King / Surf / Corresponding author / Painter / Prince / /
ProgrammingLanguage
ML / /
ProvinceOrState
Illinois / New York / New Mexico / California / Arizona / Massachusetts / /
Surface Science[removed]–19 DFT–LDA study of NO adsorption on Rh(110) surface D. Liao a,*, K.M. Glassford b, R. Ramprasad c, J.B. Adams d a Department of Materials Science and Engineering, University of Illinoi