High Performance Computing Laboratory / Thin Solid Films / Busnengo HF / /
Country
Japan / Philippines / / /
Event
Product Issues / /
Facility
De La Salle University / Osaka University / High Performance Computing Laboratory of De La Salle University / /
IndustryTerm
rare and expensive metal / energy barrier / minimum energy / kinetic energy cutoff / calculated minimum energy / potential energy curve / vacant site / hydrogen storage systems / potential energy surfaces / quantum-chemical study / adsorption energy / lower energy state / desorption energy decreases / metal surface / metal atoms / translational energy / cutoff energy / potential energy plot / energy / chemical reactions / exchange correlation energy / metal surfaces-localization / desorption energy / proach site / electrical energy / potential energy / metal substrate / potential energy surface / potential energy plots / potential energy curves / energy dispersion / zero reference energy / approach site / /
NaturalFeature
Natividad MT / /
Organization
De La Salle University / Manila / Osaka University / Federal Communications Commission / Philippines Department of Precision Science & Technology / /
Person
Phil Sci / Manuel P. Soriaga / Nelson B. Arboleda Jr. / /
ARTICLE Incident angle dependence of H2 adsorption on a defective Pt(111) surface: first-principles calculation Michelle T. Natividad1*, Nelson B. Arboleda Jr.1, and Hideaki Kasai2