Density Functional Study of the Effects of Strains on the Adsorption of Methoxide and its Decomposed Intermediates on Cu(100) Surface

Abstract

Periodic density functional slab models were used to investigate adsorption of methoxide and its decomposed intermediates on optimized and strained (−5% to +5%) Cu(100) surfaces. Surface relaxation energies and adsorption energies of methoxide and its decomposed intermediates were systematically studied and quantified. Reaction energetics of methoxide C–H and C–O bond breaking were quantified on the strained Cu(100) surfaces.