kitchingroup-7.el

;;; kitchingroup-7.el --- Modification of the Surface Electronic and Chemical Properties of {Pt}(111) By Subsurface 3d Transition Metals

;; Copyright (C) 2016 John Kitchin

;; Version: 0.0.1
;; Author: John Kitchin <jkitchin@andrew.cmu.edu>
;;  Jens K. Nørskov
;;  Mark A. Barteau
;;  Jingguang G. Chen
;; Journal: Journal of Chemical Physics
;; DOI: 10.1063/1.1737365
;; Bibtex: @article{kitchin-2004-modif-pt,
;;   author =	 {Kitchin, J. R. and Nørskov, J. K. and Barteau, M. A. and
;;                   Chen, J.  G.},
;;   title =	 {Modification of the Surface Electronic and Chemical Properties
;;                   of {Pt}(111) By Subsurface 3d Transition Metals},
;;   journal =	 {Journal of Chemical Physics},
;;   volume =	 120,
;;   number =	 21,
;;   pages =	 {10240-10246},
;;   year =	 2004,
;;   doi =	 {10.1063/1.1737365},
;;   abstract =	 {The modification of the electronic and chemical properties of
;;                   Pt(111) surfaces by subsurface 3d transition metals was
;;                   studied using density-functional theory. In each case
;;                   investigated, the Pt surface d-band was broadened and lowered
;;                   in energy by interactions with the subsurface 3d metals,
;;                   resulting in weaker dissociative adsorption energies of
;;                   hydrogen and oxygen on these surfaces. The magnitude of the
;;                   decrease in adsorption energy was largest for the early 3d
;;                   transition metals and smallest for the late 3d transition
;;                   metals. In some cases, dissociative adsorption was calculated
;;                   to be endothermic. The surfaces investigated in this study had
;;                   no lateral strain in them, demonstrating that strain is not a
;;                   necessary factor in the modification of bimetallic surface
;;                   properties. The implications of these findings are discussed
;;                   in the context of c talyst design, particularly for fuel cell
;;                   electrocatalysts.  (C) 2004 American Institute of Physics.},
;;   issn =	 {0021-9606},
;;   type =	 {Journal Article},
;;  }



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