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Ligand Effects for Transition Metal Oxides

Consider oxygen adsorption on transition metal oxide surfaces. The role of the narrow bands of metal fi -states in the transition metals is now played by localized surface resonances and surface states, typically in the gap of semiconducting or insulating transition metal oxides. [Pg.134]

FIGURE 8.21 (a) Correlation between oxygen adsorption energies and the center of the [Pg.135]

Abild-Pedersen F, Greeley J, Nprskov JK. Understanding the effect of steps, strain, poisons, and alloying methane activation on Ni surfaces. Catal Lett 2005a 105 9-13. [Pg.135]

Abild-Pedersen F, Lytken O, Engbtek J, Nielsen G, Chorkendorff I, N0rskov JK. Methane activation on Ni(lll) effects of poisons and step defects. Surf Sci 2005b 590 127-137. [Pg.135]

Andersson MP, Bligaard T, Kustov A, Larsen KE, Greeley J, Johannesen T, Christensen CH, N0rskov JK. Towards computational screening in heterogeneous catalysis paretooptimal methanation catalysts. J Catal 2006 239 501-506. [Pg.136]


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Ligand effective

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Ligands, transition-metal oxidation

Metal ligand effect

Transition effects

Transition ligand

Transition metal effect

Transition metal oxide

Transition metal oxide oxides

Transition metals ligands

Transition metals oxidation

Transition oxides

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