The structural and electronic properties of the Au/TiO2(110) interface were

considered for a coverage of 1 monolayer of gold on either a stoichiometric or a

reduced (Ti-rich) rutile surface. A detailed analysis of the Schottky barrier height

for such systems was presented and the effects upon this barrier, generated by the

presence of an oxygen vacancy (localized on the rutile support), were determined.

Oxygen Vacancy Effects on the Schottky Barrier Height at the Au/TiO2(110)

Interface: a First Principle Study. I.Marri, S.Ossicini: Solid State Communications,

2008, 147[5-6], 205-7