Comparative analysis of the results of the investigations, which were performed by means of
photon correlation spectroscopy (PCS) and electrophoresis, of aqueous suspensions of …

We present self-consistent ab initio total-energy calculations of the equilibrium relaxed
structures and surface energies of the stoichiometric (1× 1)(110),(100),(001), and (011) …

Synchrotron radiation photoemission has been used to study the interaction of H2O with
defective and nearly-perfect TiO2 (110) surfaces at temperatures between 160 and 300 K …

13C2H4, and 15N20) is thereforeproportional to the coverage of surface oxygen vacancies.
No deoxygenation reactions are observed on the fully oxidized (defect-free) surface. This …

Although there has been considerable debate in the solid state literature regarding oxygen
vacancy versus titanium interstitial models for point defect diffusion in rutile TiO2, ultrahigh …

Titanium is a relatively widely and successfully used biomaterial, especially in the dental
and orthopaedic fields. The surface oxide which almost always covers titanium is considered …

We succeeded in STM imaging of TiO2 (110) with atomic-scale resolution. Sputtering and
subsequent annealing under UHV at 600–900 K resulted in the (110)−(1× 1) terraces …

Abstract The reactivities of TiO 2 (001) single-crystal surfaces for acetic acid decomposition
were studied by TPD and XPS. Surface structure and composition were varied by a …

The photochemistry of oriented rutile surfaces has been examined using the photoreduction
of Ag+ to Ag metal from an aqueous solution onto the TiO2 surfaces. The photochemical …

Reactions of methanoi on TiO2 were studied on three characteristic (001) single crystal
surfaces: the Ar+-bombarded surface, the {011}-facetted surface, and the {114}-facetted …