We review computational contributions to the understanding of the physical principles
underlying interface phenomena related to dye adsorption at the surface of titanium oxide …

Titanium dioxide is one of the most frequently studied metal oxides, and its (110) rutile
surface serves as a prototypical model for the surface science of such materials. Recent …

A fullerene-promoted organic-inorganic hybrid electrochemiluminescence (ECL) biosensor
was proposed for sensitive detecting concanavalin A (ConA). Here, platinum-modified …

Nanotribology has been given increasing attention by researchers in pursuing the nature of
friction. In the present work, an approach that combines the supramolecular assembly and …

Utilization of visible light by photosensitization of semiconductor photocatalysts via surface
attachment of small colorless organic pollutants (COP) is an effective way to stimulate their …

The article discusses research on the on-surface polymerization on a semiconducting metal
oxide surface. It offers information on nanotechnology and its capability to control the …

Under assistance of ionic liquid, the Cu 2 O crystal was successfully synthesized by a simple
solution-phase method with several morphologies, including octahedrals, truncated …

In this work, we show the possibility of tailoring the molecular arrangement, as well as
chemical and structural modifications, of porphyrins at monolayer saturation coverage on …

In this Perspective we present a comprehensive study of the multiple reaction products of
metal-free porphyrins (2H-Ps) in contact with the rutile TiO2 (110) surface. In the absence of …

The adsorption of Cu–porphyrin derivatives terminated with peripheral carboxyphenyl side
groups on hydroxylated TiO2 (110) surfaces is investigated by combined scanning tunneling …