Charge separation and transfer at the interface between two materials play a significant role
in various atomic-scale processes and energy conversion systems. In this review, we …

The properties of materials can be altered by introducing strain. For instance, the critical
temperature of superconductors has been raised as has the Curie temperature of …

An oriented TiO2 thin film-based hydrogen sensor has been demonstrated to have excellent
sensing properties at room temperature. The exposed high energy surface offers a low …

By using a combination of scanning tunneling microscopy (STM), density functional theory
(DFT), and secondary‐ion mass spectroscopy (SIMS), we explored the interplay and relative …

Surface photovoltage (SPV) measurements are a crucial way of investigating optoelectronic
and photocatalytic semiconductors. The local SPV is generally measured consecutively by …

We report a pH-responsive phase transformation of a sulfonated MOF from amorphous UiO-
66-SO3H to crystalline UiO-66-SO3M (M= Li, Na, K). Such transformation is obtained via …

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

Functionalized materials consisting of inorganic substrates with organic adsorbates play an
increasing role in emerging technologies like molecular electronics or hybrid photovoltaics …

Inspired by the significance of hydrogen–solid interaction in hydrogen energy and catalysis,
adsorption, diffusion, and desorption behaviors of deuterium atoms in rutile TiO2 (011) have …

Safety is the most important concern for hydrogen production, transportation and storage. A
hydrogen sensor based on (004) oriented anatase TiO 2 thin film is fabricated with high …