Photocatalysis has been widely applied in various areas, such as solar cells, water splitting,
and pollutant degradation. Therefore, the photochemical mechanisms and basic principles …

Photocatalytic hydrogen production and pollutant degradation provided both great
opportunities and challenges in the field of sustainable energy and environmental science …

The electron-induced dissociation of CO2 adsorbed at the oxygen vacancy defect on the
TiO2 (110) surface has been investigated at the single-molecular level using scanning …

Pursuing efficient and low-cost electrocatalysts is crucial for the performance of water–alkali
electrolyzers toward water splitting. Earth-abundant transition-metal oxides, in spite of their …

The field of heterogeneous photocatalysis has grown considerably in the decades since
Fujishima and Honda's ground-breaking publications on photoelectrochemistry on TiO2. 1 …

TiO2 is the most investigated photocatalyst because of its nontoxicity, low cost, chemical
stability, and strong photooxidative ability. Because of the morphology-and structure …

The technological importance of TiO2 has led to a broad effort aimed at understanding the
elementary steps that underlie catalytic and photocatalytic reactions. The most stable …

The water splitting reaction based on the promising TiO2 photocatalyst is one of the
fundamental processes that bears significant implication in hydrogen energy technology and …

A knowledge of adsorption behaviors of oxygen on the model system of the reduced rutile
TiO2 (110)-1× 1 surface is of great importance for an atomistic understanding of many …

Clean hydrogen production is highly desirable for future energy needs, making the
understanding of molecular-level phenomena underlying photocatalytic hydrogen …