Fundamental understandings of surface chemistry and catalysis of solid catalysts are of
great importance for the developments of efficient catalysts and corresponding catalytic …

There is an increasing demand to replace conventional industrial systems that emit massive
amounts of CO 2 with lower-carbon emitting systems, and this has spurred research on the …

We test the feasibility of TiO 2 (B)@ carbon composites as adsorbents, derived from wheat
straws, for tetracycline (TC) adsorption from aqueous solutions. Hydrochar (HC), biochar …

Antibacterial ability is greatly demanded for biomedical implants to prevent after-surgery
infections. Titania is the oxidative layer of the widely used Ti implants, and is well known to …

Fabricating rapid and high-efficient charge-transfer pathways is contributing to improving
charge separation and receiving extensive concerns in preparation of semiconductors …

Mesocrystals are types of fascinating multifunctional materials in fabricating rapid charge
transport pathways, and surface engineering could be considered as a significant …

Photocatalytic CO 2 reduction with H 2 O over wide bandgap semiconductor-based
photocatalysts is significantly limited by the low light utilization efficiency and poor activation …

Photocatalytic oxidation (PCO) of volatile organic compounds (VOCs) over MOF-based
photocatalysts is considerably impeded by the weak activation of reactant molecules on the …

Chemical reactions catalyzed under heterogeneous conditions have recently expanded
rapidly from traditional thermal catalysis to photocatalysis due to the rising concerns about …

In the present study, we investigate the surface acid–base properties of anatase TiO2
nanomaterials with dominant {101} and {001} facets via methanol titrations. Two anatase …