This work describes the facet-controlled synthesis of TiO2 grown on substrate and it was used to study photocatalytic CO2 reduction. Check out the paper here and the cover here.
This work utilizes DFT calculation to understand how Nb2O5 catalyzes the amidation of carboxylic acids. Check out the paper here and the cover here.
This theoretical work reported that four MXenes (i.e. M2C (M =Ti, V, Nb, Mo)) are very reactive and are attractive for catalytic applications. The O-functionalized MXenes are less reactive but more selective to particular gas species than the pristine MXenes.…
The development of highly effi cient catalysts for the decomposition of H2S in coal-derived gases has gained considerable attention due to the concern of the harmful H2S pollutant. Our results indicate that TiO2 (001) catalyst is very reactive and selective…
Our work on the development of nanocatalysts for the production of biodiesel and biohydrodeoxygenated diesel was given the TRF Outstanding Research award. Check out the news here (in Thai).