Influence of Ti source on the Ti-HMS photocatalyst synthesis used in a water splitting reaction

Unraveling the effect of low Cu2O loading on P25 TiO2 and its self-reduction during methanol photoreforming

“…In this case, the increment of the molar ratio is due to the increment of the H 2 production to the expected stoichiometric amount from the methanol photoreforming. Therefore, the P25 TiO 2 can carry out a methanol photoreforming reaction [31,32], and the additional H 2 amount can be produced by water splitting, which has been reported for this material previously [33].…”

Robust Mg(Ca)Zr-Doped Acid–Base Bifunctional Mesoporous Silica and Their Applications in the Deacetalization-Knoevenagel Reaction

“…The absorption at 459 cm –1 is related to the silanol bending, and the vibration of asymmetric and symmetric stretching vibrations of Si–O–Si are assigned to the bands at 1084 and 801 cm –1 , respectively. − These characteristics also indicated the retention of the original structure, meaning the prepared bifunctional catalysts can preserve the merits of the mesoporous silica supports. Meanwhile, a band at 969 cm –1 for the obtained samples could be explained as the framework Si–O–M vibrations, reflecting the incorporation of the metal species into the silica framework. , The band at 1647 cm –1 corresponded to the hydroxyl deformation mode on the material surface …”

“…42,43 The band at 1647 cm −1 corresponded to the hydroxyl deformation mode on the material surface. 44 The N 2 adsorption−desorption test and the detailed textural parameters of the prepared samples are displayed in Table 1. The prepared catalysts still have a large specific surface area (305.3−485.8 m 2 g −1 ), significantly less than that of the parent material (1103.2 m 2 g −1 ).…”