Synergistic effect of photo-thermal oxidation for a low concentration of HCHO over Bi3+-TiO2/MnFeOx catalysts at ambient temperature

Study on the Effect of Bi Metal-Doped TiO2 on the Performance of Photothermal Catalytic Reduction of CO2 to Renewable Synthetic Fuels

“…25−28 To explore the future-oriented direction of artificial photosynthesis, this paper further enhances the photothermal coupling catalytic performance of TiO 2 by introducing thermal effects through the loading of Bi elements. 26,29 In terms of the modification of TiO 2 , the performance influencing factors of the modified catalysts as well as the experimental mechanism are investigated by various methods. 30−32 The loading of noble metals enhances the light absorption capacity of TiO 2 , but the nanoparticle agglomeration and strong metal-semiconductor interactions inhibit the activity and product selectivity of the catalysts, and the doping of conventional metals may be selected to achieve the modulation of product selectivity and enhancement of activity.…”

“…To explore the future-oriented direction of artificial photosynthesis, this paper further enhances the photothermal coupling catalytic performance of TiO 2 by introducing thermal effects through the loading of Bi elements. , In terms of the modification of TiO 2 , the performance influencing factors of the modified catalysts as well as the experimental mechanism are investigated by various methods. − …”