RomPhysChem-17, Bucharest, Romania Honorary Committee
2023年7月
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2023年7月
4th International Workshop Advances on Photocatalysis including Environmental and Energy Applications (AdvPhotoCat-EE2023), Hellenic Mediterranean University, Heraklion, Crete Greece International Organizing Committee
Frontiers in Chemistry 6 Article 408 2018年1月 [査読有り]
Photocatalytic conversion of CO2 into mainly methane using Pd/TiO2 photocatalyst proceeded faster at 0.80 MPa using water rather than hydrogen as a reductant. The reason of the higher activity using water rather than H2 could be explained owing to...
The reaction pressure in the photocatalytic conversion of CO2 into fuels is optimized between 0 and 0.80 MPa under CO2 and moisture. The higher reactivity of water than H-2 was observed at higher pressure and the reason was clarified using several...
Various layered double hydroxides with the formula [MII3GaIII(OH)8]+2A2−·mH2O {MII = Zn, Cu; A2− = CO32−, [Cu(OH)4]2−} were synthesized and applied to CO2 photoconversion using H2 at the reaction pressure of 0.40 MPa. Exclusive photoconversion int...
CO2 photoconversion is a promising method to reduce atmospheric CO2 concentrations and mitigate energy problems simultaneously. Among the various efficient and stable semiconductor photocatalysts used for this purpose, layered double hydroxides (L...
Mao Yoshiba   Yuta Ogura   Masayuki Tamba   Takashi Kojima   Yasuo Izumi   
RSC ADVANCES 7(32) 19996-20006 2017年 [査読有り]
Fuel cells (FCs) and solar cells (SCs) are indispensable devices for a hydrogen energy society. The voltages obtained are less than 1 V per cell for most FCs and SCs. Herein, we use a recently developed SC comprising two photocatalysts. In princip...