Photocatalytic
A Comparative Study in the Design of TiO2 Assisted Photocatalytic Coatings Monitored by Controlling Hydrophilic Behavior and Rhodamine B Degradation

A Comparative Study in the Design of TiO2 Assisted Photocatalytic Coatings Monitored by Controlling Hydrophilic Behavior and Rhodamine B Degradation

, , , , , , , ,

MATERIALS2023SANDUA, XABIER; RIVERO, PEDRO J.; CONDE, ANA; ESPARZA, JOSEBA; RODRÍGUEZ, RAFAEL.Abstract This work presents a comparative study related to the photocatalytic efficiency associated with wettability measurements and organic dye degradation, as well as...

UVA LEDs and solar light photocatalytic oxidation/ozonation as a tertiary treatment using supported TiO2: With an eye on the photochemical properties of the secondary effluent

UVA LEDs and solar light photocatalytic oxidation/ozonation as a tertiary treatment using supported TiO2: With an eye on the photochemical properties of the secondary effluent

, , , , , ,

Journal of Environmental Chemical Engineering2022Manuel Figueredo; Eva M.Rodríguez; Eduardo M.Cordero; Fernando J.Beltrán.Highlights - SE treatment by PCOz using supported TiO2 and solar light/UVA LEDs. - Photolysis of EfOM generates ROS and contribute to pollutants...

Decontamination of sample surfaces for Scanning Electron Microscopy using a photocatalytic process

Decontamination of sample surfaces for Scanning Electron Microscopy using a photocatalytic process

, , , , , , ,

MASARYKOVA UNIVERZITA  PRÍRODOVE DECKÁ FAKULTA ÚSTAV FYZIKÁ LNÍ ELEKTRONIKYEVISTA2018MICHAL VENCEL Abstract This bachelor thesis deals with the study of the cleaning effects of TiO2 photocatalysis. In the theoretical chapters, there are explained the principles of the...

Enzymatic Catalysis Combining the Breath Figures and Layer-byLayer Techniques: Toward the Design of Microreactors

Enzymatic Catalysis Combining the Breath Figures and Layer-byLayer Techniques: Toward the Design of Microreactors

, , , , , ,

ACS - APPLIED MATERIALS & INTERFACES2015A.S. DE LEÓN; T. GARNIER; L. JIERRY; F. BOULMEDAIS; A. MUÑOZ-BONILLA; J. RODRÍGUEZ-HERNÁNDEZ Abstract Herein, we report the fabrication of microstructured porous surfaces with controlled enzymatic activity by combining the...

Controlling the surface chemistry of graphene oxide: Key towards efficient ZnO-GO photocatalysts

Controlling the surface chemistry of graphene oxide: Key towards efficient ZnO-GO photocatalysts

, , , , , , ,

Catalysis Today2020SANDRA VÍCTOR-ROMÁN; ENRIQUE GARCÍA-BORDEJÉ; JAVIER HERNÁNDEZ-FERRER; JOSÉ M. GONZÁLEZ-DOMÍNGUEZ; ALEJANDRO ANSÓN-CASAOS; ADRIÁN M.T. SILVA; WOLFGANG K. MASER; ANA M. BENITO Highlights • Development of ZnO-GO hybrids for enhanced photocatalysis....

Choose category