Research Explorer

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Researcher

Alireza Ranjbari

9 Results

2023

Enhancement of commercial ZnO adsorption and photocatalytic degradation capacity of methylene blue by oxygen vacancy modification : kinetic study

Alireza RanjbariJiyun KimJu Ho KimJihee YuKristof DemeesterePhilippe Heynderickx

A1 Journal Article in CATALYSIS TODAY

Oxygen vacancy modification of ZnO

Alireza RanjbariPhilippe Heynderickx

Oxygen vacancy modification of commercial ZnO by hydrogen reduction for the removal of thiabendazole : characterization and kinetic study

Alireza RanjbariKristof DemeestereKi-Hyun KimPhilippe Heynderickx

A1 Journal Article in APPLIED CATALYSIS B-ENVIRONMENTAL

2022

Enhancement of commercial ZnO adsorption and degradation capacity by oxygen vacancy modification

Alireza RanjbariKristof DemeesterePhilippe Heynderickx

Novel kinetic modeling of thiabendazole removal by adsorption and photocatalysis on porous organic polymers : effect of pH and visible light intensity

Alireza RanjbariKristof DemeestereFrancis VerpoortKi-Hyun KimPhilippe Heynderickx

A1 Journal Article in CHEMICAL ENGINEERING JOURNAL

Photocatalytic removal of methylene blue and thiabendazole by reduced ZnO : influence of oxygen vacancies on adsorption and photocatalytic degradation

Alireza RanjbariJu Ho KimJiyun KimJihee YuMireu ParkNayoung KimKristof DemeesterePhilippe Heynderickx

2021

Oxygen vacancy modification of commercial ZnO to enhance the photocatalytic activity for micropollutant degradation in water

Alireza RanjbariJihee YuJu Ho KimJiyun KimKristof DemeesterePhilippe Heynderickx

2020

Photocatalytic degradation of thiabendazole by using porous organic polymers (POP) under visible light

Alireza RanjbariKristof DemeestereFrancis VerpoortPhilippe Heynderickx

Visible light photocatalytic degradation of thiabendazole with Porous Organic Polymers (POP) : effect of reaction conditions

Alireza RanjbariKristof DemeestereFrancis VerpoortPhilippe Heynderickx