Prediction of carbofuran degradation based on the hydroxyl radical's generation using the Fe^III impregnated N doped-TiO₂/H₂O₂/visible LED photo-Fenton-like process

Keyphrases

• Hydrogen Peroxide 100%
• Fe(III) 100%
• Hydroxyl Radical Generation 100%
• N-doped TiO2 100%
• Visible LED 100%
• Carbofuran Degradation 100%
• Photo-Fenton-like 100%
• LED Lighting 80%
• Light Intensity 40%
• Developing Countries 20%
• Reaction Conditions 20%
• Hydroxyl Radical 20%
• Model Prediction 20%
• Intensity-based 20%
• High Output Power 20%
• Reaction Parameters 20%
• Kinetic Model 20%
• Comparing Models 20%
• Pesticides 20%
• Photocatalytic Reaction 20%
• Fenton Reagent 20%
• OH Production 20%
• Reactive Species 20%
• Solar Energy 20%
• Organic Pollutant Degradation 20%
• Model Experimental 20%
• H2O Concentration 20%
• Effective Technology 20%
• Visible Light Source 20%
• Photocatalytic Mechanism 20%
• New Kinetic Model 20%
• Heterogeneous Phase 20%
• Contaminant Degradation 20%
• Intrinsic Reactivity 20%
• Heterogeneous Fenton 20%
• Homogeneous Phase 20%
• Experimental Setup Design 20%
• Carbamate Group 20%
• Photo-Fenton-like Process 20%

Chemical Engineering

• Hydrogen Peroxide 100%
• Titanium Dioxide 100%
• Fenton 100%
• Hydroxyl Radical Generation 100%
• Organic Pollutant 20%
• Chemical Kinetics Characteristics 20%
• Photocatalytic Mechanism 20%
• New Kinetic Model 20%