Improved Norfloxacin degradation by urea precipitation Ti/SnO₂–Sb anode under photo-electro catalysis and kinetics investigation by BP-neural-network-physical modeling

Ingenjörs- och materialvetenskap

• Catalysis 100%
• Urea 92%
• Anodes 72%
• Degradation 52%
• Neural networks 45%
• Antibiotics 13%
• Saline water 12%
• Oxidants 12%
• Electrodeposition 12%
• Adsorption 9%
• Current density 9%
• Sustainable development 8%
• Porosity 8%
• Oxides 8%
• Radiation 7%
• Metals 6%

Affärsverksamhet och ekonomi

• BP Neural Network 99%
• Kinetics 80%
• Degradation 76%
• Modeling 43%
• High Performance 17%
• Adsorption 15%
• Porosity 15%
• Antibiotics 13%
• Cleaner Production 11%
• Adaptability 11%
• Performance 10%
• Performance Analysis 10%
• Energy Cost 10%
• Radiation 9%
• Environmental Sustainability 9%
• Preparation 8%
• Metals 8%
• Water 6%

Mark- och miljövetenskap

• catalysis 88%
• urea 77%
• degradation 49%
• kinetics 46%
• modeling 31%
• cleaner production 12%
• metal oxide 10%
• environmental sustainability 10%
• oxidant 9%
• antibiotics 9%
• data analysis 7%
• porosity 6%
• radiation 6%
• adsorption 6%
• method 6%
• analysis 5%