Keyphrases
Sulfamethoxazole
100%
Persulfate Activation
100%
Sulfamethoxazole Degradation
100%
Heterogeneous Activation
100%
Non-metal Catalyst
100%
Degradation Mechanism
75%
Heterogeneous Metals
75%
Degradation Products
50%
Persulfate
50%
Carcinogenicity
25%
Antibiotics
25%
Surface Water
25%
High Water
25%
Environmental Sustainability
25%
Organic Matter
25%
Human Body
25%
Water Solubility
25%
Surface-groundwater
25%
Layered Double Hydroxide
25%
Water Environmental
25%
Inorganic Ions
25%
Heterogeneous Catalyst
25%
Fungicide
25%
Free Metal
25%
High Chemical Stability
25%
Non-metal
25%
Animal Bodies
25%
Metal Support
25%
Peroxymonosulfate
25%
High Resistance
25%
Inorganic-organic
25%
Bimetal
25%
Single Metal
25%
Water Safety
25%
Toxicity Resistance
25%
Metal Bi
25%
Peroxydisulfate
25%
Feces
25%
Resistance Potential
25%
Bacterial Resistance
25%
Natural Attenuation
25%
Ecological Toxicity
25%
Highly Reactive Oxygen Species
25%
Persulfate Activator
25%
Activated Processes
25%
Metal-doped
25%
Attenuation Processes
25%
Mixed Metal
25%
Activation System
25%
Doped Materials
25%
Change in pH
25%
Metal-free Materials
25%
Material Science
Layered Double Hydroxides
100%
Biological Material
100%
Fungicide
100%
Chemical Engineering
Nonmetal
100%
Persulfate Activation
40%