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Keyword [ppcps]
Result: 101 - 120 | Page: 6 of 10
101.
Adsorption And Catalytic Ozonation Of Typical Organic Pollutant In Water With Novel Carbonaceous Materials
102.
Preparation Of Graphite Carbon Nitride Composites And Study On The Photocatakytic Mechanism By The Degradation Of PPCPs
103.
Study On The Mechanism Of Photolysis And Photocatalysis With Persulfate For The Degradation Of PPCPs
104.
Preparation Of Metal And Metal-free Modified Carbon Nitride Composite And Their Photocatalytic Degradation Performance And Mechanism Toward Typical PPCPs Under Visible Light Irradiation
105.
Research On Fabrication And Performance Of The Amphoteric Charged Composite Nanofiltration Membranes
106.
Preparation Of Polyethylenimine/polydopamine Composite Nanofiltration Membrane And Study On The Mass Transfer Mechanism Model
107.
Application Research On Manganese Oxides Activated Peroxymonosulfate Process
108.
Study On The Runoff Pollution Control By Waste Bricks
109.
Comparative Study Of Operational Efficiency Between Single MBR Process And Enhanced PAC-MBR Process
110.
Distribution And Migration Of Typical PPCPs In Municipal Sewage System
111.
Degradation Of Typical Ppcps By UV/NaClO And UV/K
2
S
2
O
8
Advanced Oxidation Processes
112.
Removal Of PPCPs Using Nanometal-graphene Modified Composites
113.
Pollution Characteristics And Control Of PPCPs In Rainfall Runoff In Urban Environment
114.
Modeling The Removal Of PPCPs In Wastewater Reclamation Processes And Their Ecological Risk
115.
Activation Of Persulfate By Novel Magnetic MnFe_xO_y For Removal Of PPCPS In Water
116.
Removal Efficiency And Mechanismof Typical Ppcps In Microbial Fuel Cell Coupled With Constructed Wetlands
117.
The Reduction Of Trance Organic Pollutants In Reclaimed Water Producing And Reuse System And Their Health Risk
118.
The Occurrence And Risk Assessment Of Typical PPCPs In Drinking Water Sources In A City
119.
Study On The Photocatalytic Degradation Of Acetaminophen By TiO
2
Composite
120.
Degradation Of PPCPs By New Technology Involving Simultaneous Electrochemical Generation Of Ozone And Hydrogen Peroxide:Removal Performance And Mechanism
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