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Keyword [4-chlorophenol]
Result: 61 - 80 | Page: 4 of 5
61.
Study Of Electrochemical Sensor Based On Functionalized Graphene And Molecularly Imprinted Technology
62.
Synergetic Removal Of Organic And Copper Ion Composite Water Pollutants By Photoelectrocatalysis
63.
Study On The Adsorption Property Of Typical Organic Pollutants By Activated Carbon Prepared From Walnut Shell
64.
Preparation Of Modified Lead Dioxide Electrode And Its Application In Water Treatment
65.
Removal Of 4-chlorophenol In Aqueous Solution By Aluminum-iron Alloy Particles
66.
Study On Kinetics And Mechanism Of 4-Chlorophenol Degradation By Potassium Ferrate(?)
67.
Degradation Of Chlorophenol Organics Wastewater By Three-dimensional Electrode Reactors
68.
High-pressure Pulse Discharge Synergistic Catalyst For The Degradation Of 4-chlorophenol Wastewater
69.
Study On Anaerobic Degradation Characteristics And Sulfate Effects Of 4-Chlorophenol Batch/UASB
70.
Catalytic Peroxide Oxidation Of Chlorophenol In Aqueous Solution In Presence Of Fe
3
O
4
Nanoparticles Or Its Composites
71.
Heterometallic Organic Frameworks Based On Schiff Base Ligands And Fe~?/Cd~? Ions:Structures,Adsorption Performance For Dyes And Photocatalytic Degradation Of 4-Chlorophenol
72.
Structural Design And Performance Optimization Of Pulsed Liquid Discharge Needle Plate Plasma Reactor
73.
Prepation Of Iron-copper Bimetal Doped Mesoporous ?-Al
2
O
3
(Fe/Cu-?-Al
2
O
3
)Fenton-like Catalysts And Its Removal Study Of 4-chlorophenol
74.
Magnéli-phase Ti
4
O
7
Conductive Membrane For Effective Electrochemical Degradation Of 4-chlorophenol Wastewater
75.
Degradation Of Phenolic Organic Compounds By Cathode/PDS/Fe
3+
System
76.
Oxidative Degradation Of 4-Chlorophenol Catalyzed By Surface Modified Nono-Fe
3
O
4
77.
Preparation Of Carbon Nanotubes/Carbon Porous Materials And Adsorption Of 4-Chlorophenol
78.
Calcined Products Of Mg-Al LDH/SWCNT Nanocomposites For Expeditious Removal Of Phenol And 4-chlorophenol From Aqueous Solutions
79.
Synthesis Of Fe-rich Biochar Derived From Sewage Sludge Via Pyrolysis And Its Applications As Environmental Functional Materials
80.
Study On The Degradation Mechanism Of 4-Chlorophenol In The Peroxymonosulfate/Fe
2+
/Molybdenum Sulfide System
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