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Keyword [4-nitrophenol]
Result: 61 - 80 | Page: 4 of 8
61.
Study On The Degradation Of 4-nitrophenol In Water By A Heterogeneous Electro-fenton Oxidation Procecc
62.
Design And Application Of Quantum Dots Based Fluorescent Sensors For Environmental Pollutants Analysis
63.
Synthesis Of Supported Au And Au@Pd NPs On Magnetic Polymer Microspheres And Their Application In Catalysis
64.
Construction Of Chemiluminescence Signal Amplification Analysis System Based On Resonance Energy Transfer And Its Detection Applications
65.
Fabricatie Noble Metal/Zinc Oxide (Titanium Dioxide) Complex And Catalytic Application
66.
Preparation And Applications Of Hydrophilic Polymers Functionalized Polypyrrole/graphene Oxide Nanocomposites
67.
Peparation, Characterization And Properties Of Multi-function Supported Nano Nickel Catalyst
68.
Preparation Of Fe
2
O
3
/g-C
3
N
4
And Aupd/meso-Fe
2
O
3
Catalysts And Their Photocatalytic Performance Forthe Degradation Of Organic Compounds
69.
Peparation,Characterization And Properties Of Nano Nickel Catalyst
70.
Synthesis Of Pd/Au Bimetallic Nanoparticle-loaded Ultrathin Graphitic Carbon Nitride Nanosheets And Catalytic Application
71.
Experimental Study On Synthesis And Catalytic Test Of Gold And Ruthenium Nanoparticles
72.
The Application Of Noble Metal Nanoparticle And Hydrogel Composites Prepared Using Room Temperature Electron Reduction
73.
Novel Fenton Oxidation Process For The Degradation Of 4-nitrophenol Characterized By The Electrochemical Reduction Of Fe
3+
74.
Preparation And Catalytic Properties Of Noble Metal/graphene Nanocomposites
75.
Synthesis And Catalytic Properties Of Nickel-based Nanocomposites
76.
Fabrication Of Nanocatalysts With Multi-component And Their Catalytic Performance
77.
Highly Uniform And Porous Polyurea Microspheres:Preparation,Characterization And Applications
78.
Preparation Of Several Glyphosate Zirconium-based Composite Materials And Their Application Research
79.
Preparation Of Bismuth Based Nanomaterials And The Research Of Their Catalytic Performance
80.
Preparation And Catalytic Properties Of Cu(Fe?Co)
2
O
4
-based Nanomaterials
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