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Keyword [visible-light catalysis]
Result: 1 - 20 | Page: 1 of 10
1.
Preparation, Chracterizations And Catalytic Activities Of Nanoporous Ag And Composite Porous Materials
2.
Synthesis Of High Efficiency Photocatalyst And Its Application In Visible Light Catalytic Lignin Depolymerization
3.
Preparation And Characterization Of Silver Phosphate Based Composite Photocatalysts
4.
The Preparation Of BiFeO
3
and BiFeO
3
-carbonaceous Composites And Their Application For Adsorption And Degradation Of Organic Pollutants
5.
Study On The Preparation Of One-dimensional TiO
2
Composite Catalysts On Titanium Substrate And Their Visible-light Catalytic Performances
6.
Study Of TiO
2
Based Nanocomposites And Photocataltic Properties
7.
Study On Prepation,Structure And Photocatalytic Performance Of Bi
2
WO
6
-C Composite Materials
8.
Study On The Tandem Reactions Of Alkenes For The Synthesis Of Cyclic Compounds
9.
Study On Hydrothermal Synthesis Of AgsbO
3
Photocatalysts And The Photocatalytic Decomposition Of4BS Dyestuff By AgsbO
3
under Visible Light Irradiation
10.
The Preparation Of Graphene - Silver Compounds And Their Photocatalytic Performance Research
11.
Aerobic Oxidative Coupling Of Resveratrol And Its Analogues By Visible Light Using Mpg-C
3
N
4
as A Bio-inspired Catalyst
12.
Visible-light-mediated Nucleophilic Addition Of Tertiary Amines To Unsaturated Double Bond Compounds
13.
Microwave Hydrothermal Systhesis Of BiVO
4
And Their Visible Light Catalytic Degradation Of Dyes
14.
Preparation And Characterization Of BiVO
4
-Based Composites Photocatalysts
15.
The Fabrication And Characterization Of UV/Visible Light Responsive TiO
2
-Based Materials For Adsorption And Catalysis
16.
Synthesis Of Chiral Chromans Via Asymmetrical Dinucleophilic Reaction
17.
Synthesis And Properties Study Of Bismuth-based And Silver-based Photocatalysts
18.
Visible-light Photocatalytic Reduction Of Uranium（VI） Over C/TiO
2
And Cu
5
（OH）
4
（PO
4
）
2
19.
Visible-Light-Promoted(Phenylsulfonyl)Methylation And Desulfonylation
20.
Fabrication Of AgX（X=Br,I）-Modified TiO
2
Supported On Carbon Nanofibers And Their Visible-light Catalytic Performance
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