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Keyword [anatase TiO2]
Result: 41 - 60 | Page: 3 of 4
41.
Theoretical Study On Photocatalytic Degradation Of Chlorobenzene And Its Derivatives By TiO
2
（101 Surface）
42.
Theoretical Invesitgation On Adsorption Mechanisms And Degradation Feasibility Of Typical Carbonyl-Containing VOCs Onto Anatase TiO
2
Based Photocatalysts
43.
Preparation And Properties Of Iron-Doped Mesoporous Titanium Dioxide
44.
Synthesis And The Lithium Storage Properties Of TiO
2
And Nb
2
O
5
45.
Preparation And Characterization Of TiO
2
/Illite Compound UV Shielding Material
46.
Catalytic Performance And Structure-Property Relationship Of Cu/TiO
2
Nanosheet Catalysts For CO
2
Hydrogenation To Methanol
47.
Preparation And Properties Of TiO
2
-based Materials With Oxygen Vacancies For Lithium-ion Battery Anode
48.
The Preparation And Photoelectric Performance Of N/rGO-TiO
2
Composites
49.
Controllable Synthesis And Photocatalytic Activities Of Anatase TiO
2
And Related Composites
50.
Density Functional Theory Study On The Atomic Reactivity Of Noble Metal On The Surface Of Anatase TiO
2
（101）
51.
Study On Size Controlling,Surface Structure And Photocatalvtic Performance Of TiO
2
Nanosheets
52.
Studies On Coupling Reactions Of Molecules On Anatase TiO
2
（001） Surface
53.
Possible Mechanism Of TiO
2
Modification By Anions And Evaluation Of Photocatalytic Activity
54.
Introducing Strain In Anatase TiO
2
（001）Films By Epitaxial Growth And Structural Study
55.
Process Optimization Of Hydrothermal Synthesis Of Strontium Titanate And Its Mechanism
56.
First-Principles Study The Related Process Of Surface Modification Of Anatase Titanium Dioxide
57.
Preparation Of Anatase TiO
2
-based Photocatalyst And Its Degradation Performance For Triphenylmethane Dyes
58.
Study On Modifying The Photocatalytic Properties Of Anatase TiO
2
（101） Surface By Doping Transition Metals
59.
Fabrication Of TiO
2
Thin Film By Microwave Hydrolysis And Application In Perovskite Solar Cells
60.
Study On The Influence Of Ni Element On The Mechanism Of N
2
O Formation Over Pt-TiO
2
Catalysts
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