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Keyword [in situ DRIFTS]
Result: 41 - 60 | Page: 3 of 4
41.
Preparation Of Mn-Based Composite Oxide Catalysts And The Investigation Of Their NO Elimination Performance
42.
Preparation And Mechanism Of SO
2
Resistant Ce-Based Catalysts For NH
3
-SCR Of NO
x
43.
Study On Preparation Of Benzaldehyde From Cinnamaldehyde Catalyzed By ZnO
44.
O-xylene Oxidation Process And Mechanism Over Oms-2 Catalysts:Investigation Through In-situ DRIFTS
45.
Photocatalytic VOCs Oxidation Enhancement Performance And Reaction Mechnism Of Wide Bandgap Semiconductor Photocatalysts
46.
Study On Catalytic Ozonation Of Cinnamaldehyde To Benzaldehyde By Ca(OH)
2
47.
Study On The Selective Catalytic Reduction Of NO
x
By Hydrogen Over Pt/TiO
2
Catalyst
48.
Preparation And Application Of Rare Earth Modified TiO
2
-based Anti-sulfur Denitration Catalyst
49.
The Preparation Of Copper-titanium-based Oxide And Its Catalytic Ammonia Selective Reduction Of NO
50.
Study On Catalytic Performance And Reaction Mechanism Of CO
2
Hydrogenation To CH
3
OH Over CuO/Ce
1-x
Zr
x
O
2
Catalyst
51.
Performance And Mechanism Study Of Simultaneous Removal Of NO And Hg~0 From Coal Combustion Flue Gas By Mn-based Composite Catalysts At Low Temperature
52.
Modification Of G-C
3
N
4
-Based Nanocomposites And Reaserch On The Product Of Photocatalvtic Reduction Of CO
2
53.
The Fabrication And Carbon Monoxide Oxidation Property Of Graphdiyne Nanocomposites
54.
Preparation And Performance Research Of Rare Earth-based High Temperature SCR Denitration Catalytic Materials
55.
Study On The Surface Acid Modification And Sulfur Resistance Of Iron-based Catalysts
56.
Experimental Study On Photocatalytic CO
2
Reduction By Pt And Cu Metal Modified TiO
2
57.
Study On The Structure-activity Relationship Of K-doped OMS-2 For The Catalytic Oxidation Of O-xylene
58.
Preparation And Characterization Of Oxygen Deficient Materials
59.
Non-thermal Plasma Synergized With Au Catalyst For The Oxidation Mechanism Of Graphitic Carbon
60.
Preparation Of Novel Mn-Fe Spinel And Investigation On Its Performance And Mechanism In Low Temperature NH
3
-SCR
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