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Keyword [Acid sites]
Result: 1 - 20 | Page: 1 of 4
1.
Study On Purification Of Diatomite And Its Surface Hydroxyl Groups And Acid Sites
2.
Study On The Synthesis Of Diphenyl Carbonate From Transesterification Of Dimethyl Oxalate With Phenol
3.
Methane Dehydrogenation And Aromatization: A Further Study On The Bifunctionality Of Mo/HZSM-5 Catalysts
4.
Study On Improve Acid Sites And Hydrothermal Stability Of Mesoporous Molecular Sieves
5.
Study On The Supported MoO
3
Catalysts For The Synthesis Of Diphenyl Oxalate From Transesterification Of Dimethyl Oxalate With Phenol
6.
Study On Catalysts For Chlorinated Volatile Organic Compounds Catalytic Combustion
7.
Study On The MoO
3
/TiO
2
-SiO
2
Catalysts For The Transesterification Of Dimethyl Oxalate With Phenol
8.
Study Of The Adsorption On External Br(?)nsted Acid Sites In H-MCM-22 Zeolites By Theorical Calculation
9.
The Study Of Transesterification Reaction Using Polyoxometalates With Double Acid Sites As Catalyst
10.
No Reduction Activity Of Al
2
O
3
Influenced By Lewis Acid Sites And The C
2
H
2
-SCR Over Ce-Al
2
O
3
11.
Hydroisomerization Of N-heptane Over Pt/WO
3
/ZrO2Catalysts Doped With Al
2
O
3
and Ga
2
O
3
12.
Catalytic Activity Of Aluminum Modified ZSM-5 Catalyst For Methanol To Gasoline
13.
The Study Of Ethylene Protonation On HZSM-5 Zeolite With Neighboring Br(?)nsted Acid Sites
14.
Study Of CH
4
-SCR To Remove NOx On Pd-supported Metal Catalyst
15.
Synthesis And Characterization Of Titanium Oxide Based Catalysts And Their Application In The Environmental Catalysis
16.
Hydroisomerization Of N-heptane Over Pt/WO
3
/ZrO
2
Catalyst Doped With In
2
O
3
and Fe
2
O
3
17.
Effects Of Adding Al
2
O
3
on The Crystal Structure Of TiO
2
and The Total Oxidation Of Ethanol Over Pd-based Catalysts
18.
The Synthesis Of Mesoporousalumina Sol With Rich Bronsted Acid Sites And Its Application In FCC Catalyst
19.
Methanol-to-olefin Reaction Over SAPO-and A1PO-type Molecular Sieves
20.
Hydroisomerization Of N-heptane Over Pt/SO
4
2-
/ZrO
2
Catalysts Doped With Fe
2
O
3
And Co
2
O
3
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