Font Size:
a
A
A
Keyword [Anti-sintering]
Result: 1 - 20 | Page: 1 of 2
1.
Preparation Of A Cage Like Ni-based Catalyst And Its Application In Bio-oil Upgrading
2.
Cyclic Reaction Characteristic Of Co-capture CO
2
/SO
2
and Kinetic Study For Synthetized Anti-sintering Calcium-based Sorbents
3.
Synthesis Of Ordered Mesoporous Silica With Extra-Large Pores As Effective Supports For Gold Catalysis
4.
Study On Anti- Sintering And Coking Of Functional Ni-based Catalysts For Partial Oxidation Of Methane
5.
Preparation,Characterization And Property Of Ni-based Catalyst For Methanation Of Carbon Oxides
6.
Ni Catalyst From Supported Perovskite For CO Methanation
7.
Study On The Preparation Of Order Mesoporous NiO-Al
2
O
3
And Catalytic Performance For POM Reaction
8.
Ni Based Catalysts From Layered Double Hydroxides For The Coke Oven Gas Methanation
9.
Structure-property Relationship Of Ni-based Catalysts In Dry Reforming And Bi-refoming Of Methane
10.
Bimetallic Ni-Fe Catalysts Derived From A Layered Hydroxide Precursor For CO Methanation From Syngas
11.
Study On The Preparation Of Ni-MCM-41 Catalysts And Performance For Partial Oxidation Of Methane
12.
Design Of Methane Dry Reforming Catalysts And Its Application In Industrial Tail Gas Conversion
13.
Studies On The Catalytic Combustion Performance Of Flame Spray Pyrolysis Synthesized Cu-based Nanocatalysts
14.
Preparation Of Bi-promoters Modified Ni/SiO
2
Catalysts And Their Catalytic Performance For CO Methanation
15.
Catalysts Of Pt-Cu Alloy Supported On CeO
2
Modified Hydrotalcite For Propane Dehydrogenation
16.
Study On Ni-based Catalysts In Dry Reforming Of Methane
17.
Preparation And Performance Of High-Efficiency Anti-Sintering Calcium-based CO
2
Sorbents
18.
Preparation Of Highly Stable Ni/ZrO
2
Catalysts For CO Methanation
19.
Study On The Preparation Of Highly Dispersed Pt Catalysts And Performance For Partial Oxidation Of Methane
20.
Modified Ni-based Core-Shell Catalysts:Preparation And Application For Dry Reforming Of Methane
<<First
<Prev
Next>
Last>>
Jump to
