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Keyword [copper based catalysts]
Result: 21 - 40 | Page: 2 of 6
21. Synthesis And Catalytic Performance Of Copper Based Catalysts For Dimethyl Oxalate To Ethylene Glycol
22. Preparation And Properties Of Copper Based Catalysts Applied In Heterogeneous Catalytic Oxidation Of Organic Dye Waste Water
23. Catalytic Hydrogenolysis Of Glycerol To 1,2-propanediol Over Copper Based Catalysts
24. The Graphene Supported Copper-based Catalysts For The Reaction Of CO2 Hydrogenation To Methanol
25. Study On The Performance Of Supported Copper - Based Catalysts For CO 2 Hydrogenation
26. High Stable Copper-based Catalysts For Ethylene Glycol Synthesis From Hydrogenation Of Dimethy Oxalate
27. Preparation And Performance Of Cu-based Composite Nanostructure Catalysts For CO Oxidation
28. Study On Stability Of Copper-based Catalysts For Alkylation Of Aniline
29. Study Of Methanol Dehydrogenation And Ethyl Acetate Hydrogenation Over Copper-based Catalysts
30. Design And Study Of Controllable Copper-based Catalysts With Highselectivity In Electrochemical Reduction Of CO2
31. Study On Synthesis Of Methanol,Ethanol Over Copper Based Catalysts By Complete Liquid-phased Technology
32. Growth Modes Of Carbon Nanofibers Catalyzed By Copper-based Catalysts
33. Preparation Of Cu/MgO Catalysts By MOCVD And Catalytic Performance
34. Synthesis And Catalytic Performance Over KIT-6 Supported Cu-based Catalysts In The Epoxidation Of Styrene
35. Preparation Of Copper-based Bimetallic Catalyst Via Isomorphous Substitution Method And Their Catalytic Performance For Ethanol Syngas
36. Studies On Design And Catalytic Performance Of Copper-based Catalysts For The Synthesis Of Ester Chemicals From Methanol
37. Reaction Mechanism Studies Of Esters Chemicals Synthesis Form Methanol On Cu-based Catalyst
38. A Study Of Copper-based Catalysts For The Hydrogenation Of Dimethyl 1,4-Cyclohexane Dicarboxylate To 1,4-Cyclohexane Dimethanol
39. Study On The Performance Of Copper-based Catalysts For The Catalytic Hydrogenation Of CO 2 To Methanol
40. Preparation Of Copper-based Catalysts And Electrocatalytic Oxygen Evolution Properties
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