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Keyword [Cu based catalyst]
Result: 101 - 120 | Page: 6 of 7
101. Preparation Of Silicon Oxide Supported Copper Catalyats And Catalytic Performance Of Methanol Dehydrogenation To Methyl Formate
102. Preparation Of Highly Stable And Highly Dispersed Ni-Cu Based Catalyst And Its Application In Gas Phase Carbonylation Of Ethanol
103. First-principles Calculations On The Activation And Conversion Of CO2 Over Single-atom Scale Cu Structure Stabilized On MoS2/Ag（111）
104. Morphology Design And Kinetics Study Of The Copper-based Catalyst For Ethylene Carbonate Hydrogenation
105. Study On The Modification And Deactivation Mechanism Of Cu-based Catalyst For Hydrogenation Of Methyl Glycolate
106. Theoretical Study On The Effect Of Hydroxyl On C2 Species Synthesis From Syngas Over Cu-based Catalysts
107. Preparation And Properties Of Highly Active Cu-based Catalysts For Synthesis Gas To Methanol
108. Study On The Catalytic Performance Of Hydrotalcite-derived Copper-aluminum-based Metal Oxides In The Hydrogenation Of Furfural
109. Reaction Mechanism Based On Surface Reconstruction Of Cu-based Catalyst
110. In-situ Spectroscopic Studies Of The Model Surface Of Cu-based Catalyst For CO Oxidation
111. Study On Electrocatalytic Properties Of Cu-based Materials And Electronic Structure Of Vanadium Dioxide
112. Multifunctional Tandem Catalytic System For Driving CO2 Conversion To High-Value Products
113. Tin/copper-based Catalysts Constructed From Solid Waste Recycling For Electrocatalytic CO2 Reduction Performances And Mechanisms
114. Study On The Catalysts For The Amination Of Alcohols And Ketones
115. Surface Modification And Synchrotron Radiation Characterization Of Cu-based CO Electro Reduction Catalysts
116. Preparation Of The Copper-Based Catalysts And Its Catalysts Performance In CO2 Hydrogenation To Methanol
117. Study On Cu-Based Catalysts For Liquid-Phase Hydrodeoxygenation Of Lignin-Derived Anisole To Arenes
118. Studies On The Fabrication Of Carbon-based Single-atom Copper Electro-catalysts For Oxygen Reduction Reaction
119. The Preparation And Performance Of Cu/ZnO-In2O3 Catalytic CO2 Hydrogenation To Methanol
120. Study On The Performance Of Cu Based Catalyst For Electrochemical Reduction Of CO2 Based On Density Functional Theory
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