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Keyword [Water-gas-shift reaction]
Result: 141 - 159 | Page: 8 of 8
141. K-Cu/β-Mo2C Catalysts Catalyze The Reverse Water Vapor Shift Reaction With High Selectivity
142. Controllable Construction And Catalytic Mechanism Of Cu-based Catalysts For Water Gas Shift Reaction
143. Theoretical And Experimental Studies On Structural Regulation Of Metal-based Catalysts And The Catalytic Mechanism For Water-gas Shift Reaction
144. Studies On Regulation Of Catalyst Active Sites And Reaction Mechanism Towards Hydrogen Purification
145. Research On The Key Issue And Applications Of Natural Photothermal Catalysis
146. Study On The Structure-Function Relationship In Catalyzing (Reverse) Water-Gas Shift Reaction Over Copper-Rare Earth Compound Catalysts
147. Regulating Hydrogenation Selectivity Of Cinnamaldehyde And Carbon Dioxide Based On Noble Metal/Metal Organic Thin Layer
148. Performance And Mechanism Study Of Photothermocatalytic Water-gas Shift Reaction Over CeO2/Cu1.5Mn1.5O4 Catalyst
149. In-situ Study Of Water-gas Shift Reaction At Metal-oxide Interfaces Using Surface-enhanced Raman Spectroscopy
150. Intraparticle Heat And Mass Transfer And Synergistic Mechanism In A Water Gas Shift Reaction Fixed-bed Reactor
151. Design Of Highly Efficient Zn-based Catalyst And Its Performance Of Reverse Water Gas Shift Reaction
152. Simulation Study Of Key Reactions During Hydrothermal Liquefaction Of Lignite Model Compound In CO Atmosphere
153. Study On The Structure-Function Relationship Of Reverse Water Gas Shift Reaction Catalyzed By Titanium Dioxide Supported Catalysts
154. Design And Modulation Of Ruthenium Cluster-based Catalysts For Efficient Reverse Water Gas Shift Reaction
155. Theoretical Investigation Into The Reaction Mechanism Of Reverse Water Gas Shift Reaction On Fe3C-Based SAC Catalysts
156. Study On The Structure-Function Relationship In Catalyzing Hydrogen Production Reaction Over Rare Earth Oxide Based Supported Catalysts
157. Modulation Of Interfacial Sites Over Copper-Cerium Catalysts Toward Water-Gas Shift Reaction
158. Study On The Application Of Ni-based Reverse Water Gas Shift Reaction Catalysts
159. Study On Monolithic NiC_x/Ni-foam Catalyst For Water Gas Shift Reaction
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