Keyword [Formate] Result: 181 - 200 | Page: 10 of 10 |
181. | Magnetic ground state of the 2D S=1/2 square antiferromagnet copper formate tetrahydrate |
182. | Organic reactions under hydrothermal conditions |
183. | In situ formaldehyde generation for environmentally benign chemical synthesis |
184. | High pressure CO2/N2 and CO2/Ch 4 separation using dense polysulfone supported ionic liquid membranes (DPSILMS) |
185. | Sealed consolidation of natural fiber composites with chemical reactant injection and removal |
186. | Liquid phase synthesis of methanol/methyl formate under mild conditions |
187. | Alcohol synthesis over cesium promoted copper/zinc oxide catalysts: Surface species, mechanistic pathways, and catalyst lifetime |
188. | Methanol synthesis via methyl formate in the liquid phase |
189. | COMPARATIVE ADSORPTION/DESORPTION STUDIES ON ZINC, ZINC OXIDE AND COPPER/ZINC OXIDE SURFACES (METHANOL DECOMPOSITION, METHOXY, FORMATE INTERMEDIATE, FILMS, SINGLE CRYSTAL) |
190. | Steric Effects on the Formation of Manganese Oxide Clusters and 2-Dimensional Ammonium Formate Architecture |
191. | A view of aqueous electrochemical carbon dioxide reduction to formate at indium electrodes, and the reversible electrodeposition of silver in ionic liquids through the lens of fundamental surface science |
192. | Electrochemical, interfacial, and surface studies of the conversion of carbon dioxide to liquid fuels on tin electrodes |
193. | Synthesis and Characterization of Low-Dimensional Iron Selenides and Transition Metal Formate-Chloride |
194. | Indium-based Catalysts For Carbon Dioxide Electrochemical Reduction In Flow Cell |
195. | Preparation Of Magnetic Catalysts Based On Mofs And Their Performance In Liquid-phase Organic Catalytic Reaction |
196. | New Principles And New Methods For Improving Catalytic Activity And Anti-poisoning Of Catalyst Used In Direct Liquid Fuel Cells |
197. | Bismuth-based Catalysts For Carbon Dioxide Electrochemical Reduction To Formate |
198. | Rational Design Of Inorganic Nanomaterials And Their Applications For Electrocatalytic Carbon Dioxide Reduction Reaction |
199. | Fibers Supported Palladium Oxide Catalyze Hydrogen Production From Formate And Tandem Degradation Of Organic Pollutants |
200. | Electrooxidation Of Small Organic Molecules Boosted Electrocatalytic Hydrogen Evolution/carbon Dioxide Reduction |
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