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Keyword [oxygen vacancy]
Result: 181 - 200 | Page: 10 of 10
181. The Study On Selective Hydrogenation Of Maleic Anhydride Catalyzed By ZrO2 Supported Nickel Catalyst
182. A Study On TM Doped ZnO Diluted Magnetic Semiconductors Synthesized By High Pulsed Magnetic Field
183. Mechanism Of Dielectric Barrier Discharge Plasma Effect On Pt/CeO2 Catalysts
184. Investigation On Fabrication And Performance Of Multilayer Nanostructure Electrodes With Rare Earth Doped Tin Dioxide Based On The TiO2 Nanotubes
185. Degradation Of Chlorophenols In Water By Visible-light Photocatalysts Based On Two-Dimension Ultrathin Biox
186. Study On The Preparation And Characteristic Of Light-Activated Gas Sensors At Room Temperature
187. Research On Visible Light Activated Oxygen Vacant ZnO1x Based Room-temperature NO2 Gas Sensors
188. Preparation And Lithium Storage Properties Regulation Of Transition Metai Oxides Composites
189. Preparation And Properties Of B-site Directly Substituted LSCF Cathode
190. The Preparation Of Two Dimensional Micro-Nano Structural Semiconductor Photoanodes And Their Photoelectrochemical Performance
191. The Influences Of Exposed Facet Of Noble Metal Nanoparticles And Structure Of Ceria Based Supports On Catalytic Performance For Aerobic Oxidation Of HMF
192. Study On The Catalytic Performance Of Ceria-based Catalysts For NO Elimination
193. Modulation Of Surface And Electronic Structure And Photocatalytic Performance Study Of Tin/Bismuth Based Photocatalysts
194. TiO2@rGO-based Core-shell Structure With Vacancies And Its Photostability
195. Preparation And Study On The Characteristics Of Amorphous Ga2O3 Thin Films And Their Solar-Blind Ultraviolet Photodetectors
196. Study On The Modification And Visible-light Photocatalytic Performance Of TiO2/kaolinite Composite Material
197. Controllable Synthesis,Microwave Absorption And Mechanism Research Of Hydrogrnated TiO2 And Its Composite
198. Study On The Surface Interaction And Catalytic Performance Of Supported Catalysts For NO Elimination
199. In Situ Tem Investigation Of Oxide Ion Migration In The Perovskite Oxide And Its Highly Oxygen-deficient Phase
200. The Method Of Gas Sensing Research Based On Density Functional Theory Calculations And Its Application
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