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Keyword [nitrogen-doping]
Result: 181 - 200 | Page: 10 of 10
181. Improved Capacitive Deionization By Using Graphene-based Porous Carbon Materials
182. Study Of Properties Of Supercapacitor Based On Carbon Nano Tube Composited Materials
183. Synthesis And Performance Of TiO2/rGO Anode Material For Lithium Ion Battery
184. Preparation Of The Nitride-doped Carbon-based Materials And Their Electrocatalysis Toward Oxygen Reduction Reaction
185. Synthesis Of N-doped Carbon Quantum Dots With Propanedioic Acid And Its Study On Optical Properties
186. Structure And Composition Design Of Hollow Carbon Microspheres And Research Of Their Electrochemical Performance
187. A Study On Preparetion Of Nitrogen Doped Carbon Materials By High Pressure Vapor Thermal Reaction And Their Properties
188. Preparation Of Doped Carbon Materials And Its Application Of Supercapacitors
189. Study Of One-dimensional Self-standing High-performance Anode Materials For Lithium-ion Batteries
190. Synthesis And Electrochemical Performance Of Chitin Based Nitrogen-doped Porous Carbon
191. Study On The Synthesis Of Hierarchical Porous Carbons And Their Application In Acid-alkline Eletrochemical Capacitors
192. Preparation Of Hierarchical Porous Carbon Using CaO Template And Its Adsorption Properties For Dyes In Wastewater
193. Research On Synthesis And Application Of N-doped Biomass Carbon Dots And Its Composite
194. Synthesis And Application Of N-rich Nanomaterials For Lithium Sulfur Batteries
195. Effect Of Vacancy Incorporation And Nitrogen Doping On Electrical And Optical Properties Of Ge-Sb-Te Phase Change Films
196. Synthesis, Physical Property And Application Of Nitrogen-Doping Heteroacene
197. Modification Of Cathode Materials In Electro-fenton And Its Performance In Degradation Of Dimethyl Phthalate
198. Synthesis Of Iron/Cobalt/Nitrogen Doped Carbon-based Materials And Their Application For Oxygen Reduction Reaction
199. The Oxygen Reduction Reaction Property Of Nitrogen-doped Mesoporous Graphene Spheres Prepared By Spray Drying
200. Preparation Of Nanostructured Carbon/Molybdenum Carbide Composites And Their Electrocatalytic Performance For Hydrogen Evolution
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