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Keyword [porous structure]
Result: 181 - 200 | Page: 10 of 10
181. Si/C Nanocomposites Anodes:Synthesis And Application For Lithium-Ion Batteries
182. Theoretical Computation On Adsorption Capacity Of Simple Gas Molecule For Wooden Activated Carbon
183. Prepation Of Carbon Materials By Solvothermal Method And Its Supercapacitor Performance
184. Morphology Control Of Transition Metal Oxide Micro-nano Structure And The Properties Of Lithium Storage
185. Micro-nanostructure Controlled Carrier Transport Of Cu2ZnSnS4 Photocathode For Efficient Solar Water Splitting
186. Preparation,Microstructure And Properties Of Porous SiC Ceramics
187. Preparation And Properties Of Micro-nano Porous Structure Iron Alloys
188. Preparation And Gas Sensing Properties Of Electrospun Porous Nanofiber Materials
189. Preparation Of Graphene-based Composite Materials And Research Of Their Application In Environment And Energy
190. The Application Of Porous Biomass-based Carbon Materials In Li-S Batteries And Their Electrochemical Performances
191. Synthesis Of Highly Graphitized Hierarchical Porous Carbon Materials For Supercapacitors
192. Porous Structure Control And Electrochemical Properties Of Ordered Mesoporous Carbons Synthesised By Tribolock Polymer
193. Construction And Dielectric Properties Of POSS-based Porous Materials
194. Study On The Difference Of The Microstructure Of The Coke Under Different Coking Processes
195. Study On Preparation And Properties Of Carbon Nanofiber/Fe3O4 Porous Composites For Microwave Absorption And Lithium-Ion Battery
196. Synthesis And Electrochemical Performance Of High Performance Porous Sulfur Cathode Material
197. Preparation And Structure Evolution Research Of Silica Nanoparticle Based Necklace-Like And Porous Nanofibers
198. Study On Process Of Overhanging Structure Based On Selective Laser Melting
199. Study On The Coke Properties For The Large Blast Furnace Of Meisteel
200. Low-Temperature Solution Synthesis And Photocatalytic Performances Of Aurivillius Bi2MO5F (M=Nb, Ta) And Their Composites
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