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Keyword [Carbon catalysts]
Result: 21 - 40 | Page: 2 of 5
21. The Study On Design And Synthesis Of Novel Metal-organic Framework Based Catalysts And Catalytic Performance
22. Design And Synthesis Of Pd@ Mesoporous Carbon Catalysts For The C–H Bonds Functionalization Of Heterocyclic Compounds
23. Designing Of Metal/Nitrogen-doped Carbon Catalysts For Chemical Hydrogen Generation And Catalytic Hydrogenation
24. Preparation Of The Biomass-derived Doped Carbon Catalysts And Their Application In Electrocatalysis
25. Preparation And Properties Of Non-Noble Metal-Doped Carbon Catalysts With Ionic Liquids As Heteroatom Doping Sources
26. Construction Of Nitrogen-doped Porous Carbon Catalysts And Catalytic Performance For Selective Hydrogenation Of Quinoline
27. Fabrication Of Nitrogen-doped Carbon Catalysts For Efficient Electrocatalytic Reduction Of Carbon Dioxide
28. Study On Synthesis Of Biomass-based Carbon Materials And Oxygen Reduction Performance
29. Properties Of Iron/Nitrogen Doped Carbon Catalysts And Catalytic Reduction Of Nitroarenes
30. Synthesis Of Coal-based Nitrogen-doped Carbon Catalysts And Their CO2 Electroreduction Performances
31. Construction And Electrocatalytic Performances Of Iron-based Species Coupled Nitrogen-doped Graphene Nanosheets
32. Preparation And Properties Of Phosphorus-doped Carbon Catalysts For Anion Membrane Fuel Cells
33. Cobalt-Carbon Catalysts In Confined Nano-Space/Matrix For Aqueous Hydrogenation Of Levulinic Acid
34. Preparation Of Pine Sawdust Based Carbon Catalysts And Their Application In Methane Conversion
35. Preparation Of Cobalt And Nitrogen Co-Doped Carbon Catalysts And The Application In ORR
36. Research On The Application Performance Of Activated Carbon In Microbial Fuel Cells And H2O2 Fuel Cells
37. Metal decoration of exfoliated graphite nanoplatelets (xGnP) for fuel cell application
38. Characterization and performance of activated carbon catalysts and polymer membrane layers for microbial fuel cell cathodes and an analysis of power overshoot
39. Electrocatalytic reduction of carbon dioxide to carbon monoxide by rhenium and manganese polypyridyl catalysts
40. Macrocyclic complexes and their use as electrocatalysts for the electrochemical reduction of carbon dioxid
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