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Keyword [atom catalysts]
Result: 21 - 40 | Page: 2 of 10
21. Controllable Synthesis Of Single-atom Catalysts And Their Applications In Oxygen Evolution Reaction
22. Local Symmetry-breaking Active Centers For CO2 Hydrogenation
23. Preparation Of Single-atom Catalysts And Their Organic Catalytic Reaction Applications
24. Controlled Synthesis And Catalytic Study Of Thermally Stable Single-Atom Catalysts
25. The Auto Synthesis Methode And Regulation Of Catalytic Active Site For Layered Double Hydroxides-based Materials
26. Study On Preparation And Performance Of Non-noble Metal Electrocatalysts
27. Rational Design Of Single Atom Catalysts And Their Applications In Heterogenization Of Homogeneous Catalytic Reactions And Enzyme-like
28. Controlled Synthesis Of Single-atom Catalysts Toward Efficient Electro-catalysis
29. Theoretical Simulation And Study Of Small Molecules For Photoelectrocatalytic Energy Of Low Dimensional Materials
30. Tailoring Of The Coordination Structure Of Pt Single Atom Catalysts For Enhanced Catalytic Hydrogenation Performance
31. Theoretical Studies On Oxide-supported Single-Atom Catalysts
32. Theoretical Study Of Hydrogen Peroxide And Ammonia Synthesis On Nitrogen-doped Porous Carbon And Its Supported Single/Double Atoms Catalysts
33. Preparation And Electrocatalytic Performance Of Single-atom Catalysts Based On Sodium Alginate
34. Design And Simulation Of Two-dimensional Single/diatomic Electrocatalysts Based On First Principles
35. A DFT Study Of Heteroatoms-doped Au Single-atom Catalysts For Acetylene Hydrochlorination Reaction
36. Low-dimensional Functional Nanomaterials Based On The Quantum Confinement Effect:Computational Study And Theoretical Design
37. Theoretical Study Of Co Oxidation Mechanism On Pd And Ir Single Atom Catalysts
38. Theoretical Study Of Co Oxidation Mechanism On MnN4-CNT And Ti/SnO2 Single Atom Catalysts
39. Theoretical Simulation And Design Of The Catalysts With Groups 9～11 Single Metallic Atoms And Metal Monolayers Supported On The NbC(001) Surface
40. Metal-decorated Nitrogen-adulterated Graphene For Water Molecule Decomposition By Theoretical Study
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