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Keyword [Methanol oxidation reaction]
Result: 41 - 60 | Page: 3 of 6
41. Structrue-optimized Synthesis Of Metallic Alloy Nanocatalvts And Their Tunning Eletrocatalystic Performances
42. High Stable Non-platinum And Platinum Catalysts Based On The Modification Of Molybdenum/titanium Compounds
43. Platinum And Non-Platinum Catalysts Based On Boron Carbide And New Diamond
44. B,N Co-doped Carbon Materials Based On Polymer Precursor Design And Investigation Of Their Electrochemical Performances
45. Studies On The Design Synthesis Of Pt-/Ru-Based Electrocatalysts And Their Performance Towards Methanol Oxidation And Hydrogen Evolution
46. Surface Plasmon Resonance Enhancement Of Catalytic Activities Based On Metal Nanostructure
47. Research On Pd-based Nanomaterials Prepared By Cyano Gum Method And Their Catalytic Properties
48. Synthesis Of Nickel Cobaltate-Based Composites And Its Electro-Catalytic Performance For Methanol
49. Preparation Of Direct Methanol Fuel Cell Catalysts And Their Catalytic Performance Towards Methanol Oxidation Reaction
50. Synthesis,Characterization And Electrocatalytic Properties Of Platinum-based Composites
51. Supported Noble Metal-based Nanocomposites And Their Applications For Electro-and Photocatalysis
52. Research On Modified Antimony Tin Oxide Supporting Material As Anode Pt-based Catalyst For Direct Methanol Fuel Cell
53. Stractlable Preparation And Electrocatalytic Performance Of Low Platinum Multicomponent Alloy Nanotubes
54. Synthesis Of Pt-based Nanomaterial Catalysts For Electrochemical Properties
55. Preparation And Application Of Noble Metal-Based Nanocomposites
56. The Modification Of Pt/graphene Composites With Oxophilic Metal(Bi,Ni,W)and Their Dual-Functional Electrocatalytic Performance
57. Study On The Carbon And Carbon Composites For Electrochemical Energy Storage And Catalysis
58. Controlling Synthesis Of Noble Metal Nanocomposites And Their Electrocatalytic Properties
59. Preparation And Catalytic Properties Of Mo/W Based Catalysts Using POM@ZIFs As Precursors
60. Preparation And Electrocatalytic Properties Of Platinum-based Heterostructured Metal Catalysts
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