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Keyword [Oxygen reduction reaction]
Result: 101 - 120 | Page: 6 of 10
101. Fabrication And Performance Investigation Of Platinum Monolayer Skin Electrocatalysts For Oxygen Reduction Reaction In Low Temperature Fuel Cells
102. Metal Doped Porous Carbon As Fuel Cell Cathode Catalyst
103. Preparation And Electrical Catalytic Properties Study Of Transition Metal Nanocomposites
104. Synthesis, Structure And Properties Of Two-Dimensional Polyphthalocyanine And Its Derivatives
105. Preparation And Properties Of Carbon-supported Palladium, Silver And Binary-metal Nanoparticles Electrocatalysts
106. Effects Of Preparation On Electrocatalytic Performance Of Co-PPy-TsOH/C Towards Oxygen Reduction Reaction
107. Effects Of Microstructures And Surface Properties Of Carbon Nanofibers On Their Electrocatalytic Activity For Oxygen Reduction
108. Preparation And Properties Of Platinum-based Catalysts For Potential Use In PEMFCs
109. Sdudy On Non-precious Metal TM-N/C Catalyst For Oxygen Reduction Reaction In Sulfuric Acid
110. Structural Design, Vast Synthesis And Application Of Several Low-/Non-Platinum Electrocatalysts
111. The Preparation Of Laccase-based Electrode And The Study Of Its Catalytic Effect On Oxygen Reduction
112. Theoretical Study Of Electrocatalytic Oxygen Reduction Reaction On Pt And PtM Alloys
113. Fabrication And Electrocatalytie Performance Investigation Of Pt/Pd-based Alloy Catalysts
114. Multi-phase Multi-scale Electrocatalysts For The Oxygen Reduction Reaction
115. Preparation And Investigation Of Graphene Based Electrocatalysts For Oxygen Reduction Reaction
116. Novel Porous Carbon Materials: Syntheses And Applications
117. Inlfuence Of Graphene And Its Composites Towards Dissolved Oxygen Reduction Reaction
118. Preparation Of The Doped Carbon Catalysts And Their Electrocatalytic Activity For Oxygen Reduction Reaction
119. Synthesis And Electrocatalytic Performance For Oxygen Reduction Of Nitrogen-doped And Iron-nitrogen-doped Amorphous Carbon Films
120. The Structure And Catalytic Performance Of The Novel Pt-based Catalyzers For Oxygen Reduction Reaction: A First Principles Study
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