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Conducting polymer-based nanohybrids for fuel cell application
Srabanti Ghosh
, Suparna Das
, Marta E.G. Mosquera
University of Alcalá
University of California at Irvine
Research output
:
Contribution to journal
›
Review article
›
peer-review
78
Scopus citations
Overview
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Keyphrases
Fuel Cell Applications
100%
Conducting Polymer
100%
Polymer-based
100%
Nanohybrid
100%
Polypyrrole
50%
Electrocatalyst
50%
Fuel Cell
33%
Catalytic Activity
33%
Electrode Materials
16%
Anode Material
16%
Electrical Conductivity
16%
Metal Oxide
16%
High Electrocatalytic Activity
16%
Porous Structure
16%
Synergistic Effect
16%
Ultra-high
16%
High Chemical Stability
16%
Graph Structure
16%
Environmentally Friendly
16%
Mass Activity
16%
Large Surface Area
16%
Proton Exchange Membrane Fuel Cell (PEMFC)
16%
Catalyst Support
16%
PDCs
16%
Carbon Materials
16%
Catalytic Stability
16%
Electron Transfer Rate
16%
Ethanol Oxidation
16%
Methanol Oxidation
16%
Enhanced Catalytic Activity
16%
Graphene Nanosheets
16%
Enhanced Electron Transfer
16%
Monometallic
16%
Microbial Fuel Cell
16%
Metal Oxide Catalyst
16%
Multimetallic Alloys
16%
Functionalized Polymer Surfaces
16%
Nanohybrid Materials
16%
Polypyrrole Nanofibers
16%
Excellent Catalytic Performance
16%
Carbon Nanotubes&nanosheet
16%
Material Science
Nanohybrid
100%
Conducting Polymer
100%
Polypyrrole
66%
Catalyst Activity
50%
Oxidation Reaction
33%
Electrocatalysts
33%
Metal Oxide
33%
Nanosheet
16%
Carbon Nanotube
16%
Cathode
16%
Anode
16%
Anode Material
16%
Electron Transfer
16%
Graphene
16%
Electrical Conductivity
16%
Nanofiber
16%
Catalyst Support
16%
Proton-Exchange Membrane Fuel Cells
16%
Chemical Engineering
Methanol
100%
Nanosheet
100%
Graphene
100%
Carbon Nanotube
100%