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Keywordsoxygen reduction reaction; non-precious metal electrocatalysts; Iron nitride; nitrogen-doped carbon; hydrothermal; PdAg; nanochain; ethanol oxidation; core-shell Pt(Cu)/C electrocatalysts; core-shell Pt-Ru(Cu)/C electrocatalysts; potentiostatic deposition of Cu; Pt deposition by galvanic exchange; Ru spontaneous deposition; CO oxidation; methanol oxidation; palladium catalysts; direct methanol fuel cells; methanol oxidation; oxygen reduction; non-Pt content; platinum; silver; graphene; methanol oxidation; electro-photo catalysis; low temperature fuel cells; electrocatalysts; catalytic centers; micro laminar flow fuel cells; oxygen reduction reaction; low temperature fuel cells; non-precious carbon-based electrocatalysts; hybrid electrocatalysts; macro-mesoporous structure; co-doping; platinum; polyamidoamine; chitosan; graphene; methanol oxidation; pulsed laser deposition; polymer-electrolyte-membrane fuel cell; catalyst; nanoparticle; PEMFC; cell reversal; starvation; mitigation strategies; n/a
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