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Insights / Organizations / The research team behind 'Atomic‐to‐Nanoscale Cerium Engineering Enables Synergistic Dual‐Phase Electrodes for Fuel Cells'

The research team behind 'Atomic‐to‐Nanoscale Cerium Engineering Enables Synergistic Dual‐Phase Electrodes for Fuel Cells'

otherUnknown (primary publication likely international collaboration, publication in Advanced Functional Materials, Wiley) 1 mention

Scientific research in advanced ceramic materials and protonic ceramic cells for energy applications.

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Reversible Protonic Ceramic Cell (RePCC)
A solid-state electrochemical device that can function as both a fuel cell (power generation) or electrolyzer (hydrogen production), using proton-conducting ceramic electrolytes.
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BCFZYC-CeO2 Dual-Phase Electrode
A composite air electrode formed from the one-pot synthesis of atomic-scale cerium-doped BCFZY perovskite with precipitated nanoscale CeO2.
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In the news (1)

Protonic Ceramic Fuel Cells Get a Boost with Dual-Phase Cerium-Engineered Air Electrode
The research published in Advanced Functional Materials introduces novel dual-phase electrodes for protonic ceramic fuel cells, building on multiple prior studies in the field of solid oxide and protonic ceramic electrochemical cells[1][2][3][4][5].

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