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Articles by Ji-eun Won
Decoupling Electronic–Ionic Transport and Catalysis Enables High-Performance, Chemically Stable Sr-Free Air Electrodes for High-Temperature Solid Oxide Cells
1 Introduction Amid the growing demand for clean energy technologies, high-temperature electrochemical devices based on solid oxides have emerged as a promising next-generation energy platform. Operating typically above 700°C, solid oxide cells (SOCs) offer unique advantages, including exceptional energy conversion efficiency and multifunctionality [1, 2].
Medium‐Entropy Alloy/Oxide Nano Composite for High‐Performing High‐Temperature CO2 Electrolysis with Remarkable Carbon Deposition Resistance
1 Introduction Solid oxide electrolysis cells (SOECs) represent a promising technology for achieving future carbon neutrality goals. They can electrolyze H2O and/or CO2 to produce H2 and/or CO and co-electrolyze H2O/CO2 to generate H2/CO syngas.
In situ synthesis of cobalt-embedded gadolinia-doped ceria nanocatalysts for high-temperature solid oxide cells
In situ synthesis of cobalt-embedded gadolinia-doped ceria nanocatalysts for high-temperature solid oxide cells High-temperature solid oxide cells (SOCs) provide a highly efficient route for power generation and hydrogen production.
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