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Research reveals that alloy catalysts enhance hydrogen evolution activity in solid oxide electrolysis cells, implying a breakthrough in energy production.
Sequential Core-Shell to Alloy Catalysts In their Research Article (10.1002/adfm.202525596), Jungdeok Park, Wonyoung Lee, and co-workers present sintering-resistant and spontaneously alloyed NiO@CoO core-shell catalysts fabricated by powder atomic layer deposition. These dual-functional catalysts preserve their fine microstructures by suppressing NiO coarsening and exhibit enhanced hydrogen evolution activity through alloy formation.
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Bang et al. (2026) studied this question.
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