Ruthenium oxide is highly active for acidic water electrolysis, but lattice oxygen oxidation limits durability. Here, the authors engineer oxygen-deficient (101) facet RuO 2 that favours an intrinsic ...
High-temperature electrolysis takes place at temperatures above 700 °C, and offers the greatest advantages where waste heat is available: no precious metals are required to catalyze the reactions, and ...
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