Enhancing edge chemistry in HCP-Ru catalysts through crystalline domain engineering for efficient alkaline hydrogen evolution Engineering the nanoscale domain structure of transition metal catalysts offers a promising pathway to enhance their intrinsic activity by tailoring surface coordination and electronic states. Here, w...

⚡️Enhancing edge chemistry in HCP-Ru catalysts through crystalline domain engineering for efficient alkaline hydrogen evolution🚀💧

Ultralow η = 23.5 mV @10 mA cm⁻² + Tafel slope 34.4 mV dec⁻¹ 🔥

#HydrogenEvolution #Electrocatalysis #Ruthenium #NanoMaterials 🧪
doi.org/10.1039/D5QI01143D