Herein, ultrathin nitrogen-doped molybdenum carbide nanosheets (N-Mo 2 C NSs) is used as a versatile support to stabilize Ru single atoms (SAs) sites via the anti-Ostwald ripening. Ru SAs are dispersed into the N-Mo 2 C NSs matrix via the strong bonding between the Ru atoms and Mo 2...
Anti-Ostwald ripeningThe irreversible sintering of supported ruthenium (Ru) catalyst in the preparation process has seriously affected its hydrogen evolution reaction (HER) activity and stability. Herein, ultrathin nitrogen-doped molybdenum carbide nanosheets (N-Mo2C NSs) is used as a versatile support...
Although it was more effective after being loaded into nanoemulsions, AMO without an Ostwald ripening inhibitor was unable to form stable nanoemulsions because of the Ostwald ripening phenomenon. In this study, we examined the influence of Ostwald ripening inhibitors, su...