China
China Jiliang University - Institute of Optoelectronic Materials and Devices
Carbon black, High-Entropy Oxide, Electronic structure regulation, Oxygen evolution reaction
Carbon black, High-entropy oxide, Electronic structure regulation, oxygen evolution reaction
Material dimensionality, Single-Atom Catalyst, Graphitic carbon nitride, CO2 reduction reaction
Surface enhanced Raman scattering, Crystal facet engineering, Cuprous oxide, work function, Charge transfer
Alkaline-earth metal, FeCoNi-based catalyst, oxygen evolution reaction
Carbon black, High-entropy oxides, Electronic structure regulation, Oxygen evolution reaction.
d electron density, Oxygen evolution reaction, Transition metal hydroxyl phosphates, Co-incorporation
surface-enhanced Raman scattering, Bimetallic Oxide, Crystal facet engineering, Nickel cobaltite, Zinc cobaltite
Co3O4, Crystal facet engineering, supercapacitor, SERS, First principles calculations
LaFeO3, p-p homo-junction, Cu/Ni doping, Photoelectrochemical water splitting
Fiber Laser, Bound Solitons, Nonlinear Polarization Rotation
Carbon black, High-entropy oxide, d-band center, Oxygen evolution reaction
Structural and chemical environments, Oxygen evolution reaction, Cu active site, d band center
Crystalline and amorphous phases, Oxygen evolution reaction, High entropy oxides, d electron density.
Phase Transition, Coordinated hydroxyl groups, Theory-experiment synergy, Oxygen evolution reaction
d-p orbital hybridization, d electron density, monoatom catalysts, density functional theory.
mode-locked fiber laser, figure 9, FMF saturable absorber.
d electron density, Oxygen evolution reaction, High entropy oxides, Anneal method.
Fourth period metal, High-entropy compounds, Electronic modulation, Oxygen evolution reaction
High-entropy oxides, oxygen evolution reaction, Synergistic catalysis.
