489 Helanshan West Rd
Xixia
Yinchuan
China
Ningxia University
Copper Oxide, Twin Crystal, Grain Boundaries, CO2 Reduction, Ethanol
Copper Oxide, Br− adsorption, Stability, CO2 Reduction, C2H6
CO2 reduction, CO selectivity, lattice compression, Ag nanosheet, Cu doping
CO2 electroreduction, N-doped carbon, Ni (111), pH-universal, industrial-level
Photoelectrocatalytic reduction of CO2, Heterojunction, CuBi2O4, Bi2O3, CO selectivity
Keywords: photoelectrochemical CO2 reduction, long-lived, high-energy electron, anion exchange, ZnO
CuBi2O4, Ag, Inverse opal, Photoelectrocatalytic reduction of CO2, CO
CO2 reduction, local stress, core-shell structure, self-limiting