Precisely tuning the morphology of palladium-based alloys is an effective strategy for enhancing their catalytic activity in alcohol electrooxidation.However,methods for synthesizing well-defined nanowires are often n...Precisely tuning the morphology of palladium-based alloys is an effective strategy for enhancing their catalytic activity in alcohol electrooxidation.However,methods for synthesizing well-defined nanowires are often not universally applicable and tend to be relatively complex.In this study,we developed a universal method to synthesize PdM nanowires(M=Sn,Pb,Sb,and Bi)using a straightforward one-pot solvothermal co-reduction technique.The electronic properties of palladium can be modified through the doping of other elements.展开更多
基金supported by the National Natural Science Foundation of China(Grant No.52073199 and 52274304).
文摘Precisely tuning the morphology of palladium-based alloys is an effective strategy for enhancing their catalytic activity in alcohol electrooxidation.However,methods for synthesizing well-defined nanowires are often not universally applicable and tend to be relatively complex.In this study,we developed a universal method to synthesize PdM nanowires(M=Sn,Pb,Sb,and Bi)using a straightforward one-pot solvothermal co-reduction technique.The electronic properties of palladium can be modified through the doping of other elements.
