We selected a cell with superior electrochemical performance to characterization microstructure characterization.Here,we employed high-resolution SEM and X-ray nano-CT to investigate a porous LSCrRu-GDC composite anod...We selected a cell with superior electrochemical performance to characterization microstructure characterization.Here,we employed high-resolution SEM and X-ray nano-CT to investigate a porous LSCrRu-GDC composite anode.These experimental results are utilized for characterize and quantify the key structural parameters,such as the volume ratio of the three phases(LSCrRu,GDC,and pore),connected porosity,tortuosity,surface area of each phase,interface of LSCrRu/GDC,and three-phase boundary length(TPB where the LSCrRu,GDC and fuel gas phases come together)of the anode.展开更多
基金Funded by the Science and Technology Fund of Jiangxi Provincial Department of Education(No.GJJ2201105)the Innovation Fund Designated for Graduate Students of Jiangxi Province(No.YC2023-S733)。
文摘We selected a cell with superior electrochemical performance to characterization microstructure characterization.Here,we employed high-resolution SEM and X-ray nano-CT to investigate a porous LSCrRu-GDC composite anode.These experimental results are utilized for characterize and quantify the key structural parameters,such as the volume ratio of the three phases(LSCrRu,GDC,and pore),connected porosity,tortuosity,surface area of each phase,interface of LSCrRu/GDC,and three-phase boundary length(TPB where the LSCrRu,GDC and fuel gas phases come together)of the anode.
