Redefining Electrolyte Efficiency: Bridging the Gap with a Systematic Samarium-Copper Co-Doping Approach for Optimized Conductivity in Advanced Semiconductor Ionic Fuel Cell (IMAGE)

Songshan Lake Materials Laboratory

Redefining Electrolyte Efficiency: Bridging the Gap with a Systematic Samarium-Copper Co-Doping Approach for Optimized Conductivity in Advanced Semiconductor Ionic Fuel Cell

Caption

Structural illustration of Cu0.1Sm0.1CeO2 electrolyte improving ceramic fuel cell performance.

Credit

Bin Zhu, Muhammad Shahid Sharif from Southeast University, Nanjing and Sajid Rauf from Shenzhen University, Shenzhen.

Usage Restrictions

Credit must be given to the creator.

License

CC BY

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