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Validation of H + Conduction in SDC/Na 2 CO 3

This study explores the methods to prove the existence of H+ conduction in SDC/Na2CO3, including the four-probe d.c. technique and electrochemical pumping method, with a focus on isotope tracing. Further, improvements in the four-probe d.c. technique are discussed.

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Validation of H + Conduction in SDC/Na 2 CO 3

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  1. Validation of H+Conduction in SDC/Na2CO3 李江 2013年1月7日

  2. 1 2 3 isotope tracing method The methods of proving the existence of the conduction of H+ in SDC/Na2CO3 four-probe d.c. technique electrochemical pumping method

  3. Four-probe d.c. technique

  4. SDC/Na2CO3

  5. SrCe0.95Tb0.05O3-δ

  6. SrCe0.95Tb0.05O3-δ

  7. SrCe0.95Tb0.05O3-δ

  8. Electrochemical pumping method

  9. Isotope tracing method

  10. Melioration of four-probe d.c. technique

  11. Melioration of four-probe d.c. technique

  12. Melioration of four-probe d.c. technique

  13. Melioration of four-probe d.c. technique

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