The ohmic resistance of a thin-film YSZ electrolyte was measured as a function of the electrolyte thickness using an Au paste elec-trode. A residual resistance was found when the resistance vs. thickness relation was extroplated to the zero thickness. It is independent of the oxygen pressure, and its activation energy is identical to that of YSZ resistivity. Assuming a square mesh contact, we calculated the effective resistance as a function of thickness. The calculated resistance agreed well with the experimental one, suggesting that the resid-ual resistance is due to the electrode-electrolyte contact in discrete spots
International audienceIn an attempt to explain the electrochemical effects observed on an original p...
The reliability of solid oxide fuel cells (SOFCs) particularly depends on the high quality of solid ...
Exploring the role of electrode metals on the resistive switching properties of metal electrode/oxid...
A method for measuring ohmic resistance of solution layers at gas-evolving electrodes was developed ...
A method for measuring ohmic resistance of solution layers at gas-evolving electrodes was developed ...
Yttria-stabilised zirconia (YSZ) electrolyte films for solid oxide fuel cell (SOFC) applications wer...
The electrolyte resistance to flow of current to a scratched electrode is cal-culated assuming the s...
Ohmic resistance at the interface of the electrode and the interconnect in Fuel Cells influences the...
Ohmic resistance at the interface of the electrode and the interconnect in Fuel Cells influences the...
International audienceAs a part of our research on new gas sensors, an original potentiometric gas s...
Vertical electrolysers with a narrow cell gap between a gas-evolving electrode and a membrane or dia...
Pt/ ZrO2-electrodes are used as sensitive layers in oxygen sensors. The low polarization resistances...
One of the key issues of resistive switching memory devices is the so called “forming” process, a on...
The reoxidation and reduction of a Ni-YSZ anode were investigated by monitoring the variation of ohm...
The electrode behavior of Pt-sputtered and PT-gauze electrodes on ZrO2-Y2O3, Bi2O3-Er2O3, and CeO2-G...
International audienceIn an attempt to explain the electrochemical effects observed on an original p...
The reliability of solid oxide fuel cells (SOFCs) particularly depends on the high quality of solid ...
Exploring the role of electrode metals on the resistive switching properties of metal electrode/oxid...
A method for measuring ohmic resistance of solution layers at gas-evolving electrodes was developed ...
A method for measuring ohmic resistance of solution layers at gas-evolving electrodes was developed ...
Yttria-stabilised zirconia (YSZ) electrolyte films for solid oxide fuel cell (SOFC) applications wer...
The electrolyte resistance to flow of current to a scratched electrode is cal-culated assuming the s...
Ohmic resistance at the interface of the electrode and the interconnect in Fuel Cells influences the...
Ohmic resistance at the interface of the electrode and the interconnect in Fuel Cells influences the...
International audienceAs a part of our research on new gas sensors, an original potentiometric gas s...
Vertical electrolysers with a narrow cell gap between a gas-evolving electrode and a membrane or dia...
Pt/ ZrO2-electrodes are used as sensitive layers in oxygen sensors. The low polarization resistances...
One of the key issues of resistive switching memory devices is the so called “forming” process, a on...
The reoxidation and reduction of a Ni-YSZ anode were investigated by monitoring the variation of ohm...
The electrode behavior of Pt-sputtered and PT-gauze electrodes on ZrO2-Y2O3, Bi2O3-Er2O3, and CeO2-G...
International audienceIn an attempt to explain the electrochemical effects observed on an original p...
The reliability of solid oxide fuel cells (SOFCs) particularly depends on the high quality of solid ...
Exploring the role of electrode metals on the resistive switching properties of metal electrode/oxid...