Gas sensors for detecting SF
5 decomposition products are being actively pursued as low cost instrumentation for detecting and locating faults in GIS. We developed a potentiometric solid state ionic sensor using high ionic conductive solid. The sensor responded to the changes in HF concentration ranging from 1 to 1000wt.ppm in SF
6 gas at 1atm. The electromotive force of the sensor increased linearly with an increase in the logarithm of P
HF following Nernst equation. The slope of the line suggested that the number of charge transfer of the electrode reaction is unity.
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