Nitrogen Monoxide Gas Sensor Operable at as Low as 250 °C
A tip type nitrogen monoxide (NO) gas sensor was fabricated by using a trivalent aluminum cation conducting solid electrolyte with a potassium nitrate doped gadolinium neodymium oxide solid solution and aluminum metal as the auxiliary detecting electrode and reference electrode, respectively. A rapid, reproducible, and continuous sensor response was obtained by obeying the theoretical Nernst relationship at temperatures as low as 250 °C, the typical temperature of emitted gases.
Keywords: ALUMINUM ION; NITROGEN MONOXIDE; SENSOR; SOLID ELECTROLYTE; SOLID STATE CHEMISTRY
Document Type: Short Communication
Publication date: 01 September 2006
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