Effect of Metal-Nitrate Receptor on Solid-Electrolyte Impedancemetric NO_x Sensor Performance

All Ceramic Ion Sensor Using Dielectric BaTiO3 Transducer

“…Therefore, the development of a phosphate ion sensor with high sensitivity and simple measurement is desired. We have proposed a novel impedance-detecting sensor using a solid electrolyte as a transducer [3][4][5]. In this study, we fabricated an all-solid-state ceramic sensor device using BaTiO 3 , which is a major dielectric material, and is expected to have high sensitivity as a transducer for impedance detection, in combination with a Co-based oxide receptor, and investigated its impedance response characteristics to anions such as phosphate ion, also the effects of transducer material were investigated.…”

Receptor Functions of Metal‐Carbonates for Solid‐Electrolyte Impedancemetric Gas Sensor

“…Among them, solid electrolyte sensors using metal-oxysalts, such as metal nitrates and metal carbonates as the auxiliary layer was developed as electromotive force (EMF) sensors with high detection capability and their binary oxysalts systems drastically improved the sensing performances, although the effects of binary system is not clear yet [1,2]. Recently, we proposed a gas sensor using a solid electrolyte as a transducer, and an oxysalt as a receptor [3] which can detect the adsorption properties on the receptor. The purpose of this study is to investigate the receptor functions of the metal-carbonate for conventional EMF type solid electrolyte sensors by using the impedancemetric sensor, and to discuss about the effects of single-or binary-carbonates on the sensing properties.…”