Sensors based on NASICON functions out of differential between an electrode sensitive to O2 and another sensitive to CO2 and O2. The response does not depend any more of the oxygen partial pressure.Each element of the sensor (reference electrode, solid electrolyte and sensing electrode) was separately studied with physical and electrical characterizations to select best materials.Screen-printing method was retained among several electrode deposit to test the influence on the response of the sensors.For the sensing electrode (Na2CO3/BaCO3), the compositions having a barium carbonate rate of 25% or 0% ended in satisfactory results on sensitivity.The influence of the reference electrode composition was studied for differents values of the Na2T...
International audienceAs a part of our research on new gas sensors, an original potentiometric gas s...
NASICON (Na3Zr2Si2PO12)-based gas sensors capable of detecting various gases (CO2, NO2, Cl2, VOC and...
Structural effects of the auxiliary electrode layer on the CO_2 sensing properties of NASICON (Na_3Z...
Sensors based on NASICON functions out of differential between an electrode sensitive to O2 and anot...
International audiencePotentiometric CO2 sensors in open devices with NASICON as solid electrolyte w...
Le capteur étudié est à base de NASICON et fonctionne en différentiel entre une électrode sensible à...
Président : M. Michel Soustelle Rapporteurs : MM. Jean-Louis Robert, Jean Rouquerol Examinateurs : M...
International audienceA new solid potentiometric sensor for the oxygen gas detection using NASICON a...
NASICON (Na3Zr2Si2PO12)-based solid electrolyte-type sensors equipped with various metal oxides (MO)...
AbstractThis paper presents studies of gas sensors prepared in ceramic technology with Nasicon as a ...
Solid-state electrochemical sensor devices combined with sodium super ionic conductor (NASICON: Na1+...
CO2-gas sensors were fabricated using NASICON-type dense ceramics with new compositions in the Na3Zr...
Macrostructural effects of an auxiliary electrode on the CO2 gas sensing properties of NASICON (Na3Z...
Solid-state electrochemical sensor devices combined with sodium super ionic conductor (NASICON: Na1+...
Electrochemical sensors are one of the most direct ways to convert the chemical composition of a gas...
International audienceAs a part of our research on new gas sensors, an original potentiometric gas s...
NASICON (Na3Zr2Si2PO12)-based gas sensors capable of detecting various gases (CO2, NO2, Cl2, VOC and...
Structural effects of the auxiliary electrode layer on the CO_2 sensing properties of NASICON (Na_3Z...
Sensors based on NASICON functions out of differential between an electrode sensitive to O2 and anot...
International audiencePotentiometric CO2 sensors in open devices with NASICON as solid electrolyte w...
Le capteur étudié est à base de NASICON et fonctionne en différentiel entre une électrode sensible à...
Président : M. Michel Soustelle Rapporteurs : MM. Jean-Louis Robert, Jean Rouquerol Examinateurs : M...
International audienceA new solid potentiometric sensor for the oxygen gas detection using NASICON a...
NASICON (Na3Zr2Si2PO12)-based solid electrolyte-type sensors equipped with various metal oxides (MO)...
AbstractThis paper presents studies of gas sensors prepared in ceramic technology with Nasicon as a ...
Solid-state electrochemical sensor devices combined with sodium super ionic conductor (NASICON: Na1+...
CO2-gas sensors were fabricated using NASICON-type dense ceramics with new compositions in the Na3Zr...
Macrostructural effects of an auxiliary electrode on the CO2 gas sensing properties of NASICON (Na3Z...
Solid-state electrochemical sensor devices combined with sodium super ionic conductor (NASICON: Na1+...
Electrochemical sensors are one of the most direct ways to convert the chemical composition of a gas...
International audienceAs a part of our research on new gas sensors, an original potentiometric gas s...
NASICON (Na3Zr2Si2PO12)-based gas sensors capable of detecting various gases (CO2, NO2, Cl2, VOC and...
Structural effects of the auxiliary electrode layer on the CO_2 sensing properties of NASICON (Na_3Z...