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A prominent sensor material is zirconia, which, as noted above, can be an excellent high-temperature oxygen conductor if suitably doped with Ca2+ or Y3+.
b Sensor material without Pd.
c Sensor material containing 0.23 wt.% of Pd. d Sensor material containing 1.41 wt.% of Pd.
The sensor material was chosen due to its radiation hardness.
The analytical application results show many various possibilities of using the created sensor material.
The use of mixed silica-titania xerogels may offer new possibilities for the sensor material development.
Determination of the specific sensor material surface was carried out by Brunauer-Emmett-Teller (BET) method.
On the contrary, the stability and reproducibility of the vapor sensor material remarkably improved.
The piezoresistive sensor material and the embedded circuitry are both evaluated.
The developed oil sensor material is able to withstand extreme temperature condition as well.
Such decreasing of the particle size of the sensor material S2 contributed to an increase of value of tin dioxide specific surface to 47 m2/g instead of 39 m2/g which was found for the sensor material S1.
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