Study of electrophysical characteristics of metal oxide sensors based on SnO2 at given concentrations of acetone
Kazakov S.A.1, Grevtsev M.A.1, Arefieva O.A.2, Jagatspanyan I.E.2, Volchek A.O.2, Shishkin A.Yu.2
1Ioffe Institute, St. Petersburg, Russia
2AO «NPO «Pribor», Saint Petersburg, Russia
Email: kazakov59@mail.ioffe.ru, gma114@mail.ioffe.ru, o.minina@npo-pribor.ru, drjie@mail.ru, volchek@npo-pribor.ru, a.shishkin@npo-pribor.ru

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The stability of electrical conductivity of SnO2-based metal-oxide gas sensors fabricated by sol-gel technology in laboratory air has been investigated. Various oxides were used as modifiers: ZnO, BaO, CuO, NiO, V2O5, MoO3. Measurements of electrical conductivity of semiconductor gas sensors were also carried out when given concentrations of acetone vapor were applied to their surface. Keywords: electrical conductivity, adsorbtion, gas sensor, stability, sensitivity.
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