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Article title LOW-TEMPERATURE CARBON MONOXIDE SENSOR ON THE BASE OF CO-CONTAINING PAN NANOCOMPOSITE FILMS APPLICATION FOR FIRE-FIGHTING SYSTEMS
Authors T.V. Semenistaya, A.A. Voronova, Z.Kh. Kalazhokov, L.B. Misakova, Kh.Kh. Kalazhokov
Section SECTION III. NANOSYSTEMS TECHNOLOGY
Month, Year 09, 2014 @en
Index UDC 539.217.5:546.28
DOI
Abstract Nanocomposite Co-containing polyacrylonitrile (PAN) films are obtained using incoherent infrared pyrolysis in different temperature-time IR-annealing modes. The literature on creation and research of materials sensitive to carbon monoxide is reviewed. The results obtained in experimental studies of different carbon monoxide sensors with an organic and inorganic polymer-based sensitive layer are described. The main technical sensor characteristics are presented. Subsequent to the literature review results, some conclusions on the appropriateness and processing of the chosen material can be made. Electric and sensing properties of the obtained film samples are examined; and chemical atomic film states are defined. The research undertaken shows that Co-containing PAN film-based materials with considerably high resistance (109–1011 Ohm) are sensitive to CO (S = 1,0÷2,4) at operational low temperatures (16÷32 єС) and detectable gas concentration within 15÷300 ppm. The principle application conditions of the suggested CO sensor and its general technical characteristics are defined.

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Keywords Nanocomposite materials; PAN; organometallic films; IR-annealing; gas-sensing materials; CO.
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