Combustible gas detector based on /spl gamma/-Fe/sub 2/O/sub 3/ semiconductor properties

E. Bodca, G. Ţelipan, I. Blaga
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Abstract

The paper presents a combustible gas detector mode by thick film technology. Two gold wires were coiled on a cylindrical alumina substrate to form the measuring electrodes. A platinum wire was used to heat the device. The sensitive film was produced by a /spl gamma/-Fe/sub 2/O/sub 3/-TiO/sub 2/ resistive ink. The device electrical resistance decreased from 1 M/spl Omega/ in pure air to 100 k/spl Omega/ in a 2000 ppm butane atmosphere for a working temperature of 300/spl deg/C.
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基于/spl γ /-Fe/sub 2/O/sub 3/半导体特性的可燃气体探测器
提出了一种采用厚膜技术的可燃气体检测模式。两根金线盘绕在圆柱形氧化铝衬底上形成测量电极。一根铂丝被用来加热这个装置。采用a/ spl γ /-Fe/sub - 2/O/sub - 3/-TiO/sub - 2/电阻墨水制备了敏感膜。器件电阻从纯净空气中的1m /spl Omega/降低到2000 ppm丁烷环境中工作温度为300/spl℃时的100k /spl Omega/。
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