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纳米In2O3的微乳液合成及酒敏性能
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TP212.2

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The C2H5OH Sensing Property of Nanosized In2O3 Prepared by Microemulsion Method
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    摘要:

    采用微乳液法制备超细In2O3粉体,粉体粒径为8nm,在In2O3基体材料中掺杂Pd及金属氧化物,研制出实用性的热线型C2H5OH气敏元件,该元件功耗低(小丁300mW),选择性高,长期稳定性好。并考察了温度、湿度变化对气敏元件性能的影响,分析了元件的气敏机理。

    Abstract:

    The sensitive composite material was prepared by doping Pd and some metal oxides into ultrafine In2O3 matric material(8 nm) prepared by microemulsion method. A kind of selective C2H5OH gas sensor was developed based on a hot wire type gas sensor commercially available. The sensor possesses low power consumption , high selectivity and desirable long term stability. The dependence of the sensor output characteristics on temperature and humidity was also studied, and the working mechanism was discussed.

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詹自力 蒋登高 常剑 钟可创 宋文慧.纳米In2O3的微乳液合成及酒敏性能[J].稀有金属材料与工程,2004,33(5):552~554.[Zhan Zili, Jiang Denggao, Chang Jian, Zhong Kechuang, Song Wenhui. The C2H5OH Sensing Property of Nanosized In2O3 Prepared by Microemulsion Method[J]. Rare Metal Materials and Engineering,2004,33(5):552~554.]
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  • 最后修改日期:2002-09-28
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