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Utilizing a textbook reaction on the surface of an organic active channel, achieves sensitive detection of HCl, NH3 and NO2, with good selectivity, excellent reproducibility, and satisfactory stability. These results reveal gas-phase reaction assisted detection as a unique and promising approach to construct practical applicable gas sensors with typical organic transistors.

作者:Yaping, Zang;Fengjiao, Zhang;Dazhen, Huang;Chong-an, Di;Qing, Meng;Xike, Gao;Daoben, Zhu

来源:Advanced materials (Deerfield Beach, Fla.) 2014 年 26卷 18期

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收藏
| 浏览:83
作者:
Yaping, Zang;Fengjiao, Zhang;Dazhen, Huang;Chong-an, Di;Qing, Meng;Xike, Gao;Daoben, Zhu
来源:
Advanced materials (Deerfield Beach, Fla.) 2014 年 26卷 18期
标签:
chemical sensor organic field-effect transistor
Utilizing a textbook reaction on the surface of an organic active channel, achieves sensitive detection of HCl, NH3 and NO2, with good selectivity, excellent reproducibility, and satisfactory stability. These results reveal gas-phase reaction assisted detection as a unique and promising approach to construct practical applicable gas sensors with typical organic transistors.