ND/PANI納米復合薄膜的氨氣傳感器研究

報告題目：ND/PANI納米復合薄膜的氨氣傳感器研究

報告人：鄔祖全

報告時間：2022年12月30日15:40       

報告地點：騰訊會議533-915-178（密碼1122）

主辦單位：電氣與電子信息學院

主講人簡介：

鄔祖全，男，主要從事智能信息獲取、有機敏感薄膜、氣濕傳感器等方面的研究工作。共同完成SCI學術論文15篇，長期為SNB審稿，電路原理、電路分析的課程教學。

內容簡介：

Ammonia (NH₃) is an important industrial raw material and a harmful gas for humans. Therefore, fabricating highly performance NH₃ sensor is very significant work, which is reliable, inexpensive and operating at room temperature. The NH₃ sensor materials include metal oxides, carbon nanotube and conducting polymers. Among the conducting polymers, polyaniline (PANI) is one of the most appealing sensing material due to its ease of synthesis, environmental stability, reversible redox reaction and low energy consumption (operating at room temperature). In order to enhance the mechanical strength and characteristics of sensors, inorganic as nanofiller (such as TiO₂, SnO₂, MoO₃, In₂O₃, carbon, etc) is combined into PANI material to form nanocomposite. Nanodiamond (ND) has firstly been described in the 1960s by Russian researchers. Compared to bulk material, ND can offer larger specific surface area, higher chemical stability and higher mechanical modulus. The ND is homogeneously combined into PANI to form ND/PANI nanocomposite for NH₃ gas detection, which may increase the specific surface area and improve the sensitivity of ND/PANI sensor.