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Ag/AgCl海洋电场探测电极研究进展
引用本文:肖海舰,李红霞,宋玉苏. Ag/AgCl海洋电场探测电极研究进展[J]. 装备环境工程, 2023, 20(2): 89-95
作者姓名:肖海舰  李红霞  宋玉苏
作者单位:海军工程大学 基础部,湖北 武汉 430033
摘    要:针对目前广泛应用于海洋电场传感器中的全固态粉压型Ag/AgCl电极对的极差稳定时间长,无法满足快速部署、实时探测这一要求,系统阐述了Ag/AgCl海洋电场探测电极的性能要求和制备工艺方法,对比了制备工艺的优缺点。综述了Ag/AgCl海洋电场探测电极的制备工艺优化以及改性方法,论述了近些年国内外关于Ag/AgCl电极改性的研究进展,并对Ag/AgCl海洋电场探测电极未来的研究与发展趋势进行了展望。

关 键 词:Ag/AgCl电极  海洋电场  制备工艺  粉压法  改性  碳材料  石墨烯

Research Progress of Ag/AgCl Marine Electric Field Detection Electrodes
XIAO Hai-jian,LI Hong-xi,SONG Yu-su. Research Progress of Ag/AgCl Marine Electric Field Detection Electrodes[J]. Equipment Environmental Engineering, 2023, 20(2): 89-95
Authors:XIAO Hai-jian  LI Hong-xi  SONG Yu-su
Affiliation:Department of Basic Courses, Naval University of Engineering, Wuhan 430033, China
Abstract:The work aims to deal with the situation that potential difference of Ag/AgCl electrode pairs widely used in marine electric field sensors have a long stability time, which cannot meet the requirements of rapid deployment and real-time detection. The performance requirements and preparation process of Ag/AgCl marine electric field detection electrodes were systematically expounded. The advantages and disadvantages of the preparation process were compared. The preparation process optimization and modification methods of Ag/AgCl marine electric field detection electrodes were summarized. And the research progress of Ag/AgCl electrode modification at home and abroad in recent five years was discussed. The future research and development trend of Ag/AgCl marine electric field detection electrodes were prospected.
Keywords:Ag/AgCl electrode   marine electric field   preparation process   powder pressing   modification   carbon material   graphene
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