第20卷第2期装备环境工程2023年2月EQUIPMENTENVIRONMENTALENGINEERING·89·收稿日期：2022–01–12；修订日期：2022–04–19Received：2022-01-12；Revised：2022-04-19作者简介：肖海舰（1997—），男，硕士研究生。Biography：XIAOHai-jian(1997-),Male,Postgraduate.引文格式：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):089-095.XIAOHai-jian,LIHong-xia,SONGYu-su.ResearchProgressofAg/AgClMarineElectricFieldDetectionElectrodes[J].EquipmentEnviron-mentalEngineering,2023,20(2):089-095.Ag/AgCl海洋电场探测电极研究进展肖海舰，李红霞，宋玉苏（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；石墨烯中图分类号：P738.3；O69文献标识码：A文章编号：1672-9242(2023)02-0089-07DOI：10.7643/issn.1672-9242.2023.02.012ResearchProgressofAg/AgClMarineElectricFieldDetectionElectrodesXIAOHai-jian,LIHong-xia,SONGYu-su(DepartmentofBasicCourses,NavalUniversityofEngineering,Wuhan430033,China)ABSTRACT:TheworkaimstodealwiththesituationthatpotentialdifferenceofAg/AgClelectrodepairswidelyusedinma-rineelectricfieldsensorshavealongstabilitytime,whichcannotmeettherequirementsofrapiddeploymentandreal-timede-tection.TheperformancerequirementsandpreparationprocessofAg/AgClmarineelectricfielddetectionelectrodesweresys-tematicallyexpounded.Theadvantagesanddisadvantagesofthepreparationprocesswerecompared.ThepreparationprocessoptimizationandmodificationmethodsofAg/AgClmarineelectricfielddetectionelectrodesweresummarized.Andthere-searchprogressofAg/AgClelectrodemodificationathomeandabroadinrecentfiveyearswasdiscussed.ThefutureresearchanddevelopmenttrendofAg/AgClmarineelectricfie...
