“单晶电极室温离子液体”界面双电层电化学和AFM力曲线研究的开题报告摘要：利用单晶电极和室温离子液体相结合的技术，可以研究电极表面的双电层结构和离子液体的电化学性质。本文主要研究室温离子液体在单晶金属电极表面的电化学行为和表面微观结构，利用原子力显微镜（AFM）力曲线技术研究离子液体分子吸附在电极表面的力学行为，探讨离子液体分子在电化学过程中的分子动态行为，为开发新型离子液体电化学传感器和新型电化学材料提供理论基础。关键词：单晶电极，室温离子液体，双电层结构，原子力显微镜，力曲线技术，电化学传感器Abstract:Thecombinationofsinglecrystalelectrodesandroomtemperatureionicliquidscanbeusedtostudythedoublelayerstructureofelectrodesandtheelectrochemicalpropertiesofionicliquids.Thispapermainlystudiestheelectrochemicalbehaviorandsurfacemicrostructureofionicliquidsonthesurfaceofsinglecrystalmetalelectrodes.Themechanicalbehaviorofionicliquidmoleculesadsorbedontheelectrodesurfaceisstudiedusingatomicforcemicroscopy(AFM)forcecurvetechnology,andthemoleculardynamicbehaviorofionicliquidmoleculesinelectrochemicalprocessesisexplored,providingtheoreticalbasisforthedevelopmentofnewionicliquidelectrochemicalsensorsandnewelectrochemicalmaterials.Keywords:singlecrystalelectrode,roomtemperatureionicliquid,doublelayerstructure,atomicforcemicroscopy,forcecurvetechnology,electrochemicalsensor