Electrochemical Stripping Analysis Using Vertically Free Standing Graphene containing Carbon Nanosheets as Electrode Materials

Abstract

This disclosure is about invention of electrodes for electrochemical stripping analysis comprising vertically free standing graphene containing Carbon Nanosheets, which is a novel material being distinctly different from graphite, planer graphene, carbon nanotubes, carbon nanowalls, carbon nanoflakes, graphene nanoplatelets, aggregated graphene powders made of exfoliated graphite flakes etc. Performance enhancement effects of electrodes are achieved by unique structure, morphology, topography and crystal defects of vertically free standing graphene containing Carbon Nanosheets: large surface area, exceptional electrical conductivity, good mechanical strength and edge effects. An enhanced electrical conductivity and surface area of electrodes can yield high signal level in electrochemical stripping analysis. More over, vertically free standing graphene containing Carbon Nanosheets can carrier more target substance-to-be-analyzed, catalyst particles, or additives due to the large surface area, high density of graphene edges and large number of actived atomistic sites of vertically free standing graphene containing Carbon Nanosheets.