A Study on Humidity Response in DMV-CS Self Assembled Nanofibers: Investigating the Behavior of DMV-CS Self Assembled Nanofibers under Humidity and Drying Conditions

Abstract

The Scope of Research into Low-Dimensional Nanomaterials and Their Potential TechnologicalApplications, Developing superior organic nanostructures calls for a bottom-up strategy, and techniqueslike self-assembly and layer-by-layer deposition is well adapted to this end. Dodecyl methyl viologen (DMV)and coronene tetracarboxylate (CS) self-assembled nanofibers exhibit remarkable electrical characteristicsand have potential applications in devices such as Field Effect Transistors and Humidity Sensors. DMV-CSnanofibers change shape as the surrounding humidity does, as well as what goes into their formationduring the drying process. Micelles, which make up DMV-CS SAN, were shown to have an internalhexagonal ordering and elliptical distortion in the individual micelle as humidity was increased.