Electrode Applications Using Organic Thin Films with Three-Dimensional Structures

Abstract

The influence of nano- and micro-structures on various physicochemical phenomena is a subject of interest to many researchers. Physicochemical reactions at solid/electrolyte interfaces, such as crystallization, metal complex formation, adsorption, and electrochemical reactions are influenced by surface modifications with organic thin films. In this study, we review and generalize the findings of our research on the application of organic thin films with or without three-dimensional structures to chiral sensors, interactive motions of nano/micro materials, and electrodes for electrochemical energy devices.