This paper describes overview of electrofluorochromism, which is a phenomenon that controls photoluminescence through a change in the oxidation state of functional molecules, metal complexes, polymeric films, etc. Electrofluorochromic materials are considered prospective innovative materials because they can convert electrical input into intuitive visual signals. This field opens novel systems by combining absorption, reflection, and luminescence properties, leading to high contrast, night and day visibility, low-cost displays, and various sensing applications. The former sections provided a short overview of the electrofluorochromic phenomena and observation setups. The electrofluorochromic reactions and devices synchronized with the absorption change based on the electrochemical reaction we reported were also reviewed.

本文描述了电荧光变色的概述，这是一种通过功能分子、金属配合物、聚合物薄膜等氧化态的变化来控制光致发光的现象。电荧光变色材料被认为是具有前瞻性的创新材料，因为它们可以将电输入转换为直观的视觉信号. 该领域通过结合吸收、反射和发光特性开辟了新的系统，导致高对比度、昼夜可见性、低成本显示和各种传感应用。前几节简要概述了电荧光变色现象和观察设置。还回顾了基于我们报道的电化学反应的电致荧光变色反应和与吸收变化同步的装置。