Room-Temperature Redox-Active Liquid Crystals Composed of Tetraazanaphthacene Derivatives
作者:Kyosuke Isoda、Tomonori Abe、Makoto Tadokoro
DOI:10.1002/asia.201300780
日期:2013.12
Liquid‐crystalline (LC) N‐heteroacenes, tetraazanaphthacene (TANC), and fluoflavin (FFV) were synthesized, and their self‐assembly into columnar LC structures at room temperature was investigated. LC TANC and LC FFV functioned as an electron acceptor and electron donor, respectively. A TANC/FFV LC mixture showed ESR activity in the presence of a strong base.
液晶(LC)合成了N-杂并烷,四氮杂并蒽(TANC)和氟黄素(FFV),并研究了它们在室温下自组装成柱状LC结构的情况。LC TANC和LC FFV分别用作电子受体和电子供体。TANC / FFV LC混合物在强碱存在下显示ESR活性。