through ion pairing of planarreceptor-anioncomplexes and cation modules as negatively and positively charged building blocks, respectively. Anion receptors that could not form soft materials by themselves provided mesophases upon anion binding and subsequent ion pairing with aliphatic cation modules. The mesogenic behaviors were affected by structural modification of both the cation module and the anion
离子基材料是通过平面受体 - 阴离子复合物和阳离子模块的离子配对制造的,分别作为带负电和正电的构建块。自身不能形成软材料的阴离子受体在阴离子结合和随后的离子与脂肪族阳离子模块配对时提供中间相。介晶行为受到阳离子模块和阴离子受体的结构修饰的影响。同步加速器 X 射线衍射测量表明柱状中间相的形成具有逐电荷和电荷分离排列的贡献。