This invention relates to novel fluorinated dendrons and to a universal strategy for producing functional fluorinated dendrons programmed to self-assemble into supramolecular nanocylinder compositions containing p-stacks of high electron or hole mobility donors (D), acceptors (A), or D-A complexes in the core. Such nanocylinder compositions are uniquely applicable to devices spanning from single supramolecule to nanoscopic and to macroscopic scales including transistors, photovoltaics, photoconductors, photorefractives, light emissives, and optoelectronics.
                            本发明涉及新型
氟化树状分子以及一种通用策略,用于生产功能性
氟化树状分子,其编程自组装成包含高电子或空穴迁移给体(D)、受体(A)或D-A复合物的p-堆积的超分子纳米圆柱组合物。这样的纳米圆柱组合物可应用于从单个超分子到纳米和宏观尺度的设备,包括晶体管、光伏、光电导、光折变、光发射和光电子学。