申请人:ザ・トラスティーズ・オブ・ザ・ユニバーシティ・オブ・ペンシルバニア
公开号:JP2005539077A
公开(公告)日:2005-12-22
The present invention relates to a supramolecular nanocylinder composition comprising a novel dendron fluoride and a high electron or hole mobility donor (D), acceptor (A), or p-stack of a DA complex in the nucleus. It relates to a method of producing functionalized dendron fluoride programmed to self-assemble. Such nanocylinder compositions have unprecedented high charge carrier mobility, are relatively easy to synthesize and handle, and are used for transistors, photocells, photoconductivity in addition to applications related to optoelectronic devices utilizing liquid crystals. It is very useful in devices such as body, light refraction, light emission, and photoelectrons.
本发明涉及一种超分子纳米圆柱组合物,包括一种新型树状结构氟化物和高电子或空穴迁移给体(D)、受体(A)或DA复合物的p-堆栈在核内。它涉及一种生产功能化树状结构氟化物程序自组装的方法。这种纳米圆柱组合物具有前所未有的高载流子迁移率,相对容易合成和处理,并用于晶体管、光电池、光电导性以及利用液晶的光电子器件相关应用。它在身体、光折射、光发射和光电子等设备中非常有用。