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TCNQ(7,7,8,8-Tetracyanoquinodimethane)分子自1962年首次合成后,其性质,特别是它与多种分子的电荷转移络合物和离子复合物在光电开关,光记录方面的应用,引起了广泛关注.我们利用TCNQ分子与反向胶束溶液中的超微粒子形成复合功能体系时发现,当TCNQ与超微粒浓度之比大于1/50时,TCNQ与反向胶束体系发生作用,表现出一些新的现象.本文对TCNQ在反向胶束中的性质和行为进行了进一步的研究,为开发和研究TCNQ分子的复合体系提供了依据.
TCNQ (7,7,8,8-Tetracyanoquinodimethane) molecule since its first synthesis in 1962, its properties, especially its charge-transfer complexes with a variety of molecules and ion complexes in the photoelectric switch, optical recording applications, Has attracted wide attention.When we use the TCNQ molecules and reverse micelles to form composite functional system, we found that when the ratio of TCNQ to ultrafine particle concentration is greater than 1/50, TCNQ plays an important role in the reverse micelle system, Showing some new phenomena.In this paper, the properties and behaviors of TCNQ in reverse micelles were further studied, which provided the basis for the development and research of the composite system of TCNQ molecules.