4-（4-叔丁基苯氧基）－钒氧酞菁薄膜的拉曼散射及其表面形貌网络同步性

Using solution casting method, 4-(4-tertbutylphenoxy)-vanadyl phthalocyanine(44VOPc) was deposited on the surface of quartz glass or gallium phosphide nanoparticulate film(nano-GaP). The scattering intensity of the 44VOPc film is generally higher than that of the 44VOPc/nano-GaP composite film. In order to explain the difference of Raman scattering intensity between 44VOPc film and 44VOPc/nano-GaP composite film, the surface morphology complex networks were constructed. Each node of the surface morphology complex networks was regarded as a collection of molecules, and simultaneously equated to a vibrator. Based on the calculation of the synchronization of the surface morphology complex networks, the better the synchronization of the surface morphology complex networks is, the higher the Raman scattering intensity is.