聚苝掺杂聚碳酸酯的光学、电学和结构研究

N. Hendawy, T. Y. Elrasasi, M. El‐Mansy
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引用次数: 0

摘要

采用溶液浇铸法制备了苝/聚碳酸酯复合材料(PPC)层。在400 ~ 1100 nm范围内,研究了不同浓度Perylene (10 ppm ~ 200 ppm)对PPC的光吸收。在574 nm处出现吸收特征峰,随染料浓度的增加而增大。聚合物复合材料的荧光检测显示,在612 nm处有一个荧光峰,最大荧光强度为200 ppm。通过DSC、600℃范围内的TGA和400-4000 cm范围内的FT-IR对聚合物复合材料进行了表征,结果表明,当添加200 ppm的苝酰胺染料时,聚合物的结构没有发生变化。研究了体电阻、电导率和介电参数。
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Optical, Electrical And Structure Investigation of Perylene Doped Polycarbonate
Perylene/Polycarbonate composite (PPC) layers were prepared by solution-casting method. The optical absorption of PPC was studied in the range (400-1100 nm) for different concentrations of Perylene from 10 ppm up to 200 ppm. It showed absorption characteristic peak at 574 nm which increased with dye concentration. The detection of fluorescence of polymer composite illustrated a fluorescence peak at 612 nm with maximum intensity at 200 ppm. The polymer composites were characterized by using DSC, TGA up to 600C, and FT-IR in the range (400-4000 cm) which did not illustrate any structure variation with the addition of Perylene dye up to 200 ppm. Bulk resistances, conductivity and dielectric parameters were studied.
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