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Efficient luminescence polarization of conjugated polymer films under low stretching level using transparent and flexible plastic substrate

机译:使用透明且柔软的塑料基材在低拉伸水平下共轭聚合物薄膜的高效发光偏振

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This work reports a detailed characterization of the absorption and luminescence polarization properties of poly(phenylenevinylene), PPV, thin films under very low deformation levels. The samples were prepared by casting the PPV precursor on teflon tape, followed by a thermal conversion step at 220/spl deg/C. Continuous axial stretch was applied at room temperature to very thin PPV/teflon films enabling simultaneous luminescence and absorbance measurements. Unlike the usual methods that use high draw ratios (L/L/sub 0/>2) to obtain highly ordered films, we demonstrate that low levels of deformation (1
机译:这项工作报告了聚苯撑乙烯撑,PPV,薄膜在非常低的变形水平下的吸收和发光偏振特性的详细表征。通过将PPV前体浇铸在聚四氟乙烯带上,然后在220 / spl℃/℃下进行热转化步骤来制备样品。在室温下对非常薄的PPV /聚四氟乙烯薄膜进行连续轴向拉伸,从而可以同时进行发光和吸光度测量。与使用高拉伸比(L / L / sub 0 /> <2)来获得高度有序薄膜的常规方法不同,我们证明了低变形量(1

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