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Light emission in phase separated conjugated and non-conjugated polymer blends

机译:相分离的共轭和非共轭聚合物共混物中的发光

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Phase separations in conjugated polymer (MEH-PPV) and non-conjugated polymer (PMMA) are studied by a near-field scanning microscopy and spectroscopy. Micron scale binary decomposition without photoluminescence spectrum shift occurs when the blending ratio (MEH-PPV/PMMA) is larger than one. When the ratio is smaller, the film becomes homogeneous and an /spl sim/100 nm blue shift of PL spectrum happened. The new PL spectrum indicates the excitons in MEH-PPV chains are interrupted by the PMMA, and thus emitting light as PPV oligomers.
机译:通过近场扫描显微镜和光谱学研究了共轭聚合物(MEH-PPV)和非共轭聚合物(PMMA)中的相分离。当混合比(MEH-PPV / PMMA)大于1时,会发生微米级的二元分解而无光致发光光谱偏移。当该比率较小时,膜变得均匀并且PL光谱发生了/ spl sim / 100nm的蓝移。新的PL光谱表明MEH-PPV链中的激子被PMMA中断,因此以PPV低聚物的形式发光。

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