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Confocal scanning raman spectroscopy (CSRS) of an operating organic light-emitting diode

机译:工作有机发光二极管的共聚焦扫描拉曼光谱(CSRS)

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摘要

Organic molecules with semiconducting properties are becoming nowadays core of the organic-based electronic era. Although organic light emitting diodes (OLEDs) have already matured for commercial applications, they still require longer device lifetimes. Some of the long-standing challenges in OLED technology relay on degradation and failure mechanisms. Several authors observed that degradation and subsequent damage of OLEDs is accompanied by formation of dark non-emissive spots [1-2]. Implementation of the confocal scanning Raman spectroscopy (CSRS) measurements helps to understand the chemistry, physics of OLEDs and moreover to have better confidence on their quality assurance.
机译:具有半导体特性的有机分子正成为当今有机电子时代的核心。尽管有机发光二极管(OLED)在商业应用中已经成熟,但它们仍需要更长的设备寿命。 OLED技术中的一些长期挑战在于退化和故障机制。几位作者观察到,OLED的降解和随后的损坏伴随着黑色非发光点的形成[1-2]。共聚焦扫描拉曼光谱(CSRS)测量的实施有助于了解OLED的化学,物理性质,并且对它们的质量保证更有信心。

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