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Electronic formulations - Photopatterning of luminescent conjugated polymers

机译：电子配方-发光共轭聚合物的光图案化

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摘要

The versatility of light emmitting conjugated polymers in terms of optoelectronic properties is enormous but tailoring of other essential properties has been relatively limited. In other fields such a problem would a problem would be rectified using material formulations. However, the need to maintain high optoelectronically compatible materials is demonstated. Additive molecules that are compatible with a family of luminescent polymers are presented and their performance in a light-emmited diode configuration is demonstrated. This formulation is aimed to adjust the glass transition temperature, maintain/improve film-forming ability, and that could be used to produce wavelength lasers or full-colour displays. The patterning ability is shown via the construction of a single pixel that is half green and half orange.
机译：就光电子性质而言，发光共轭聚合物的多功能性是巨大的，但是其他基本性质的定制却相对有限。在其他领域，这种问题将通过使用材料配方来解决。然而，证明了维持高光电兼容材料的需求。提出了与发光聚合物家族兼容的添加剂分子，并证明了它们在发光二极管配置中的性能。该配方旨在调节玻璃化转变温度，保持/改善成膜能力，可用于生产波长激光器或全彩色显示器。通过构造为一半绿色和一半橙色的单个像素来显示图案形成能力。

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