feasibiLity of rapId modification of liGht emitting electrocHemical cell formulaTions to produce emission spectra on demand (LIGHT)

在该可行性研究中，将进行通过混合各种发射体物质快速生产具有定制或定制发射光谱的发光有机制剂的能力。代替制造长链，多官能团，电致发光聚合物与复杂的，缓慢的和昂贵的合成路径，我们将研究的可行性，使用精确的配方的一些发射器，以定制的发射光谱。如果这被证明是可行的，那么通过快速配制已知的电致发光聚合物或小分子成分来“拨号”特定的发射光谱将是可能的。这将允许用于许多不同利基的有机发光器件的快速原型，包括但不限于用于光疗的医疗器件。

In this feasibility study, the ability to rapidly produce light emitting organic formulations with a tailored or bespoke emission spectra through intermixing of various emitter species will be undertaken. Instead of manufacturing long chain, multi-functional group, electroluminescent polymers with a complex, slow and expensive synthesis path, we will study the feasibility of using accurate formulations of a number of emitters to tailor the emission spectra. Should this prove feasible, then it would be possible to 'dial up' a particular emission spectrum by rapidly formulating known electroluminescent polymer or small molecule constituents. This will allow rapid prototyping of organic light emitting devices for a number of different niches, including but not limited to, medical devices for phototherapy.