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Organic electroluminescent device: current status and future prospect

机译:有机电致发光器件:现状与未来展望

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Summary form only given. Today, some electroluminescent devices show luminance of over 100,000 cd/m/sup 2/ and quantum efficiencies of more than 4.0%. One of the advantages of organics over inorganics is that organic materials can be designed and synthesized for a certain purpose. For example, molecular weight of organic compound can be low or high depending on application. Today, most efficient EL devices are composed of small molecules with a low molecular weight. In these devices, materials are vacuum deposited and made into multilayer structure to achieve high efficiencies. Emission color of the device depends on the materials used as the emitter layer, and three primary colors of blue, green and red can be obtained at high brightness levels. Emission with very sharp spectral bands can be obtained by using lanthanide complexes and white light by combining several fluorescent dyes.
机译:仅提供摘要表格。如今,某些电致发光器件的亮度超过100,000 cd / m / sup 2 /,量子效率超过4.0%。有机物相对于无机物的优势之一是可以针对特定目的设计和合成有机材料。例如,取决于应用,有机化合物的分子量可以低或高。如今,最有效的EL器件由低分子量的小分子组成。在这些装置中,将材料真空沉积并制成多层结构以实现高效率。器件的发射颜色取决于用作发射层的材料,在高亮度下可以获得蓝色,绿色和红色这三种原色。通过使用镧系元素络合物和白光,通过组合几种荧光染料,可以获得非常清晰的光谱带。

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