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High-efficiency organic light-emitting devices (OLEDs) were fabricated in which solution-processed ambipolar blends of hole- and electron-transport polymer hosts doped with a green-emitting iridium complex are sandwiched between a photocrosslinked hole-trans-porting layer and a vacuum-deposited electron-transporting layer. The solution process is more suitable for large-sized OLED in terms of small material usage and no need for fine mask patterning technique. Among soluble materials, dendrimers are acknowledged as a new class of emissive OLED materials that can carry both the emissive chromophore and the charge transporting moiety simultaneously. |
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1.High-efficiency organic light-emitting devices (OLEDs) were fabricated in which solution-processed ambipolar blends of hole- and electron-transport polymer hosts doped with a green-emitting iridium complex are sandwiched between a photocrosslinked hole-transporting layer and a vacuum-deposited electron-transporting layer. The ambipolar host blends consist of blends of bis-oxadiazole-functionalized poly(norbornene) electron-transport materials and poly(N-vinylcarbazole). 通过溶液加工的方法制作了高效OLED，双极性的主体是电子传输材料bis-oxadiazole-functionalized poly(norbornene)和空穴传输材料聚乙烯(N-乙烯基咔唑)（poly(N-vinylcarbazole)）的混合物，并掺杂入绿色发光铱配合物，夹在光致交联的空穴传输层和真空沉积的电子传输层之间。 2.The solution process is more suitable for large-sized OLED in terms of small material usage and no need for fine mask patterning technique. Among soluble materials, dendrimers are acknowledged as a new class of emissive OLED materials that can carry both the emissive chromophore and the charge transporting moiety simultaneously. 溶液处理方法很合适大尺寸OLED的制备，它的材料用量小，且不需要使用好的膜模式技术。在可溶的材料中，树枝状聚合物是公认的一种作为OLED发光材料的新种类，这些材料可以同时运载发射团和电荷运输基团。 |
3楼2011-09-18 16:18:27
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