首页> 外国专利> DONOR FILM FOR LOW MOLECULE FULL COLOR ORGANIC EL ELEMENT USING LASER TRANSFER METHOD AND MANUFACTURING METHOD OF LOW MOLECULE FULL COLOR ORGANIC EL ELEMENT USING THIS FILM

DONOR FILM FOR LOW MOLECULE FULL COLOR ORGANIC EL ELEMENT USING LASER TRANSFER METHOD AND MANUFACTURING METHOD OF LOW MOLECULE FULL COLOR ORGANIC EL ELEMENT USING THIS FILM

机译:利用激光转移法制备低分子全色有机元素的修饰膜及利用该膜制备低分子全色有机元素的方法

摘要

PROBLEM TO BE SOLVED: To provide a manufacturing method of a donor film for a low molecule full color organic EL element and the organic EL element.;SOLUTION: This donor film for the low molecule full color organic EL element is composed of a substrate film, a photothermal conversion layer on the substrate film, and a transcription layer consisting of low molecular substance on the photothermal conversion layer, and one part of the transcription layer irradiated by the laser secedes by changes of adhesive force to the photothermal conversion layer, and the other part not irradiated by a laser is fixed to the photothermal conversion layer by the adhesive force, and the adhesive force between the substrate to which the low molecular substance of the transcription layer is transcribed and the low molecular substance, and the adhesive force between the photothermal conversion layer and the low molecular substance are larger than the ones between the low moleculr substance in the region irradiated by the laser in the transcription layer and the low molecular substance in the region not irradiated by a laser, and the low molecular substances in the region irradiated by the laser and in the region not irradiated by the laser are mutually separated from each other, and the material transition has occurred from the photothermal conversion layer to the substrate.;COPYRIGHT: (C)2004,JPO&NCIPI
机译:解决的问题:提供一种用于低分子全彩色有机EL元件的供体膜的制造方法;解决方案:该用于低分子全彩色有机EL元件的供体膜由基底膜组成基材膜上的光热转换层,光热转换层上的由低分子物质组成的转录层,被激光照射的转录层的一部分通过对光热转换层的粘附力的变化而分离。未被激光照射的其他部分通过粘附力,转录了转录层的低分子物质的基板与低分子物质之间的粘附力,以及被粘附在光热转换层上的粘附力而固定。光热转换层和低分子物质大于区域irr中低分子物质之间的分子在转录层中由激光促成的,与未被激光辐照的区域中的低分子物质,以及由激光辐照的区域中与未被激光辐照的区域中的低分子物质彼此分离,并从光热转换层发生了向材料的转变。版权所有(C)2004,JPO&NCIPI

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