中文摘要：

利用蓝色有机发光二极管激发荧光色彩转换膜的方法,制备了一种新型的白色有机电致发光器件。蓝色有机发光二极管的发光层采用4,4’-Bis（carbazol-9-yl）biphenyl（CBP）主体掺杂高效蓝色荧光染料N-（4-（（E）-2-（6-（（E）-4-（diphenylamino）styryl）naphthalen-2-yl）vinyl）phenyl）-N-phenylbenzenamine（N-BDAVBi）来制备。有机/无机复合色彩转换膜是将有机荧光颜料VQ-D25和无机荧光粉掺铈钇铝石榴石（YAG：Ce^3＋）按一定的重量比均匀分散到-[CH3CH2COOCH3]n-（PMMA）中来制备。获得了色稳定性较高的白色有机电致发光器件。当驱动电压由6升至14V时,器件光谱非常稳定且CIE色坐标仅从（0.354,0.304）变化到（0.357,0.312）,其最高电流效率约为5.8cd·A^-1（4.35mA·cm^-2）,最高亮度为16800cd·m^-2（14V）。

英文摘要：

The authors report a novel white organic light-emitting device （WOLED）,which uses a strategy of exciting organic/inorganic color conversion film with a blue organic light-emitting diode （OLED）.The luminescent layer of the blue OLED was prepared by use of CBP host blended with a blue highly fluorescent dye N-BDAVBi.The organic/inorganic color conversion film was prepared by dispersing a mixture of red pigment VQ-D25 and YAG：Ce^3＋ phosphor in PMMA.The authors have achieved a novel WOLED with the high color stability by optimizing the thickness and fluorescent pigment concentration of the color conversion film.When the driving voltage varied between 6 and 14 V,the color coordinates （CIE） varied slightly from （0.354,0.304） to （0.357,0.312） and the maximum current efficiency is about 5.8 cd·A^-1（4.35 mA·cm^-2）,the maximum brightness is 16 800 cd·m^-2 at the operating voltage of 14 V.