英文名：bis(3-(9,9-dimethyl-9,10-dihydroacridine)phenyl)sulfone (mSOAD) 

英文怎么说也叫：mSOAD

中文名：蓝光TADF材料mSOAD

产于：绵阳含量：99%主要用途：仅在科学提供商商：山东pg电子娱乐游戏app 菌物科学技术非常有限平台

基于蓝光TADF材料mSOAD非掺杂白色有机电致发光二极管

科研人员采用一种基于锯齿状吖啶/砜衍生物的超薄磷光发射器合成双（3-（9,9-二甲基-9,10-二氢吖啶）苯基）砜（mSOAD）的简单方法，实现了非掺杂白色有机发光二极管（WOLED）的**率和高颜色稳定性。

利用改善薄型夜光体的职位和需求量，完成了31.9cda的工作电流速度、电机功率速度和外量子速度（EQE）1, 30.4 lm W各是完成1%和17.3%。在国外灯饰理事会会（CIE）坐标系为（0.469±0.008,0.382±0.004）的情况报告下，从4V到8V也得到了维持的灰白色光谱仪。我们大家出现，对载流子和激子的**限定更具关键点意义；超簿射出器的角度和次数对电子元器件性能参数当然也有非常大影向。

Using a simple method employing ultra-thin phosphorescent emitters into bis(3-(9,9-dimethyl-9,10-dihydroacridine)phenyl)sulfone (mSOAD) based on zig-zag acridine/sulfone derivative, high efficiency and high color stability of non-doped white organic light-emitting diodes (WOLEDs) are realized. After optimization of the location and quantity of the ultra-thin emitters, maximum current efficiency, power efficiency and external quantum efficiency (EQE) of the WOLEDs of 31.9 cd A−1, 30.4 lm W−1 and 17.3%, respectively, are achieved. The stable white spectra are also obtained with the Commission Internationale de I’Eclairage (CIE) coordinates of (0.469 ± 0.008, 0.382 ± 0.004) from 4 V to 8 V. We find that efficient confinement to carriers and excitons has a key role; the location and quantity of ultra-thin emitters also have a large effect on device performance.

兰州pg电子娱乐游戏app 怪物科技产业十分有限司展示合金金属相互配合物，热激发时间延时荧光(TADF)装修物料，聚众成脂时间延时荧光（AIDF）装修物料，聚众成脂亮光AIE装修物料的私人订制获得近红外TADF分子结构蓝光TADF的原材料DBTCz-TrzDBFCz-TrzBDBTCz-TrzBDBFCz-Trz红光/近红外TADF会发光板材BPPZ-PXZmDPBPZ-PXZ源于芴酮的橙红光热启用推迟荧光(TADF)装修材料DMAC-FOSPAC-FOTICTTADF建材;TADF(涵盖MRTADF与TICTTADF)建材D-π-A型AIE-TADF近红外出现发亮产品TADF团伙DPK-DCFDPK-DCF围绕于矽胶納米微粒近红外TADF大分子TPA-DCPP近红外发光字素材DCPA-TPADCPA-BBPA芬芳硼突显的并苯原子核PyNB开环团伙DPNB根据吡嗪感觉的DPXZ-BPDFTPXZ-BPF体系结构吡嗪的红颜色热致网络延时荧光素材橙红光TADF碳原子DPXZ-BPDPA

温情显示：仅采用科研管理，没办法采用人们科学实验！大家zhn2022..01.12