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

用英语全称：mSOAD

中文名：蓝光TADF材料mSOAD

產地：渭南含量：99%应用领域：仅用来科研管理制造商：广州杏彩体育平台 海洋生物科学不足公司

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。

依据SEO优化薄型发光字体的地点和人数，得见了31.9cda的直流电吸收率、能力吸收率和外量子吸收率（EQE）1, 30.4 lm W主要高达1%和17.3%。在国际性采光理事会会（CIE）经纬度为（0.469±0.008,0.382±0.004）的情形下，从4V到8V也拥有了安全的黄白色光谱分析。我国察觉，对载流子和激子的**控制具备着关键点功用；超薄型发器的区域和总数量对电子元器件使用性能也很大的反应。

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.

杭州杏彩体育平台 生态学现代科技有限制公司保证合金金属结合物，热激发推迟了荧光(TADF)村料，集聚帮助推迟了荧光（AIDF）村料，集聚帮助会发光AIE村料的个性定制分解成近红外TADF碳原子蓝光TADF食材DBTCz-TrzDBFCz-TrzBDBTCz-TrzBDBFCz-Trz红光/近红外TADF带光材质BPPZ-PXZmDPBPZ-PXZ依据芴酮的橙红光热激话推迟了荧光(TADF)物料DMAC-FOSPAC-FOTICTTADF资料;TADF(含盖MRTADF与TICTTADF)资料D-π-A型AIE-TADF近红外发光字物料TADF分子结构DPK-DCFDPK-DCF围绕于蛙胶微米离子近红外TADF分子结构TPA-DCPP近红外亮光板材DCPA-TPADCPA-BBPA芬芳硼掩盖的并苯原子核PyNB开环碳原子DPNB依据吡嗪蛋白激酶的DPXZ-BPDFTPXZ-BPF立于吡嗪的红白色热致推迟了荧光村料橙红光TADF原子DPXZ-BPDPA

祥和警告：仅应用在研发，无法应用在人體进行实验！神评zhn2022..01.12