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- W2897540983 abstract "Abstract Due to the difficulty in achieving high efficiency and high color purity simultaneously, blue emission is the limiting factor for the performance and stability of OLEDs. Since 2003, we have been working on organic light‐emitting diodes (OLEDs), especially on blue light. After a series of molecular designs, novel strategies have been proposed from different aspects. At first, highly efficient deep blue emission could be achieved through molecular design with highly twisted structure to suppress fluorescence quenching and redshift. Deep blue emitters with high efficiency in solid state, a twisted structure with aggregation induced emission (AIE) characteristics was incorporated to inhibit molecular aggregation, and triplet‐triplet fusion (TTF) and hybridized localized charge transfer (HLCT) were adopted to increase the ratio of triplet exciton used. Secondly, a highly efficient blue OLED could be achieved through improving charge transport. New electron transport materials (ETMs) with wide band gap were developed to control charge transport balance in devices. Thirdly, a highly efficient deep blue emission could be achieved through a mesoscopic structure of out‐coupling layer. A mesoscopic photonic structured organic thin film was fabricated on the top of metal electrode by self‐aggregation in order to improve the light out‐coupling efficiency." @default.
- W2897540983 created "2018-10-26" @default.
- W2897540983 creator A5002043178 @default.
- W2897540983 creator A5057349325 @default.
- W2897540983 creator A5067362161 @default.
- W2897540983 creator A5087378532 @default.
- W2897540983 date "2018-10-12" @default.
- W2897540983 modified "2023-10-16" @default.
- W2897540983 title "Highly Efficient Organic Blue Electroluminescent Materials and Devices with Mesoscopic Structures" @default.
- W2897540983 cites W1512388082 @default.
- W2897540983 cites W1668566020 @default.
- W2897540983 cites W1768018281 @default.
- W2897540983 cites W1790577722 @default.
- W2897540983 cites W1950575380 @default.
- W2897540983 cites W1964395868 @default.
- W2897540983 cites W1965425882 @default.
- W2897540983 cites W1968431623 @default.
- W2897540983 cites W1976282804 @default.
- W2897540983 cites W1981477318 @default.
- W2897540983 cites W1981754849 @default.
- W2897540983 cites W1984880144 @default.
- W2897540983 cites W1986672954 @default.
- W2897540983 cites W1987164427 @default.
- W2897540983 cites W1990930168 @default.
- W2897540983 cites W1991144628 @default.
- W2897540983 cites W1994651297 @default.
- W2897540983 cites W1995980101 @default.
- W2897540983 cites W1997176450 @default.
- W2897540983 cites W2002171330 @default.
- W2897540983 cites W2007857241 @default.
- W2897540983 cites W2009480986 @default.
- W2897540983 cites W2011242403 @default.
- W2897540983 cites W2011980358 @default.
- W2897540983 cites W2032185182 @default.
- W2897540983 cites W2039273708 @default.
- W2897540983 cites W2044459766 @default.
- W2897540983 cites W2044600053 @default.
- W2897540983 cites W2051293602 @default.
- W2897540983 cites W2051599121 @default.
- W2897540983 cites W2052329392 @default.
- W2897540983 cites W2056341110 @default.
- W2897540983 cites W2061352573 @default.
- W2897540983 cites W2074573245 @default.
- W2897540983 cites W2077188122 @default.
- W2897540983 cites W2077741286 @default.
- W2897540983 cites W2082811937 @default.
- W2897540983 cites W2082986219 @default.
- W2897540983 cites W2085244076 @default.
- W2897540983 cites W2104524063 @default.
- W2897540983 cites W2107897709 @default.
- W2897540983 cites W2110165527 @default.
- W2897540983 cites W2112792501 @default.
- W2897540983 cites W2114261882 @default.
- W2897540983 cites W2116142959 @default.
- W2897540983 cites W2122286956 @default.
- W2897540983 cites W2126807231 @default.
- W2897540983 cites W2140849622 @default.
- W2897540983 cites W2143778706 @default.
- W2897540983 cites W2233908851 @default.
- W2897540983 cites W2260925748 @default.
- W2897540983 cites W2301160842 @default.
- W2897540983 cites W2315026810 @default.
- W2897540983 cites W2324508963 @default.
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- W2897540983 cites W2527595879 @default.
- W2897540983 cites W2577769068 @default.
- W2897540983 cites W2590731338 @default.
- W2897540983 cites W2594344544 @default.
- W2897540983 cites W2615079123 @default.
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- W2897540983 cites W2767820591 @default.
- W2897540983 cites W2776669821 @default.
- W2897540983 cites W2802116073 @default.
- W2897540983 cites W2804741476 @default.
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- W2897540983 doi "https://doi.org/10.1002/tcr.201800140" @default.
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- W2897540983 hasPublicationYear "2018" @default.
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