Research Center for Organic Electronics ＞【Paper】 A paper written by Yuki SEINO, a 3rd-year doctoral student and Susumu INOMATA, a 2nd-year master course student (Kido/Sasabe Lab), has been accepted by Advanced Materials (IF: 17.49).

A paper written by Yuki SEINO, a 3rd-year doctoral student and Susumu INOMATA, a 2nd-year master course student (Kido/Sasabe Lab), has been accepted by Advanced Materials (IF: 17.49).

High performance Green Organic LEDs Using Thermally Activated Delayed Fluorescence with Power Efficiency of 100 lm W–1
By Yuki Seino, Susumu Inomata, Hisahiro Sasabe*, Yong-Jin Pu, and Junji Kido*, Advanced Materials, in press.
Abstract: A green TADF OLED with an extremely high power efficiency of over 100 lm W–1 is realized through a barrier free hole-electron recombination pathway. An optimized OLED showed a maximum external efficiency of 25.7%, a low turn-on voltage of 2.33 V, and a maximum power efficiency of 107 lm W–1. This device showed 79.4 lm W–1 at 100 cd m–2, which is 1.6-times higher than that of state-of-the-art green TADF OLEDs.

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