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Organic amorphous hole-transporting materials based on Tr?ger's Base alternatives to NPB

机译:基于TR的有机非晶空穴输送材料基于TR?GER的NPB替代品

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Tr?ger's Base (TB) scaffold has been exploited to create two novel amorphous hole-transporting materials (HTMs), i.e. , TB1 and TB2 , with high T _(g) s (152–156 °C) as alternatives to the popular NPB ( T _(g) ~ 95 °C). The hole-transporting properties of both TB1–2 are shown to be comparable to or better than that of NPB by contrasting the results of device fabrications with two different emissive materials that are TB-based and non-TB-based. This in conjunction with the ease of synthesis of TB1–2 should render them appealing choices as HTMs.
机译:TR?GER的基础(TB)支架已经利用以创建两种新的无定形空穴传输材料(HTMS),即TB1和TB2,具有高T _(G)S(152-156°C)作为流行的替代品NPB(T _(g)〜95°C)。通过将装置制造的结果与基于TB基于TB的非TB的基于TB的不同发光材料对比,TB1-2的空穴传输性能与NPB的空穴传输性能与NPB相当或更好。这与TB1-2的易于合成的易于合成应该使其将其吸引人的选择作为HTM。

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