摘要 :
Nonemissive tetraphenylethene (TPE) 1 and its diphenylated derivative 2 were Induced to emit intensely by aggregate formation. Crystalline aggregates of the dyes emitted bluer lights than their amorphous counterparts. The emission...
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Nonemissive tetraphenylethene (TPE) 1 and its diphenylated derivative 2 were Induced to emit intensely by aggregate formation. Crystalline aggregates of the dyes emitted bluer lights than their amorphous counterparts. The emissions of the TPE dyes could be switched off and on continuously and reversibly by wetting and dewetting with solvent vapors, respectively, manifesting their ability to optically sense volatile organic compounds. The light-emitting diodes fabricated from 1 and 2 were turned on at ～2.9 and ～5 V and emitted blue lights with maximum luminance of ～1800 and ～11 000 cd/m~2, respectively.
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摘要 :
1,2-Diphenyl-3,4-bis(diphenylmethylene)-l-cyclobutene can be induced to emit efficiently by aggregate formation, with the crystalline aggregates emitting brighter, bluer lights than their amorphous counterparts.
Scientists are in...
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1,2-Diphenyl-3,4-bis(diphenylmethylene)-l-cyclobutene can be induced to emit efficiently by aggregate formation, with the crystalline aggregates emitting brighter, bluer lights than their amorphous counterparts.
Scientists are in perpetual quest for luminescent materials that can emit efficiently in the solid state because for most real-world applications the luminophors are used as solid films.
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