2021
DOI: 10.1039/d0tc05817c
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Design of one-dimensional organic semiconductors with high intrinsic electron mobilities: lessons from computation

Abstract: Aromatic diimides are important building blocks for constructing low-dimensional n-type organic semicondutors. In addition to the mostly-reported perylene and napthalene diimides, we show that pyrene diimide (PyDI) is a more...

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Cited by 2 publications
(2 citation statements)
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“…There are reports available in the literature that show how the assembled state of the π-conjugated system in the aggregated state has helped it to be a good semiconducting material. ,, The development of conductive nanowires in such a nanofibrous network state provides the channel for the mobile electron to carry charge through the system . In the assembled state of such a conjugated aromatic core, when the voltage gradient is applied in the system, the electron can move through the intermolecular close packing interface by hopping, which is not possible in the non-aggregated or monodispersed states. , Herein, HR-TEM images and wide-angle XRD have already disclosed the nanofibrous network and close packing arrangements of the π-conjugated core. Inspired by this nanofibrous morphology and aggregation, we were directed toward the conductivity measurements of the dry gel of the NDIP .…”
Section: Resultsmentioning
confidence: 99%
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“…There are reports available in the literature that show how the assembled state of the π-conjugated system in the aggregated state has helped it to be a good semiconducting material. ,, The development of conductive nanowires in such a nanofibrous network state provides the channel for the mobile electron to carry charge through the system . In the assembled state of such a conjugated aromatic core, when the voltage gradient is applied in the system, the electron can move through the intermolecular close packing interface by hopping, which is not possible in the non-aggregated or monodispersed states. , Herein, HR-TEM images and wide-angle XRD have already disclosed the nanofibrous network and close packing arrangements of the π-conjugated core. Inspired by this nanofibrous morphology and aggregation, we were directed toward the conductivity measurements of the dry gel of the NDIP .…”
Section: Resultsmentioning
confidence: 99%
“…26 In the assembled state of such a conjugated aromatic core, when the voltage gradient is applied in the system, the electron can move through the intermolecular close packing interface by hopping, which is not possible in the non-aggregated or monodispersed states. 41,42 Herein, HR-TEM images and wideangle XRD have already disclosed the nanofibrous network and close packing arrangements of the π-conjugated core. Inspired by this nanofibrous morphology and aggregation, we were directed toward the conductivity measurements of the dry gel of the NDIP.…”
Section: ■ Materials and Methodsmentioning
confidence: 99%