Benzo-thia-fused [: N] thienoacenequinodimethanes with small to moderate diradical characters: The role of pro-aromaticity versus anti-aromaticity

10.1039/c5sc04706d

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Main Authors:	Shi, X, Quintero, E, Lee, S, Jing, L, Herng, T.S, Zheng, B, Huang, K.-W, López Navarrete, J.T, Ding, J, Kim, D, Casado, J, Chi, C
Other Authors:	DEPT OF CHEMISTRY
Format:	Article
Published:	Royal Society of Chemistry 2020
Subjects:	Absorption spectroscopy Aromatic compounds Chemical analysis Design for testability Dyes Electromagnetic wave absorption Electron spin resonance spectroscopy Electronic structure Excited states Ground state Luminescence of organic solids Molecules Nuclear magnetic resonance Photons Spectroelectrochemistry Tin Two photon processes X ray crystallography Aromatic stabilization Electronic absorption spectra Electronic absorption spectroscopy Electronic and magnetic properties One photon absorption Spectroelectrochemical study Variable-temperature NMR X-ray crystallographic analysis Aromatization
Online Access:	https://scholarbank.nus.edu.sg/handle/10635/175458
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Institution:	National University of Singapore

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spelling	sg-nus-scholar.10635-1754582023-08-29T22:13:24Z Benzo-thia-fused [: N] thienoacenequinodimethanes with small to moderate diradical characters: The role of pro-aromaticity versus anti-aromaticity Shi, X Quintero, E Lee, S Jing, L Herng, T.S Zheng, B Huang, K.-W López Navarrete, J.T Ding, J Kim, D Casado, J Chi, C DEPT OF CHEMISTRY DEPT OF MATERIALS SCIENCE & ENGINEERING Absorption spectroscopy Aromatic compounds Chemical analysis Design for testability Dyes Electromagnetic wave absorption Electron spin resonance spectroscopy Electronic structure Excited states Ground state Luminescence of organic solids Molecules Nuclear magnetic resonance Photons Spectroelectrochemistry Tin Two photon processes X ray crystallography Aromatic stabilization Electronic absorption spectra Electronic absorption spectroscopy Electronic and magnetic properties One photon absorption Spectroelectrochemical study Variable-temperature NMR X-ray crystallographic analysis Aromatization 10.1039/c5sc04706d Chemical Science 7 5 3036-3046 2020-09-10T01:45:45Z 2020-09-10T01:45:45Z 2016 Article Shi, X, Quintero, E, Lee, S, Jing, L, Herng, T.S, Zheng, B, Huang, K.-W, López Navarrete, J.T, Ding, J, Kim, D, Casado, J, Chi, C (2016). Benzo-thia-fused [: N] thienoacenequinodimethanes with small to moderate diradical characters: The role of pro-aromaticity versus anti-aromaticity. Chemical Science 7 (5) : 3036-3046. ScholarBank@NUS Repository. https://doi.org/10.1039/c5sc04706d 20416520 https://scholarbank.nus.edu.sg/handle/10635/175458 Royal Society of Chemistry Unpaywall 20200831
institution	National University of Singapore
building	NUS Library
continent	Asia
country	Singapore Singapore
content_provider	NUS Library
collection	ScholarBank@NUS
topic	Absorption spectroscopy Aromatic compounds Chemical analysis Design for testability Dyes Electromagnetic wave absorption Electron spin resonance spectroscopy Electronic structure Excited states Ground state Luminescence of organic solids Molecules Nuclear magnetic resonance Photons Spectroelectrochemistry Tin Two photon processes X ray crystallography Aromatic stabilization Electronic absorption spectra Electronic absorption spectroscopy Electronic and magnetic properties One photon absorption Spectroelectrochemical study Variable-temperature NMR X-ray crystallographic analysis Aromatization
spellingShingle	Absorption spectroscopy Aromatic compounds Chemical analysis Design for testability Dyes Electromagnetic wave absorption Electron spin resonance spectroscopy Electronic structure Excited states Ground state Luminescence of organic solids Molecules Nuclear magnetic resonance Photons Spectroelectrochemistry Tin Two photon processes X ray crystallography Aromatic stabilization Electronic absorption spectra Electronic absorption spectroscopy Electronic and magnetic properties One photon absorption Spectroelectrochemical study Variable-temperature NMR X-ray crystallographic analysis Aromatization Shi, X Quintero, E Lee, S Jing, L Herng, T.S Zheng, B Huang, K.-W López Navarrete, J.T Ding, J Kim, D Casado, J Chi, C Benzo-thia-fused [: N] thienoacenequinodimethanes with small to moderate diradical characters: The role of pro-aromaticity versus anti-aromaticity
description	10.1039/c5sc04706d
author2	DEPT OF CHEMISTRY
author_facet	DEPT OF CHEMISTRY Shi, X Quintero, E Lee, S Jing, L Herng, T.S Zheng, B Huang, K.-W López Navarrete, J.T Ding, J Kim, D Casado, J Chi, C
format	Article
author	Shi, X Quintero, E Lee, S Jing, L Herng, T.S Zheng, B Huang, K.-W López Navarrete, J.T Ding, J Kim, D Casado, J Chi, C
author_sort	Shi, X
title	Benzo-thia-fused [: N] thienoacenequinodimethanes with small to moderate diradical characters: The role of pro-aromaticity versus anti-aromaticity
title_short	Benzo-thia-fused [: N] thienoacenequinodimethanes with small to moderate diradical characters: The role of pro-aromaticity versus anti-aromaticity
title_full	Benzo-thia-fused [: N] thienoacenequinodimethanes with small to moderate diradical characters: The role of pro-aromaticity versus anti-aromaticity
title_fullStr	Benzo-thia-fused [: N] thienoacenequinodimethanes with small to moderate diradical characters: The role of pro-aromaticity versus anti-aromaticity
title_full_unstemmed	Benzo-thia-fused [: N] thienoacenequinodimethanes with small to moderate diradical characters: The role of pro-aromaticity versus anti-aromaticity
title_sort	benzo-thia-fused [: n] thienoacenequinodimethanes with small to moderate diradical characters: the role of pro-aromaticity versus anti-aromaticity
publisher	Royal Society of Chemistry
publishDate	2020
url	https://scholarbank.nus.edu.sg/handle/10635/175458
_version_	1778169921163755520

Benzo-thia-fused [: N] thienoacenequinodimethanes with small to moderate diradical characters: The role of pro-aromaticity versus anti-aromaticity

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