Titlebook: Chemical Science of π-Electron Systems; Takeshi Akasaka,Atsuhiro Osuka,Yoshio Aso Book 2015 Springer Japan 2015 Biomolecules.Carbon Nanotu

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https://doi.org/10.1007/978-4-431-55357-1Biomolecules; Carbon Nanotubes; Fullerenes; Molecular Assembly; Nanographenes; Novel Aromatic Compounds; O

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Produktdesign in der chemischen Industrienzopentalenes possess a 4nπ-electron system, they are fairly stable compounds with a planar structure. Thus, appropriate modification would provide them with desirable electronic properties. Recently, we have developed a novel reaction yielding dibenzopentalene derivatives from readily available o-b

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Produktdesigns in Forschung und Entwicklung,circular dichroism values, and several enhanced physical organic properties. Supramolecular chirality generated from regular arrangement of helicenes further amplifies their inherent chiroptical properties. Here in this chapter, examples of higher-order molecular architectures of helicenes and their

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Produktdesign in der chemischen Industrieion. The planar structures of typical COTs are the transition states of the dynamic processes and hence hardly accessible by spectroscopic means. However, some molecules have been designed to have a planar COT core. The planar structure of the COT core potentially causes a narrow HOMO–LUMO (H–L) gap

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Produktdesign in der chemischen Industriewhich one or more carbon atoms of π-system are replaced by main group element, have attracted much attention due to their unique optoelectronic properties. In these molecules, an interaction between π-orbitals and atomic orbitals of main group elements occurs electronic perturbation leading fine-tun