Corrigendum: Double‐Pillaring Strategy for Silacyclophanes: Synthesis and Structures of Disilanyl Double‐Pillared Bisanthracenes

A silacyclophane molecule with two disilanyl pillars and two oligoarylene units was synthesized. The molecule was packed in a single crystal with a new motif interfusing π-stack and herringbone packing structures. The hole transporting ability of the solid was revealed by using the flash-photolysis time-resolved microwave conductivity method. The molecular structure, albeit a singly-bonded arylene macrocycle, was rigidified by the unique packing array, which favorably contributed to the hole transporting ability of the solid via the small reorganization energy through the charge transport.

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Disilanyl Double‐Pillared Bisternaphthyl (^SiDPBT): Synthesis and Interfused Packing Structures with Herringbone and π‐Stack Motifs

Nakanishi

Matsuyama

Hara

et al. 2014

Chemistry An Asian Journal

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Corrigendum: Double‐Pillaring Strategy for Silacyclophanes: Synthesis and Structures of Disilanyl Double‐Pillared Bisanthracenes

Cited by 1 publication

References 13 publications

Disilanyl Double‐Pillared Bisternaphthyl (^SiDPBT): Synthesis and Interfused Packing Structures with Herringbone and π‐Stack Motifs

Disilanyl Double‐Pillared Bisternaphthyl (^SiDPBT): Synthesis and Interfused Packing Structures with Herringbone and π‐Stack Motifs

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Corrigendum: Double‐Pillaring Strategy for Silacyclophanes: Synthesis and Structures of Disilanyl Double‐Pillared Bisanthracenes

Cited by 1 publication

References 13 publications

Disilanyl Double‐Pillared Bisternaphthyl (SiDPBT): Synthesis and Interfused Packing Structures with Herringbone and π‐Stack Motifs

Disilanyl Double‐Pillared Bisternaphthyl (SiDPBT): Synthesis and Interfused Packing Structures with Herringbone and π‐Stack Motifs

Contact Info

Product

Resources

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Disilanyl Double‐Pillared Bisternaphthyl (^SiDPBT): Synthesis and Interfused Packing Structures with Herringbone and π‐Stack Motifs

Disilanyl Double‐Pillared Bisternaphthyl (^SiDPBT): Synthesis and Interfused Packing Structures with Herringbone and π‐Stack Motifs