Ten‐Minute Synthesis of Highly Conductive Polymer Nanosheets on Ice Surfaces: Role of Ice Crystallinity

Front Cover: In article number 2100565 by Moon Jeong Park and co‐workers, an ecofriendly and efficient ice‐assisted synthetic route to develop highly conductive polymer nanosheets with highly anisotropic growth of conjugated backbones is established, which stems from ice‐induced π–π stacking interac...

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Published in:Macromolecular rapid communications. 2021-12, Vol.42 (24), p.n/a
Main Authors: Kim, Kyoungwook, Kim, Bomi, Kim, Kitae, Park, Moon Jeong
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creator Kim, Kyoungwook
Kim, Bomi
Kim, Kitae
Park, Moon Jeong
description Front Cover: In article number 2100565 by Moon Jeong Park and co‐workers, an ecofriendly and efficient ice‐assisted synthetic route to develop highly conductive polymer nanosheets with highly anisotropic growth of conjugated backbones is established, which stems from ice‐induced π–π stacking interactions and polaron delocalization.
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title Ten‐Minute Synthesis of Highly Conductive Polymer Nanosheets on Ice Surfaces: Role of Ice Crystallinity
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