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Electrical Conductivity Gradients: Electrical Conductivity Gradient Based on Heterofibrous Scaffolds for Stable Lithium‐Metal Batteries (Adv. Funct. Mater. 14/2020)
Advanced Functional Materials ( IF 18.5 ) Pub Date : 2020-04-06 , DOI: 10.1002/adfm.202070088 Sang‐Ho Hong 1 , Dae‐Han Jung 2 , Jung‐Hwan Kim 1 , Yong‐Hyeok Lee 1 , Sung‐Ju Cho 1 , Sang Hoon Joo 1 , Hyun‐Wook Lee 1 , Ki‐Suk Lee 2 , Sang‐Young Lee 1
Advanced Functional Materials ( IF 18.5 ) Pub Date : 2020-04-06 , DOI: 10.1002/adfm.202070088 Sang‐Ho Hong 1 , Dae‐Han Jung 2 , Jung‐Hwan Kim 1 , Yong‐Hyeok Lee 1 , Sung‐Ju Cho 1 , Sang Hoon Joo 1 , Hyun‐Wook Lee 1 , Ki‐Suk Lee 2 , Sang‐Young Lee 1
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In article number 1908868, Hyun‐Wook Lee, Ki‐Suk Lee, Sang‐Young Lee, and co‐workers present an electrical conductivity gradient interfacial host comprising 1D high conductivity copper nanowires and nanocellulose insulating layers for stable lithium metal anodes. The conductivity gradient system guides the nucleation sites of Li‐metal to be directed during electrochemical plating.
中文翻译：
导电率梯度：基于异纤支架的稳定锂金属电池的导电率梯度（Adv。Funct。Mater。14/2020）
在1908868号文章中，Hyun-Wook Lee，Ki-Suk Lee，Sang-Young Lee和他的同事们提出了一种电导率梯度界面基质，该基质包含一维高电导率铜纳米线和用于稳定锂金属阳极的纳米纤维素绝缘层。电导率梯度系统引导电化学镀覆过程中要引导的锂金属的成核位置。
更新日期：2020-04-06
中文翻译：
导电率梯度：基于异纤支架的稳定锂金属电池的导电率梯度（Adv。Funct。Mater。14/2020）
在1908868号文章中，Hyun-Wook Lee，Ki-Suk Lee，Sang-Young Lee和他的同事们提出了一种电导率梯度界面基质，该基质包含一维高电导率铜纳米线和用于稳定锂金属阳极的纳米纤维素绝缘层。电导率梯度系统引导电化学镀覆过程中要引导的锂金属的成核位置。
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