首页> 外国专利> Core-Shell Structured Nanohybrid Template for Sodium Metal Battery, Sodium Metal Battery Using the Same And Method for Preparing the Same

Core-Shell Structured Nanohybrid Template for Sodium Metal Battery, Sodium Metal Battery Using the Same And Method for Preparing the Same

机译:用于钠金属电池的核 - 壳结构纳米嗜钠模板,使用相同的金属电池和制备方法

摘要

A catalyst mold for a sodium metal battery, wherein the catalyst mold includes a core shell structure coated with a carbon layer having a nitrogen functional group on a metal nanofiber core, a nanohybrid mold having a core shell structure for a sodium metal battery, and a sodium metal battery using the same And a manufacturing method thereof is disclosed. According to the introduction of such a nano-hybrid structure, the overvoltage generated in the sodium metal nucleus is greatly reduced due to the large specific surface area and the many catalytic sites provided by the carbon layer, and the Coulomb efficiency (CE) can be dramatically increased. Moreover, excellent chemical stability can ensure excellent life stability even in repeated metal deposition/desorption processes of several thousand times or more.
机译:用于钠金属电池的催化剂模具,其中催化剂模具包括涂有碳层的芯壳结构,所述碳层在金属纳米纤维芯上具有氮官能团,具有用于钠金属电池的芯壳结构的纳米露出模具,以及公开了使用相同的金属电池及其制造方法。根据这种纳米杂交结构的引入,由于大的比表面积和由碳层提供的许多催化位点,在钠金属核中产生的过电压大大降低,并且可以是库仑效率(CE)显着增加。此外,优异的化学稳定性即使在几千次以上的重复金属沉积/解吸过程中,也可以确保优异的寿命稳定性。

著录项

  • 公开/公告号KR20210048838A

    专利类型

  • 公开/公告日2021-05-04

    原文格式PDF

  • 申请/专利权人 강원대학교산학협력단;

    申请/专利号KR1020190133013

  • 发明设计人 윤영수;

    申请日2019-10-24

  • 分类号H01M4/62;D04H1/4234;H01M10/05;H01M4/66;H01M4/80;B82Y40;

  • 国家 KR

  • 入库时间 2022-08-24 18:46:14

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