基于NCO-YSZ半导体-离子导体复合电解质导电率探究
Exploration of Electrolyte Conductivity Based on NCO-YSZ Semiconductor-Ion Conductor Composite
翟姝华1
作者信息
- 1. 襄阳科技职业学院,湖北襄阳 441000
- 折叠
摘要
导电率作为验证材料属性的关键步骤,具有十分关键的作用,如助力研究人员了解材料导电性能的同时反映材料内部的结构和缺陷,继而让其更好地对材料进行评估或更有针对性地应用.在此基础上,将研究复合离子导体YSZ与P型半导体NaxCoO2,所得到NCO-YSZ半导体-离子导体复合电解质的导电率,为对相关人员降低YSZ基SOFC的操作温度,增加中低温区离子传导率,提供一定思路.
Abstract
As a key step to verify the properties of materials,the conductivity plays a very critical role,such as helping researchers to understand the conductive performance of the material while reflecting the structure and defects inside the material,so that it can better evaluate the material or more targeted application.On this basis,this paper will study the composite ion conductor YSZ and P-type semiconductor NaxCoO2 to obtain the conductivity of NCO-YSZ semiconductor-ion conductor composite electrolyte,hoping to provide some ideas for reducing the operating temperature of YSZ-based SOFC and increasing the ion conductivity in the medium and low temperature area.
关键词
NCO-YSZ/半导体/离子导体/复合电解质/导电率Key words
NCO-YSZ/semiconductor/ionic conductor/composite electrolyte/conductivity引用本文复制引用
出版年
2024
NETL
NSTL
维普
万方数据