Synthesis of almost stoichiometric nanosized cathode materials Li1-xNi1+xO2 by a combined method and study of their physical and electrochemical characteristics: XRD patterns

Name: Synthesis of almost stoichiometric nanosized cathode materials Li1-xNi1+xO2 by a combined method and study of their physical and electrochemical characteristics: XRD patterns
Creator: Mendeley
Published: 2025-04-01 05:50:44
License: 暂无描述

DataCite Commons2025-04-01 更新2025-04-16 收录

下载链接：

https://data.mendeley.com/datasets/mchysjd8yy

下载链接

链接失效反馈

官方服务：

资源简介：

Almost stoichiometric nanosized materials with the composition Li1-xNi1+xO2 were synthesized by the combined method. The following samples were prepared: Sample 1 - Li:Ni ratio 1.5:1, thermal treatment temperature T = 700C, treatment time t = 60 min, composition Li0.25Ni1.75О2 Sample 2 - Li:Ni ratio 2.5:1, thermal treatment temperature T = 700C, treatment time t = 60 min, composition Li0.35Ni1.65О2 Sample 3 - Li:Ni ratio 5:1, thermal treatment temperature T = 700C, treatment time t = 60 min, composition Li0.64Ni1.36О2 Sample 4 - Li:Ni ratio 10:1, thermal treatment temperature T = 700C, treatment time t = 60 min, composition Li0.98Ni1.02О2 Sample 5 - Li:Ni ratio 10:1, thermal treatment temperature T = 700C, treatment time t = 15 min, composition Li0.524Ni1.476О2 Sample 6 - Li:Ni ratio 10:1, thermal treatment temperature T = 700C, treatment time t = 30 min, composition Li0.79Ni1.21О2 Sample 7 - Li:Ni ratio 10:1, thermal treatment temperature T = 700C, treatment time t = 45 min, composition Li0.92Ni1.08О2 Sample 8 - Li:Ni ratio 10:1, thermal treatment temperature T = 500C, treatment time t = 60 min, composition Li0.55Ni1.45О2 Sample 9 - Li:Ni ratio 10:1, thermal treatment temperature T = 550C, treatment time t = 60 min, composition Li0.68Ni1.32О2 Sample 10 - Li:Ni ratio 10:1, thermal treatment temperature T = 600C, treatment time t = 60 min, composition Li0.75Ni1.25О2 XRD patterns were obtained by Shimadzu XRD 6000 diffractometer (Shimadzu Corporation, Japan) with СuКα radiation.

提供机构：

Mendeley

创建时间：

2022-08-11