M3O4(M=FeCoCrMnMg)高熵氧化物粉体的简易制备及超电容性能研究
王义良1,2(
), 艾云龙2, 杨书伟2, 梁炳亮1,2(), 郑振环3, 欧阳晟2, 何文2, 陈卫华2, 刘长虹1,2, 张建军2, 刘智勇2
), 艾云龙2, 杨书伟2, 梁炳亮1,2(), 郑振环3, 欧阳晟2, 何文2, 陈卫华2, 刘长虹1,2, 张建军2, 刘智勇2
Facile Synthesis and Supercapacitor Performance of M3O4(M=FeCoCrMnMg) High Entropy Oxide Powders
WANG Yiliang1,2(), AI Yunlong2, YANG Shuwei2, LIANG Bingliang1,2(), ZHENG Zhenhuan3, OUYANG Sheng2, HE Wen2, CHEN Weihua2, LIU Changhong1,2, ZHANG Jianjun2, LIU Zhiyong2
), AI Yunlong2, YANG Shuwei2, LIANG Bingliang1,2(), ZHENG Zhenhuan3, OUYANG Sheng2, HE Wen2, CHEN Weihua2, LIU Changhong1,2, ZHANG Jianjun2, LIU Zhiyong2
图1. 不同温度煅烧得到的M3O4粉体的XRD图谱(a)、局部放大XRD图谱(2θ=28°~38°)(b)以及Rietveld精修XRD图谱(c)
Fig. 1. XRD patterns (a), enlarged XRD patterns (2θ=28°-38°) (b) and Rietveld refined XRD pattern (c) of M3O4 powders calcined at different temperatures
