选择性浸出—回收磷酸铁锂电池更有前景的方法.pdf - 赵天瑜
下载:38 浏览:1065
废 FCC 催化剂高效资源化利用.pdf - 张晓光
下载:29 浏览:975
溶剂萃取提锂技术进展及新技术研究.pdf - 应子文
下载:31 浏览:1009
铜渣矿物相重构在钙砷渣中固定化砷的新策略.pdf - 谢文杰
下载:22 浏览:982
白云鄂博尾矿铌资源电化学提取过程熔体电导率研究及废渣高值化利用.pdf - 王金明
下载:23 浏览:984
采选冶固废与水污染协同控制的多目标优化方法与系统解决方案.pdf - 邱勇
下载:17 浏览:936
废酸资源化处置利用概述和思考.pdf - 钱钧
下载:28 浏览:981
稀贵金属精炼生产的数字化应用实践.pdf - 梁建军
下载:22 浏览:948
促进化学品和废物健全管理并防止污染的科学政策机制建设.pdf - 李金惠
下载:18 浏览:919
工业固废再利用制备陶粒支撑剂的应用研究.pdf - 郝建英
下载:20 浏览:911
铜尾渣高值化利用.pdf - 杜亚光
下载:25 浏览:952
铜渣水泥的抗压强度、微冻融试验和微观组织分析.pdf - 陈雨
下载:15 浏览:924
The melt conductivity increases with the increase of temperature. Nb is mainly +5 valence state in the melt of this article, and exists in the form of [NbO6]7- octahedron as a network modifier. Therefore, with the increase of Nb2O5 content, the degree of polymerization of the melt decreases, the conductivity increases, and the activation energy of the conductivity gradually decreases. 展开更多+
The melt conductivity increases with the increase of temperature. Nb is mainly +5 valence state in the melt of this article, and exists in the form of [NbO6]7- octahedron as a network modifier. Therefore, with the increase of Nb2O5 content, the degree of polymerization of the melt decreases, the conductivity increases, and the activation energy of the conductivity gradually decreases. 收起+
对“第十七届东亚资源再生技术国际会议”的评论 (0条)