Magnesium(Mg)is a promising alternative to lithium(Li)as an anode material in solid-state batteries due to its abundance and high theoretical volumetric capacity.However,the sluggish Mg-ion conduction in the lattice o...Magnesium(Mg)is a promising alternative to lithium(Li)as an anode material in solid-state batteries due to its abundance and high theoretical volumetric capacity.However,the sluggish Mg-ion conduction in the lattice of solidstate electrolytes(SSEs)is one of the key challenges that hamper the development of Mg-ion solid-state batteries.Though various Mg-ion SSEs have been reported in recent years,key insights are hard to be derived from a single literature report.Besides,the structure-performance relationships of Mg-ion SSEs need to be further unraveled to provide a more precise design guideline for SSEs.In this viewpoint article,we analyze the structural characteristics of the Mg-based SSEs with high ionic conductivity reported in the last four decades based upon data mining-we provide big-data-derived insights into the challenges and opportunities in developing next-generation Mg-ion SSEs.展开更多
本文主要采用内容分析法,以斯坦福大学(Stanford University)、密歇根大学(theU-niversity of Michigan)、匹兹堡大学(University of Pittsburgh)和佛罗里达州立大学(Florida State University)四所学校为案例,以《教师手册》(Faculty H...本文主要采用内容分析法,以斯坦福大学(Stanford University)、密歇根大学(theU-niversity of Michigan)、匹兹堡大学(University of Pittsburgh)和佛罗里达州立大学(Florida State University)四所学校为案例,以《教师手册》(Faculty Handbook)的文本为主要研究对象,总结了美国大学对终身教职的最新界定,分析了它们在终身教职的现行政策中所广泛采用的做法,并在此基础上结合文献调研预测了终身教职的发展趋势。展开更多
基金supported by the Ensemble Grant for Early Career Researchers 2022-2023 and the 2023 Ensemble Continuation Grant of Tohoku University,the Hirose Foundation,and the AIMR Fusion Research Grantsupported by JSPS KAKENHI Nos.JP23K13599,JP23K13703,JP22H01803,JP18H05513,and JP23K13542.F.Y.and Q.W.acknowledge the China Scholarship Council(CSC)to support their studies in Japan.
文摘Magnesium(Mg)is a promising alternative to lithium(Li)as an anode material in solid-state batteries due to its abundance and high theoretical volumetric capacity.However,the sluggish Mg-ion conduction in the lattice of solidstate electrolytes(SSEs)is one of the key challenges that hamper the development of Mg-ion solid-state batteries.Though various Mg-ion SSEs have been reported in recent years,key insights are hard to be derived from a single literature report.Besides,the structure-performance relationships of Mg-ion SSEs need to be further unraveled to provide a more precise design guideline for SSEs.In this viewpoint article,we analyze the structural characteristics of the Mg-based SSEs with high ionic conductivity reported in the last four decades based upon data mining-we provide big-data-derived insights into the challenges and opportunities in developing next-generation Mg-ion SSEs.
文摘本文主要采用内容分析法,以斯坦福大学(Stanford University)、密歇根大学(theU-niversity of Michigan)、匹兹堡大学(University of Pittsburgh)和佛罗里达州立大学(Florida State University)四所学校为案例,以《教师手册》(Faculty Handbook)的文本为主要研究对象,总结了美国大学对终身教职的最新界定,分析了它们在终身教职的现行政策中所广泛采用的做法,并在此基础上结合文献调研预测了终身教职的发展趋势。
