Health & Environmental Research Online (HERO)


Print Feedback Export to File
4263517 
Journal Article 
Electrolytes for Rechargeable Magnesium Batteries 
Zhao Qingsong; Nuli Yanna; Guo Yongsheng; Yang Jun; Wang Jiulin 
2011 
1 
Huaxue Jinzhan / Progress in Chemistry
ISSN: 1005-281X 
23 
8 
1598-1610 
WOS:000294191200003 
Rechargeable magnesium batteries may be a potential candidate for heavy load application due to higher energy density, cheap raw material costs and easy to handle of magnesium. In this paper, the recent research advances on electrolytes for rechargeable magnesium batteries are reviewed, especially on ethereal solutions of Grignard reagents, Mg(BR2R'(2))(2) (R,R' = alkyl or aryl groups), Mg(AX(4-n)R(n')R'(n"))(2) complexes (A = Al, B, Sb, P, As, Fe and Ta, X = Cl, Br and F, R,R' = alkyl or aryl groups, 0 < n < 4, n' + n" = n) or amidomagnesium halides, Mg ion conductive molten salts and polymeric electrolytes. The performances and characteristics of above three systems are presented, and further researches and developments are proposed. 
rechargeable magnesium batteries; electrolytes; Mg(AX(4-n)R(n')R'(n"))(2) complexes; molten salts; polymeric electrolytes