中文摘要：

抓的铝上的镁免职溶解的电气化学的行为在 Grignard reagent/tetrahydrofuran ( THF )阻止答案( 1 摩尔 L1 EtMgBr/THF )，它被认为是可充电的镁电池的潜在的电解质，被使用象周期的 voltammetry ( CV )那样的各种各样的方法学习，扫描电子显微镜学( SEM )，X光检查衍射( XRD )和费用分泌物(免职溶解)测试。获得的镁扔的在场的结果不展出树突的形态学， Mg-Al 合金没在铝陪衬的表面上被发现。镁在 1 个摩尔 L1 EtMgBr/THF 解决方案在底层有的铝上扔了优秀电气化学的周期的性能。铝能为可充电的镁电池被用作否定当前的收集者的候选人材料。

英文摘要：

The electrochemical behavior of magnesium deposition-dissolution on scratched aluminum foils in Grignard reagent/tetrahydrofuran （THF） solutions （1 mol L-1 EtMgBr/THF）, which is regarded as a potential electrolyte of rechargeable magnesium batteries, was studied by using various methods such as cyclic voltammetry （CV）, scanning electron microscopy （SEM）, X-ray diffraction （XRD） and charge-discharge （deposition-dissolution） tests. The results present that the obtained magnesium deposits do not exhibit the morphology of dendrite and the Mg-Al alloy is not found on the surface of aluminum foils. The magnesium deposited on the aluminum substrates have excellent electrochemical cyclic performance in 1 mol L-1 EtMgBr/THF solution. The aluminum can be used as a candidate material of the negative current collector for rechargeable magnesium batteries.