可充电镁电池负极材料及界面化学的研究进展
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文恬恬, 岳继礼, 熊方宇, 袁媛, 黄光胜, 王敬丰, 潘复生
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Research Progress on Anode Materials and Interfacial Chemistry for Rechargeable Magnesium Batteries
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WEN Tiantian, YUE Jili, XIONG Fangyu, YUAN Yuan, HUANG Guangsheng, WANG Jingfeng, PAN Fusheng
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图8 负极材料成分与结构设计：亲镁三维结构的材料[70]；AZ31镁合金负极[71]；纳米Mg负极(N-Mg)[72]；Mg-Gd镁合金负极[74]；Mg-Ce镁合金负极[76]
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Fig.8 Compositions and structure design of the anode materials
(a) 3D magnesiophilic anode materials[70] (J / J0—normalized current density, d / d0—normalized electrode distance, E / E0—normalized chemisorption energy, θ—wetting angle)
(b) nano-Mg (N-Mg) nanostructured anode[71]
(c) AZ31 alloy anode[72]
(d) Mg-Gd alloy anode[74]
(e) Mg-Ce alloy anode[76]
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