球磨CeMg<sub>12</sub>+100wt%Ni+<italic>Y</italic>wt%TiF<sub>3</sub>(<italic>Y</italic>=0、3、5)合金微观结构及电化学储氢性能

球磨CeMg₁₂+100wt%Ni+Ywt%TiF₃(Y=0、3、5)合金微观结构及电化学储氢性能

胡锋^1,², 张羊换^2,³, 张胤¹, 侯忠辉¹, 董忠平¹, 邓磊波²

Microstructure and Electrochemical Hydrogen Storage Characteristics of CeMg₁₂+100wt%Ni +Ywt%TiF₃ (Y=0, 3, 5) Alloys Prepared by Ball Milling

HU Feng^1,², ZHANG Yang-Huan^2,³, ZHANG Yin¹, HOU Zhong-Hui¹, DONG Zhong-Ping¹, DENG Lei-Bo²

图6 球磨F 0 、F 3 、F 5 合金高倍率放电能力HRD与TiF 3 百分含量的关系
Fig. 6 Evolution of the high rate discharge ability HRD of milled F 0 , F 3 and F 5 alloys of milled F 0 , F 3 , F 5 alloys with the change of TiF 3 content