暖等离子体合成过渡金属掺杂氧化锰析氧电催化剂
李家琪1(
), 李小松1, 李煊赫1, 朱晓兵1,2(), 朱爱民1
), 李小松1, 李煊赫1, 朱晓兵1,2(), 朱爱民1
Transition Metal-doped Manganese Oxide: Synthesis by Warm Plasma and Electrocatalytic Performance for Oxygen Evolution Reaction
LI Jiaqi1(), LI Xiaosong1, LI Xuanhe1, ZHU Xiaobing1,2(), ZHU Aimin1
), LI Xiaosong1, LI Xuanhe1, ZHU Xiaobing1,2(), ZHU Aimin1
图8. MnOx, Ni-MnOx, Co-MnOx和Fe-MnOx催化剂在(a, d)1.5, (b, e) 1.9和(c, f) 2.5 V电压下的(a~c)电流密度-时间(j-t)的稳定性实验, 以及(d~f)电流衰减率与上述稳定性实验的末端电流密度的关系
Fig. 8. (a-c) Current density-time (j-t) dependence of stability tests, and (d-f) relationship between current decay rate and ending current density on MnOx, Ni-MnOx, Co-MnOx, and Fe-MnOx catalysts at (a, d) 1.5, (b, e) 1.9 and (c, f) 2.5 V
Colorful figures are available on website
