原位生长在聚喹唑啉基共轭微孔聚合物表面的MoS2 及其析氢性能
In-situ Growth of MoS2 on the Surface of Polyquinazoline Conjugated Microporous Polymers and Its Electrocatalysis Hydrogen Performance
原位生长在聚喹唑啉基共轭微孔聚合物表面的MoS2 及其析氢性能 |
| 姜海超, 安昊东, 杨静, 苏玉金, 李泽, 张滨 |
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In-situ Growth of MoS2 on the Surface of Polyquinazoline Conjugated Microporous Polymers and Its Electrocatalysis Hydrogen Performance |
| JIANG Haichao, AN Haodong, YANG Jing, SU Yujin, LI Ze, ZHANG Bin |
| 图5 催化剂的电化学性能(a)0.5 mol·L?1 H2SO4中的LSVs，(b)由LSVs计算得到的Tafel斜率，(c)催化剂的Nyquist图，TQ-CMPs@MoS2 2∶1的稳定性(d)和循环伏安曲线(e)，催化剂的双层电容(f) |
| Fig.5 Electrochemical performances of all catalysts (a) LSV in 0.5 mol·L?1 H2SO4, (b) Tafel slope calculated from LSVs, (c) Nyquist plots of all catalysts, (d) Stability and (e) Cyclic voltammetry curves of TQ-CMPs@MoS2 2∶1, (f) The double-layer capacitance (Cdl) of all catalystsv (■: Pt/C 20%;◆: TQ-CMPs@ MoS2 5∶1; ▲: TQ-CMPs@ MoS2 2∶1; ●: TQ-CMPs@MoS2 1∶1; ▼: TQ-CMPs@MoS2 1∶2; ?: TQ-CMPs; ?: MoS2) |
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