This work highlights the electrochemical properties of as-synthesized cobalt and manganese metal–organic frameworks. The electrochemical redox behavior of Co-MOF and Mn-MOF electrode was investigated in 0.1 M KOH solution by cyclic voltammetry. The rectangular CV curve obtained by the Mn-MOF electrode implies the pseudocapacitor act from the surface redox reaction of Mn. Well separated oxidation and reduction peaks achieved by the Co-MOF electrode implied the battery like behavior. For battery, the charge is represented as the capacity and the calculated capacity for the Co-MOF was 1064.3 mhAg⁻¹ at 0.1 Ag⁻¹. For pseudocapacitor, capacitance should be used, and achieved capacitance by Mn-MOF electrode was 483 Fg⁻¹ at constant current density 1 Ag⁻¹. With this delineation in mind, it should be clear that Co-MOF is suitable for battery purpose and Mn-MOF is suitable for pseudocapacitor application.

这项工作强调了合成后的钴和锰金属有机骨架的电化学性质。通过循环伏安法研究了Co-MOF和Mn-MOF电极在0.1 M KOH溶液中的电化学氧化还原行为。由Mn-MOF电极获得的矩形CV曲线表示由Mn的表面氧化还原反应引起的伪电容器作用。Co-MOF电极实现的良好分离的氧化峰和还原峰暗示了电池的行为。对于电池，充电被表示为容量和用于联合MOF所计算的容量为1064.3 mhAg ^-1 0.1的Ag ^-1。对于伪电容器，应使用电容，并且在恒定电流密度1 Ag下，Mn-MOF电极获得的电容为483 Fg ^-1-1。考虑到这一点，应该清楚Co-MOF适用于电池，而Mn-MOF适用于伪电容器。