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首页> 外文期刊>Electrochemistry communications >Electrocatalytic oxidation of methane at nickel hydroxide modified nickel electrode in alkaline solution
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Electrocatalytic oxidation of methane at nickel hydroxide modified nickel electrode in alkaline solution

机译:碱性溶液中氢氧化镍修饰镍电极上甲烷的电催化氧化

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摘要

Nickel hydroxide modified nickel electrodes prepared by cycling the potential of a nickel electrode in alkaline solution exhibited electrocatalytic activity for the oxidation of methane in alkaline media. In the presence of methane the oxidation peak current of nickel hydroxide increases while that of the reverse process decreases. This is attributed to the mediation of nickel species, probably β-NiOOH phase, in the process of electrocatalysis. The mechanism of methane oxidation has also been discussed n terms of the formations of intermediates normally encountered in small organics electro-oxidation. It has also been suggested that in the further oxidation of the intermediates, ions in the solution or anion vacancies in the solid phase of nickel hydroxide are probably involved.
机译:通过在碱性溶液中循环镍电极的电势而制备的氢氧化镍改性镍电极表现出对碱性介质中甲烷氧化的电催化活性。在甲烷的存在下,氢氧化镍的氧化峰值电流增加,而逆过程的氧化峰值电流减少。这归因于在电催化过程中镍物种(可能为β-NiOOH相)的介导。甲烷氧化的机理也已在小有机物电氧化中通常遇到的中间体形成方面进行了讨论。还建议在中间体的进一步氧化中,可能涉及溶液中的离子或氢氧化镍固相中的阴离子空位。

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