结合电极中二氧化锰催化剂作用下的氧气还原机理以及物质传递过程，建立数学模型。
A model considering the ORR mechanism and the mass transport process of species was built to simulate the operation of GDE.
二氧化锰是超临界水氧化反应中的良好催化剂，它能有效地加速含酚废水的彻底降解。
Manganese oxide is an efficient catalyst which can enhance the degradation of waste water containing phenol in supercritical water oxidation reaction.
估计节省电能20 ~ 30%。并提出廉价的二氧化锰有作为氧电极催化剂的可能。
We estimate a save of electrical energy of 20 ~ 30%, and it is possible to use cheap manganese dioxide as the catalyst used in the oxygen electrode.
估计节省电能20 ~ 30%。并提出廉价的二氧化锰有作为氧电极催化剂的可能。
We estimate a save of electrical energy of 20 ~ 30%, and it is possible to use cheap manganese dioxide as the catalyst used in the oxygen electrode.
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