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Some positive effects of introducing Pt4+ and Fe3+ to the MnMo-oxide anode deposited on IrO2/Ti substrate for best oxygen evolution efficiency during electrolysis in 0.5M NaCl solution

机译：在0.5M NaCl溶液中电解期间，将Pt4 +和Fe3 +引入到IrO2 / Ti衬底上沉积的MnMo-氧化物阳极上可获得最佳的氧气释放效率的一些积极作用

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Abou Shahba R.M.; Attia E.M.; Deiab N.M.;
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1. Some positive effects of introducing Pt 4+ and Fe 3+ to the MnMo-oxide anode deposited on IrO 2/Ti substrate for best oxygen evolution efficiency during electrolysis in 0.5M NaCl solution [J] . R.M. Abou Shahba, E.M. Attia, N.M. Deiab Egyptian journal of petroleum . 2013,第1期

机译：将Pt 4 + 和Fe 3 + 引入MnMo-氧化物阳极的一些积极作用沉积在IrO 2 / Ti衬底上以在0.5M NaCl溶液中进行电解时获得最佳的氧气释放效率
2. Influence of preparation process on electrocatalytic activity of Ti/IrO2 + MnO2 anodes for oxygen evolution in 0.5M Na2SO4 solution [J] . Ye Z. G., Huang G. B., Liu G. W., Materials Research Innovations . 2014,第SUPPLa2期

机译：制备工艺对0.5M Na2SO4溶液中Ti / IrO2 + MnO2阳极电析氧活性的影响
3. Anodically Deposited Mn-Mo-Fe Oxide Anodes for Oxygen Evolution in Hot Seawater Electrolysis [J] . Nabil A. Abdel Ghany, Shinsaku Meguro, Naokazu Kumagai, Materials transactions . 2003,第10期

机译：阳极沉积Mn-Mo-Fe氧化物阳极，用于热水电解中的氧气释放
4. Effect of annealing temperature on Structure and Performance of Nano Ti/IrO2/MnO2 Electrode by Anodic Deposition for Oxygen Evolution [C] . Zhijun Chen, rnWei Hong, rnZhenqi Kuai, The 6th China international conference on nanoscience and technology . 2007

机译：退火温度对阳极析氧放氧纳米Ti / IrO2 / MnO2电极结构和性能的影响
5. Some positive effects of introducing Pt4+ and Fe3+ to the MnMo-oxide anode deposited on IrO2/Ti substrate for best oxygen evolution efficiency during electrolysis in 0.5 M NaCl solution [O] . R.M. Abou Shahba, E.M. Attia, N.M. Deiab 2013

机译：将pt4 +和Fe3 +引入沉积在IrO2 / Ti基底上的mnmo氧化物阳极上的一些积极效果，以获得0.5m NaCl溶液电解过程中的最佳析氧效率

Some positive effects of introducing Pt4+ and Fe3+ to the MnMo-oxide anode deposited on IrO2/Ti substrate for best oxygen evolution efficiency during electrolysis in 0.5M NaCl solution

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