Mechanisms for Protecting Oxide-Coated Steels in Anodic Inhibitor Solutions and When Conducting Neutral-Oxygen Water Chemistry

V. V. Prozorov; A. A. Lysenko

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Mechanisms for Protecting Oxide-Coated Steels in Anodic Inhibitor Solutions and When Conducting Neutral-Oxygen Water Chemistry

机译：在阳极抑制剂溶液中以及进行中性氧气水化学反应时保护氧化膜钢的机理

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The discussion is concerned with mechanisms for protecting oxide-coated steels in anodic inhibitor solutions and when conducting neutral-oxygen water chemistry. They are shown to be similar in both cases; the sorption of the inhibitor leads to the formation of dipoles inside the pores on the surfaces of magnetite crystals, which build up an electric field preventing the escape of iron ions from the metal into the solution.

机译：讨论涉及在阳极抑制剂溶液中以及在进行中性氧气水化学反应时保护氧化物涂层钢的机理。在两种情况下，它们显示相似。抑制剂的吸附会导致磁铁矿晶体表面的孔隙内形成偶极子，从而形成电场，防止铁离子从金属逸出到溶液中。

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来源
《Thermal engineering》 |2003年第7期|p.533-536|共4页
作者
V. V. Prozorov; A. A. Lysenko;
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All-Russia Research and Design Institute of Energy Technology (VNIPIET), ul. 50 Let Oktyabrya 1, Sosnovyi Bar, Leningrad oblast, 188540 Russia;

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正文语种 eng
中图分类发电、发电厂;
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Mechanisms for Protecting Oxide-Coated Steels in Anodic Inhibitor Solutions and When Conducting Neutral-Oxygen Water Chemistry

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