首页> 外文期刊>Corrosion science >Self-healing protective films prepared on zinc electrodes by treatment in a cerium(III) nitrate solution and modification with sodium phosphate and calcium or magnesium nitrate
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Self-healing protective films prepared on zinc electrodes by treatment in a cerium(III) nitrate solution and modification with sodium phosphate and calcium or magnesium nitrate

机译:通过在硝酸铈(III)溶液中处理并用磷酸钠和硝酸钙或硝酸镁修饰在锌电极上制备的自修复保护膜

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Self-healing protective films were prepared on a zinc electrode by treatment in a Ce(NO_3)_3 solution and modification with Na_3PO_4 and Ca(NO_3)_2 or Mg(NO_3)_2. The protective and self-healing abilities of the films were examined by polarization measurements and observation of pit formation after the electrode was scratched with a knife-edge and immersed in aerated 0.5 M NaCl for many hours. The protective efficiency of the film modified with Ca(NO_3)_2 was higher than that of the film without Ca(NO_3)_2 but the self-healing ability of the former film was not sufficiently high during the prolonged immersion. Mechanisms of the protective and self-healing activities were discussed using X-ray photoelectron spectroscopy and electron-probe microanalysis.
机译:通过在Ce(NO_3)_3溶液中处理并用Na_3PO_4和Ca(NO_3)_2或Mg(NO_3)_2进行改性,在锌电极上制备了自愈保护膜。通过极化测量和观察在用刀口刮擦电极并将其浸入充气的0.5 M NaCl中数小时后的凹坑形成来检查膜的保护和自愈能力。用Ca(NO_3)_2改性的薄膜的保护效率要高于没有使用Ca(NO_3)_2的薄膜的保护效率,但是在长时间的浸泡过程中,前一种薄膜的自愈能力不足。利用X射线光电子能谱和电子探针显微分析讨论了保护和自我修复活性的机制。

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