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anti-point corrosion
相关语句
  抗点腐蚀
     Microhardness of the coating prepared at ja=15A/dm2 and jc/ja=0.7 is 4300HV, which is the highest in all the MAO coatings. In addition, The investigation of SEM and the erosion resistance show thatjc/ja has a significant effect on the microstructure and anti-point corrosion of MAO coatings.
     当ja=15A/dm2,jc/ja=0.7时,所制备的陶瓷膜显微硬度最高为4300HV.SEM和抗点腐蚀研究表明,jc/ja对陶瓷膜的微观结构和耐腐蚀性能影响很大。
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In order to improve the properties of corrosion resistance and wear resistance of Ti alloy, a layer of ceramic film grown on the surface of Ti alloy with micro plasma oxidation technology (MPOT) was studied Based on the electrolyte of phosphate, potassium dichromate was added into the solution of phosphate in order to enhance its property of anticorrosion When the thus produced film is compared with former one, the following results are found: First, it becomes more condensed Second, by analyzing...

In order to improve the properties of corrosion resistance and wear resistance of Ti alloy, a layer of ceramic film grown on the surface of Ti alloy with micro plasma oxidation technology (MPOT) was studied Based on the electrolyte of phosphate, potassium dichromate was added into the solution of phosphate in order to enhance its property of anticorrosion When the thus produced film is compared with former one, the following results are found: First, it becomes more condensed Second, by analyzing both the films with XPS, it is found that the amount of phosphor increases and very small amount of Chromium appears Third, anti point corrosion property of it is greatly improved because of the addition of potassium dichromate So, the effect of potassium dichromate on the mechanism of micro plasma oxidation reaction is studied

采用微等离子体氧化技术在钛合金表面原位生长一层陶瓷膜。在以磷酸盐体系为电解液的基础之上 ,为进一步提高膜层的抗腐蚀性能 ,尝试向电解液中添加重铬酸钾 ,对所得陶瓷膜与前者进行比较膜层的致密性增加 ;经 XPS分析 ,发现膜层中磷元素增加而且有少量的铬元素出现 ;经循环伏安测试 ,表明陶瓷膜的抗点腐蚀能力明显增强 ,并分析了重铬酸钾对所得陶瓷膜的影响作用。

>=The ceramic coatings on Al alloy were fabricated by using MAO technique. The effects of the anodic current density (ja) and the ratio of cathodic to anodic current density (jc/ja) on microhardness of the MAO coatings were systematically investigated by means of the advanced structure and characterization method. The experimental results show that there is a peak microhardness on the curve of coating hardness against ja at different jc/ja and the corresponding ja of the peak microhardness at different jc/ja...

>=The ceramic coatings on Al alloy were fabricated by using MAO technique. The effects of the anodic current density (ja) and the ratio of cathodic to anodic current density (jc/ja) on microhardness of the MAO coatings were systematically investigated by means of the advanced structure and characterization method. The experimental results show that there is a peak microhardness on the curve of coating hardness against ja at different jc/ja and the corresponding ja of the peak microhardness at different jc/ja is different. Microhardness of the coating prepared at ja=15A/dm2 and jc/ja=0.7 is 4300HV, which is the highest in all the MAO coatings. In addition, The investigation of SEM and the erosion resistance show thatjc/ja has a significant effect on the microstructure and anti-point corrosion of MAO coatings.

采用微弧氧化技术在铝合金上制备了陶瓷膜。借助于先进的结构和表征手段,系统地研究了阳极电流密度ja和阴/阳极电流密度比jc/ja对铝合金微弧氧化陶瓷膜显微硬度的影响,实验结果表明,对于不同的jc/ja,陶瓷膜的显微硬度都随ja的变化而出现一个峰值,且不同jc/ja的峰值大小(显微硬度)和对应的ja有所不同。当ja=15A/dm2,jc/ja=0.7时,所制备的陶瓷膜显微硬度最高为4300HV.SEM和抗点腐蚀研究表明,jc/ja对陶瓷膜的微观结构和耐腐蚀性能影响很大。

 
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