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UV illumination on the atmospheric corrosion of Q450 weathering steel depositing with NH4Cl

机译:紫外线照明Q450 Q450风化钢沉积NH4CL的耐腐蚀

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摘要

The studies of UV illumination and ammonium salt on the atmospheric corrosion of steel were rare. The combined effect of UV illumination and NH4Cl salt on the atmospheric corrosion of Q450 weathering steel was explored in this work. Mass changes results showed UV illumination distinctly accelerated the atmospheric corrosion of Q450 weathering steel depositing with NH4Cl. The corrosion products with semi-conductor properties could improve the corrosion current and decrease the resistance of rusted samples when introducing light illumination during pre-Tafel test. Mott-Schottky analysis, photoinduced current density, and photoinduced opencircuit potential change illustrated that the electric conductivity of corrosion products played a big role in the accelerated corrosion process.
机译:紫外线照明和铵盐对钢大气腐蚀的研究罕见。 在这项工作中探讨了UV照明和NH4CL盐对Q450 Q450耐候钢大气腐蚀的综合作用。 质量变化结果表明,紫外线照明明显加速了NH4CL Q450耐候钢沉积的大气腐蚀。 具有半导体性能的腐蚀产物可以改善腐蚀电流,并在预托的测试期间引入光照射时降低生锈样品的电阻。 Mott-Schottky分析,光导电流密度和光抑制的OpenCircuit潜在变化说明了腐蚀产品的电导率在加速腐蚀过程中发挥了重要作用。

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