通过对Cr13,1Cr18Ni9Ti及1Cr18Ni9不锈钢小孔腐蚀模型电池及“闭塞”阳极电化学行为的研究,实验证明了小孔腐蚀的保护电位E_p是小孔内再钝化状态的宏观反映,而不是“免蚀电位”或者“腐蚀小孔内的自腐蚀电位”,从而澄清了此前对小孔腐蚀保护电位E_p物理意义的种种推测。
Based on the studies of a simulating pitting corrosion cell and the electrochemical behaviours of the occluded anode of Cr13, 1Cr18Ni9Ti and 1Cr18Ni9 stainless steels in simulating anolytes, it is demonstrated experimentally that, protection potential aga
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