The effect of the structure of Ti-Mo alloys on their electrochemical behavior

A.I. Shcherbakov; V.N. Dorofeeva

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The effect of the structure of Ti-Mo alloys on their electrochemical behavior

机译：Ti-Mo合金的结构对其电化学行为的影响

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The electrochemical behavior of the Ti-Momartensitic quenched phase with various molybdenum content wascompared with that of two-phase equilibrium alloys of the samechemical compositions, prepared by subsequent annealing at 650deg C. The quenched alloys are less effective as cathodes, dissolvewith greater anodic control in the active potential range, and havelower transpassivity currents of molybdenum and also lowertitanium's partial dissolution rate which rapidly decreases with anincrease in the molybdenum content of the alloy.

机译：将具有不同钼含量的Ti-马氏体淬火相的电化学行为与相同化学成分的两相平衡合金的电化学行为进行了比较，该两相平衡合金通过随后在650°C的退火温度制得。钼具有较低的活性势能范围，并且具有较低的钼透过率电流，并且钛的部分溶解速率也随合金中钼含量的增加而迅速降低。

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来源
《Protection of Metals》 |1999年第5期|共4页
作者
A.I. Shcherbakov; V.N. Dorofeeva;
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正文语种 eng
中图分类金属腐蚀与保护、金属表面处理;
关键词
Ti alloy; structure; electrochemical; 钛合金; 结构; 电化学;

机译：Ti alloy;structure;electrochemical;钛合金;结构;电化学;

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The effect of the structure of Ti-Mo alloys on their electrochemical behavior

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