Investigation of Charge Transfer and Degradation Features in Bilayer Zr-ZrO_2

A. T. Pugachov; V. V. Starikov; A. V. Taranukha; L. M. Udovenko; A. G. Mamalis; S. N. Lavrynenko

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Investigation of Charge Transfer and Degradation Features in Bilayer Zr-ZrO_2

机译：Zr-ZrO_2双层中电荷转移和降解特征的研究

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The mechanism of charge transfer in bilayer system Zr-ZrO_2 and its conductivity in the initial state and after degradation were investigated. The anodization parameter was calculated, permitting to set the thickness of the oxide layer at anodic oxidation of zirconium. The degradation mechanism of layer systems Zr-ZrO_2, determined by increasing the oxide conductivity and accompanied by geometrical growth of oxide layer thickness, is outlined in this article.

机译：研究了双层体系Zr-ZrO_2中电荷转移的机理及其在初始状态和降解后的电导率。计算出阳极氧化参数，从而可以设置锆阳极氧化时的氧化层厚度。本文概述了层系统Zr-ZrO_2的降解机理，该机理是通过增加氧化物的电导率并伴随着氧化物层厚度的几何增长来确定的。

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来源
《Journal of Materials Engineering and Performance》 |2012年第4期|共5页
作者
A. T. Pugachov; V. V. Starikov; A. V. Taranukha; L. M. Udovenko; A. G. Mamalis; S. N. Lavrynenko;
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正文语种 eng
中图分类金属学与金属工艺;工程材料学;
关键词
Anodic oxidation; Conductivity; Degradation; Metal-oxide system; Zirconium;

机译：阳极氧化;电导率;降解;金属氧化物体系;锆;

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1. Investigation of Charge Transfer and Degradation Features in Bilayer Zr-ZrO_2 [J] . A. T. Pugachov, V. V. Starikov, A. V. Taranukha, Journal of Materials Engineering and Performance . 2012,第4期

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Investigation of Charge Transfer and Degradation Features in Bilayer Zr-ZrO_2

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