Influence of pores on high temperature oxidation of titanium and Ti–3Cu alloy

Krl S.

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Influence of pores on high temperature oxidation of titanium and Ti–3Cu alloy

机译：孔对钛和Ti–3Cu合金高温氧化的影响

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The results of investigations on corrosion products formed on titanium and on Ti–3Cu alloy during oxidation in air at temperatures in the range 650–1200°C are reported. Lattice diffusion dominates the oxidation process, but the formation of multiphase and multilayer scale, which is also porous, influences the kinetics. It has been found that, at temperatures of 950°C and above, growing pores facilitate mass transport to and from the underlying material and increase the oxidation rate.

机译：报告了在650-1200°C的温度下在空气中氧化过程中钛和Ti-3Cu合金上形成的腐蚀产物的研究结果。晶格扩散主导着氧化过程，但多孔的多相和多层氧化皮的形成也会影响动力学。已经发现，在950℃以上的温度下，生长的孔促进了往返于下面的材料的质量传输并提高了氧化速率。

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《British Corrosion Journal》 |1999年第3期|206-209|共4页
作者
Krl S.;
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The Faculty of Mechanics, Technical University of Opole, Opole, ul. Mikolajczyka 5, Poland;

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1. Influence of pores on high temperature oxidation of titanium and Ti-3Cu alloy [J] . S. Krol British Corrosion Journal . 1999,第3期

机译：孔对钛和Ti-3Cu合金高温氧化的影响
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3. The influence of high-temperature oxidation resistant titanium aluminide coating on low-cycle fatigue behaviour of titanium alloy IMI 834 at 600℃ [J] . J K Sahu, K K Sahu, A K Ray Proceedings of the institution of mechanical engineers . 2012,第L1期

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Influence of pores on high temperature oxidation of titanium and Ti–3Cu alloy

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