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A Novel Deflection Method for Measuring the Growth Stress of Thermally Growing Oxide Scales

机译:一种测量热生长氧化皮生长应力的新型偏转方法

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摘要

A kind of new deflection technique has been developed for measuring the growth stress of thermally growing oxide scales during high temperature oxidation of alloys. The average growth stresses in oxide scales such as Al_2O_3, NiO and Cr_2O_3 formed on the surface of the superalloys can be investigated by this technique. Unlike the comventional deflection method, the novel method does not need to apply a coating for preventing one main face of thin strip specimen from oxidizing and can be used under the condition of longer time and higher temperature.
机译:已开发出一种新的偏转技术,用于测量合金高温氧化过程中热生长氧化皮的生长应力。可以通过该技术研究在高温合金表面上形成的诸如Al_2O_3,NiO和Cr_2O_3的氧化皮中的平均生长应力。与传统的偏转方法不同,该新方法不需要施加涂层来防止薄带样品的一个主表面氧化,因此可以在更长的时间和更高的温度下使用。

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