Hydrogen-caused phase transformations, relaxation and hysteretic phenomena in fcc alloys Fe_(55)Cr_(25)Ni_(20) and Fe_(50)Ni_(50)

K. Zagorodniy; V. Shivanyuk; D. Toebbens

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Hydrogen-caused phase transformations, relaxation and hysteretic phenomena in fcc alloys Fe_(55)Cr_(25)Ni_(20) and Fe_(50)Ni_(50)

机译：fcc合金Fe_（55）Cr_（25）Ni_（20）和Fe_（50）Ni_（50）的氢致相变，弛豫和滞后现象

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摘要

Hydrogen-induced phases, relaxation and hysteretic phenomena in Fe_(55)Cr_(25)Ni_(20) and Fe_(50)Ni_(50) alloys were studied using neutron scattering and internal friction. Substitution of chromium by nickel prevents the hydrogen-induced gamma -> epsilon transformation, which was used for interpretation of the IF peaks. A new relaxation peak is observed in the hydrogen-charged Fe_(50)Ni_(50) alloy.

机译：利用中子散射和内摩擦研究了Fe_（55）Cr_（25）Ni_（20）和Fe_（50）Ni_（50）合金中氢诱导的相，弛豫和滞后现象。镍取代铬可以防止氢诱导的γ→ε转变，该转变用于解释IF峰。在充氢的Fe_（50）Ni_（50）合金中观察到新的弛豫峰。

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来源
《Scripta materialia》 |2004年第12期|共4页
作者
K. Zagorodniy; V. Shivanyuk; D. Toebbens;
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正文语种 eng
中图分类金属学与热处理;
关键词
Iron-based alloys; Hydrogen; Phase transformations; Relaxation; Neutron scattering; Internal friction;

机译：铁基合金;氢;相变;弛豫;中子散射;内摩擦;

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1. Hydrogen-caused phase transformations, relaxation and hysteretic phenomena in fcc alloys Fe_(55)Cr_(25)Ni_(20) and Fe_(50)Ni_(50) [J] . K. Zagorodniy, V. Shivanyuk, D. Toebbens Scripta materialia . 2004,第12期

机译：fcc合金Fe_（55）Cr_（25）Ni_（20）和Fe_（50）Ni_（50）的氢致相变，弛豫和滞后现象
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Hydrogen-caused phase transformations, relaxation and hysteretic phenomena in fcc alloys Fe_(55)Cr_(25)Ni_(20) and Fe_(50)Ni_(50)

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