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Subsurface Alloy Microstructural Changes During High Temperature Reaction of Fe-Cr Alloys in CO2Model alloys of Fe-9Cr (wt. pct.), with and without Mn and Ce

机译：Fe-Cr合金在含或不含Mn和Ce的Fe-9Cr（wt。pct。）的CO2模型合金中高温反应过程中的亚表面合金显微组织变化

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《European corrosion congress》|2013年|1|共1页
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David Young; Thuan Nguyen; Jianqiang Zhang;
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2. GTD-111高温合金瞬时液相连接过程中显微组织的变化 [J] . Javad ASADI, Seyed Abdolkarim SAJJADI, Hamid OMIDVAR 中国有色金属学报：英文版 . 2021,第009期
3. Microstructural analysis of thermally induced and deformation induced martensitic transformations in Fe-12.5 wt. percent Mn-5.5 wt. percent Si-9 wt. percent Cr-3.5 wt. percent Ni alloy [J] . T. Kirindi, M. Dikici Journal of Alloys and Compounds: An Interdisciplinary Journal of Materials Science and Solid-state Chemistry and Physics . 2006,第1a2期

机译：Fe-12.5 wt。中热诱导和形变引起的马氏体相变的显微组织分析。 Mn-5.5重量％。 Si-9重量百分比Cr-3.5重量％百分比镍合金
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机译：Mg-5.00Zn-0.92Y-0.16Zr（wt。％）合金在热挤压和ECAP处理后的微观组织演变和超塑性行为
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6. Effect of Temperature on Fe-Mn alloy co-deposition (by electrodeposition Vs Electroless processes) on bare steel or bare carbonitrided Fe substrate without the use of complexant agents [C] . Bassey J. Udofot P.J.P. Farr, Brerjendra Mishra AESF SUR/FIN'99 . 1999

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7. A Study on Microstructure and Properties of Fe-xCr Alloys and Fe-9Cr Based ODS Alloys Processed via Spark Plasma Sintering [D] . Kundu, Arnab 2019

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10. Microstructural Examination of Fe-Cr Binary Ferritic Alloys Following Irradiation to 15 Dpa in FFTF (Fast Flux Test Facility). [R] . Gelles, D. S. 1986

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Subsurface Alloy Microstructural Changes During High Temperature Reaction of Fe-Cr Alloys in CO2Model alloys of Fe-9Cr (wt. pct.), with and without Mn and Ce

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