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Investigation of High Temperature Compatibility Between Ferroboron and 9Cr-based Ferritic Steel Towards the Development of Indigenous Shield Material for Fast Reactor Applications

机译：Ferroboron与9Cr基铁素体钢高温相容性研究快速反应堆应用本土屏蔽材料的开发

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Arun Kumar Rai; Raju Subramanian; Saroja Saibaba; Tammana Jayakumar;
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年度 2016
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1. Investigation of High Temperature Compatibility Between Ferroboron and 9Cr-based Ferritic Steel Towards the Development of Indigenous Shield Material for Fast Reactor Applications [J] . Arun Kumar Rai, Raju Subramanian, Saroja Saibaba, Materials science forum . 2015,第期

机译：铁硼合金与9Cr基铁素体钢高温相容性的研究为快速反应堆应用开发本机屏蔽材料
2. Investigation of high temperature phase stability, thermal properties and evaluation of metallurgical compatibility with 304L stainless steel, of indigenously developed ferroboron alternate shielding material for fast reactor applications [J] . Arun Kumar Rai, S. Raju, B. Jeya Ganesh, Nuclear Engineering and Design . 2011,第8期

机译：本地开发的快速反应堆应用铁硼硼交替屏蔽材料的高温相稳定性，热性能和与304L不锈钢的冶金相容性评估研究
3. Irradiation behaviour of ferroboron - An alternate in-core shielding material for sodium-cooled fast reactors [J] . Jayaraj V. V., Padmaprabu C., Ojha B. K., Nuclear Engineering and Design . 2021,第Juna期

机译：Ferroboron的辐照行为 - 钠冷却快速反应器的交替核心屏蔽材料
4. Characterisation of High Temperature Phase Stability and Evaluation of Metallurgical Compatibility with SS 304L, of Indigenously Developed Alternate Shielding Material Ferro- Boron for Fast Reactor Applications [C] . S. Raju, Metallurgy and Materials Group Indira Gandhi Centre for Atomic Research Kalpakkam 603 102 India, Arun Kumar Rai, Proceedings on Asian Nuclear Prospects . 2010

机译：用于快速反应器应用的替代屏蔽材料的高温相位稳定性和SS 304L冶金相容性评价的表征
5. Effects of alloying and processing modifications on precipitation and strength in 9%Cr ferritic/martensitic steels for fast reactor cladding [D] . Tippey, Kristin E. 2017

机译：合金化和加工改性对9％Cr铁素体/马氏体钢的沉淀和强度的影响快速反应器包层
6. Characterisation of High Temperature Phase Stability and Evaluation of Metallurgical Compatibility with SS 304L, of Indigenously Developed Alternate Shielding Material Ferro- Boron for Fast Reactor Applications [O] . Raju S., Rai Arun Kumar, Jeyaganesh B., 2011

机译：本地开发的用于快速反应堆的替代屏蔽材料铁硼的高温相稳定性表征和与SS 304L的冶金相容性评估
7. European Development of Ferritic-Martensitic Steels for Fast Reactor Wrapper Applications [R] . Bagley, K. , Little, E. A. , Levy, V. , 1987

机译：用于快堆反应器应用的铁素体 - 马氏体钢的欧洲发展

Investigation of High Temperature Compatibility Between Ferroboron and 9Cr-based Ferritic Steel Towards the Development of Indigenous Shield Material for Fast Reactor Applications

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