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Part A: Materials Science

Magnetic hysteresis properties of neutron-irradiated VVER440-type nuclear reactor pressure vessel steels

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Pages 3813-3823 | Received 04 Dec 2011, Accepted 25 Apr 2012, Published online: 07 Jun 2012

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Cunfu He, Meng Yang, Xiucheng Liu, Xueqian Wang & Bin Wu. (2017) Characterisation of case depth in induction-hardened medium carbon steels based on magnetic minor hysteresis loop measurement technique. Philosophical Magazine 97:31, pages 2829-2844.
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Articles from other publishers (5)

Xuejiao Wang, Wenjiang Qiang, Guogang Shu, Junwei Qiao & Yucheng Wu. (2021) The ageing behavior and the correlation between hardness and coercivity of Cu-rich reactor pressure vessel model steels. Journal of Magnetism and Magnetic Materials 527, pages 167698.
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Dorina Kovács & Dávid Kemény. (2020) Investigation of VVER-1200 reactor pressure vessel’s material. IOP Conference Series: Materials Science and Engineering 903:1, pages 012051.
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Satoru Kobayashi, Ferenc Gillemot, Ákos Horváth, Marta Horváth & Almásy László. (2017) Effect of long-term thermal aging on magnetic hysteresis for low-alloy pressure vessel steel. Journal of Physics: Conference Series 903, pages 012049.
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Satoru Kobayashi, Ferenc Gillemot, Ákos Horváth, Márta Horváth, László Almásy, Qiang Tian & Artem Feoktystov. (2017) Investigation of effects of long-term thermal aging on magnetization process in low-alloy pressure vessel steels using first-order-reversal-curves. AIP Advances 7:5.
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I. Tomáš, G. Vértesy, S. Pirfo Barroso & S. Kobayashi. (2013) Comparison of four NDT methods for indication of reactor steel degradation by high fluences of neutron irradiation. Nuclear Engineering and Design 265, pages 201-209.
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