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Thermophysical properties of stainless steel containing 10mass%-B$$_{4}$$C in the solid state

Takai, Toshihide  ; Furukawa, Tomohiro  ; Yamano, Hidemasa   

This study describes estimation results of thermophysical properties of stainless steel containing 10mass% boron carbide (10mass%B$$_{4}$$C-SS) in the solid state. 10mass%B$$_{4}$$C-SS eutectic sample was synthesized using induction heat with suction method. Homogeneity of the sample was evaluated by chemical composition analysis, metal structure observation, and micro X-ray diffraction (XRD). Specific gravity and specific heat were evaluated up to 1000$$^{circ}$$C. These measurements proved that the specific gravity in our sample was decreased and the temperature dependence of the specific gravity, along with the elevation of temperature, became gradual compared to that of grade type 316L stainless steel (SUS316L) used as a reactor material by addition of B$$_{4}$$C. The specific heat became slightly bigger than that of SUS316L by addition of B$$_{4}$$C and showed similar temperature dependence up to 800$$^{circ}$$C.

Language

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English

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Volume

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Publication Year/Month

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Meeting title

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Nuclear Materials Conference 2018 (NuMat 2018)

Held date

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2018/10

Location (city)

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Seattle

Location (country)

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U.S.A.

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DOI for research data

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Keywords

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Boron Carbide; Fast Reactor; Severe Accident; Severe Accident; Stainless Steel

Research Facility

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Press Release

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Article of JAEA R&D Review

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Cooperating Institute

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Accesses

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- Accesses

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