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Assessment of corrosion phenomena in liquid lithium at T < 873 K. A Li(d,n) neutron source as case study

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Abstract The corrosion induced by alkali metals in steels has been the subject of long decades of intense studies under both nuclear fission and fusion research programs. Li or its… Click to show full abstract

Abstract The corrosion induced by alkali metals in steels has been the subject of long decades of intense studies under both nuclear fission and fusion research programs. Li or its eutectic Pb-17Li is the liquid metal coolant choice for fusion blankets due to the tritium breeder capability of Li. Non-metal impurities enhance corrosion, but only N becomes potentially a problem given its high solubility in liquid Li and the depletion of Cr through ternary nitrides Li-Cr-N. The low solubility of C and O allow its cold trapping to values

Keywords: liquid lithium; liquid; phenomena liquid; corrosion phenomena; assessment corrosion; corrosion

Journal Title: Fusion Engineering and Design
Year Published: 2017

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