Given the shape of the neutron absorption spectrum, this has the result of reducing water cooled reactors.
2.
Many water cooled reactor containment buildings have catalyst-based recombinator units installed to rapidly convert hydrogen and oxygen into water at room temperature before the explosive limit is reached.
3.
Additionally, the high temperature of the liquid metal can be used to produce vapour at higher temperature than in a water cooled reactor, leading to a higher thermodynamic efficiency.
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