PPT Slide

OBJECTIVE: Studies on thermofluid properties in blanket, heat extraction, stability and control of free surface thermofluid and performance in high magnetic field using experiments with a simulant and modeling.

(1) KOH43%water Loop(UCLA) Experiments

• local (microscopic) thermofluid structure (highly relevant to corrosion protection)
• Accurate channel and free surface experiments including visualization
  _ scaling law for thermofluid properties of Flibe

(2) Molten salt HTS Loop(Tohoku Univ.) Experiments

• thermofluid structure, global heat transfer properties

(3) Computational Modeling

Subtask3-1: Fundamental Thermofluid Experiments and Modeling

Evaluation of feasibility of free surface reactor systems as well as close channel reactor systems from Flibe thermofluid viewpoints.

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