MAGNETOHYDRODYNAMIC AND THERMAL ISSUES OF THE SiC f 0 SiC FLOW CHANNEL INSERT

@inproceedings{Smolentsev2006MAGNETOHYDRODYNAMICAT,
  title={MAGNETOHYDRODYNAMIC AND THERMAL ISSUES OF THE SiC f 0 SiC FLOW CHANNEL INSERT},
  author={S. Smolentsev and Neil B. Morley and Mohamed A. Abdou},
  year={2006}
}
In the dual-coolant lead lithium (DCLL) blanket, the key element is the flow channel insert (FCI) made of a silicon carbide composite (SiCf /SiC), which serves as electric and thermal insulator. The most important magnetohydrodynamic (MHD) and thermal issues of the FCI, associated with MHD flows and heat transfer in the poloidal channel of the blanket, were studied with numerical simulations using the U.S. DEMO DCLL design as a prototype. The mathematical model includes the twodimensional… CONTINUE READING
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