Incipient-boiling superheat for sodium in turbulent, channel flow: Effects of heat flux and flow rate

Author:

Dwyer O.E.,Strickland G.,Kalish S.,Hlavac P.,Schoener G.A.

Publisher

Elsevier BV

Subject

Fluid Flow and Transfer Processes,Mechanical Engineering,Condensed Matter Physics

Reference19 articles.

1. O. E. Dwyer et al., Incipient-boiling superheats for sodium in turbulent, channel flow: effect of rate of temperature rise, J. Heat Transfer (accepted for publication).

2. Sodium boiling experiments: liquid superheat results under forced convection;Falzetti,1969

3. Liquid-metal boiling research;Peppler,1968

4. Heat transfer and boiling during forced convection of sodium in an induction-heated tube;Schleisiek;Nucl. Engng Design,1970

5. Effects of velocity, oxide level, and flow transients on boiling initiation in sodium;Logan;Liquid-Metal Heat Transfer and Fluid Dynamics,1970

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