Home / Store / Journals / Electronic Articles / Nuclear Science and Engineering / Volume 91 / Number 1 / Pages 109-113
J. S. Marshall, V. K. Dhir
Nuclear Science and Engineering / Volume 91 / Number 1 / Pages 109-113
Format:electronic copy (download)
Using results of experiments simulating hydrodynamic aspects of countercurrent flow in particulate beds, it is shown that most of the existing dryout heat flux data exhibit an influence of the overlying liquid layer. If the experiments are conducted in beds of sufficient depth such that the overlying liquid layer has little or no effect, the dryout heat flux in bottom- and volume-heated beds of large diameter particles should be the same.
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