ORNL-1771 - Oak Ridge National Laboratory
ORNL-1771 - Oak Ridge National Laboratory
ORNL-1771 - Oak Ridge National Laboratory
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However, it appears reasonable to conclude that<br />
high temperatures probably would exist in the thin,<br />
low-velocity layer of fluid in the 10-deg divergent<br />
channel because the flow there is probably laminor<br />
in nature.<br />
A report is being prepared which will be useful<br />
to designers for predicting wall-cooling require-<br />
ments in circulating-fuel reactors which have pipe,<br />
parallel-plate, or annular fuel-duct geometries.<br />
The temperature solutions, which were presented<br />
pre~io~sly,’~~~~ have been tabulated in detail so<br />
PERIOD ENDING SEPTEMBER 70, 1954<br />
that the superposition process outlined in those<br />
reports can be quickly effected. Cooling require-<br />
ments and resulting fluid temperature distributions<br />
have been determined for typical circuloting-fuel<br />
reactor systems<br />
13H. F. Poppendiek and L. D. Palmer, Forced Con-<br />
vection Heat Transjeer in Pt es with Volume fleut<br />
Sources Wzthrn thp Fluids, ORNE-1395 (Nov. 5, 1953).<br />
14H. F. Poppendiek and L. D. Palmer, Forc~d Con-<br />
vectzon Heat Transfer Between Parallel Plates and zn<br />
Annuli wzth Volume Neat Sources Within the Fluids,<br />
<strong>ORNL</strong>-1701 (May 11, 1954).<br />
133