Home / Store / Journals / Electronic Articles / Nuclear Science and Engineering / Volume 44 / Number 3 / Pages 413-422
G. Klotzkin, R. F. Valentine, C. A. Flanagan, J. C. Stachew
Nuclear Science and Engineering / Volume 44 / Number 3 / Pages 413-422
Format:electronic copy (download)
A series of experiments performed at the High Temperature Test Facility of the Bettis Atomic Power Laboratory indicated that placing lead in the water-reflector region of a water-moderated thermal reactor causes the reactivity of the core to increase. Two-dimensional diffusion theory calculations of the above-mentioned experiments also predicted this, but undercalculated the Δk/k effect of 6 in. of lead by 25%. In addition, two-dimensional diffusion theory and Monte Carlo calculations were used to analyze the reactivity effect of a lead shipping container surrounding a Seed 2 cluster from Shippingport Core 2. All the calculations revealed that the presence of lead in the reflector region of a water-moderated core causes the reactivity of the core to be significantly higher than a core with a pure-water reflector.
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