Homogenous Reactor Project Quarterly Progress Report For Period Ending January 31, 1955

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The reactor equipment cell is expected to be completed by February 15. While filled with water, the tank was inspected for leaks, and the few leaks found will have been repaired by February 15. All orders for construction materials placed prior to this quarter have been received. New requisitions issued during the quarter total $16,000. Work orders were issued, and fabrication of all low-pressure-system components was begun in the ORNL shops. The thermal shield around the reactor vessel was specified as a 2-ft-thick cylindrical concrete wall. With this shield, the fast-neutron flux in the equipment area will be reduced to … continued below

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McDuffie, H. F. & Kelly, D. C. April 6, 1955.

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The reactor equipment cell is expected to be completed by February 15. While filled with water, the tank was inspected for leaks, and the few leaks found will have been repaired by February 15. All orders for construction materials placed prior to this quarter have been received. New requisitions issued during the quarter total $16,000. Work orders were issued, and fabrication of all low-pressure-system components was begun in the ORNL shops. The thermal shield around the reactor vessel was specified as a 2-ft-thick cylindrical concrete wall. With this shield, the fast-neutron flux in the equipment area will be reduced to 7 x 109 neutrons/cm2/sec, the slow flux to 4 x 107 neutrons/cm2/sec, and the gamma intensity to less than 105 r/hr. The possible blast effects from a rupture of the pressure vessel were studied and are judged to be sufficient to justify the inclusion of a 1.5. to 2-in.-thick blast shield around the pressure vessel. The blast shield eliminates the danger of damaging the leak tight equipment-cell liner. Pressures in the reactor equipment cell, as a result of vessel failure, were calculated in order to arrive at a safe design pressure for the reactor equipment cell. For the case of instantaneous release of the core and pressure-vessel liquids and release of the heat-exchanger liquids through 6-in. steam lines, a maximum cell pressure of 29 psig is expected. A study was made of the problem of uranium peroxide precipitation at places where the reactor solution is cooled soon after leaving the reactor core. A curve is presented to show the temperatures, for various decay times, at which the peroxide might form.

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"Date received by Information and Reports Division (February 16, 1955)."

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  • April 6, 1955

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McDuffie, H. F. & Kelly, D. C. Homogenous Reactor Project Quarterly Progress Report For Period Ending January 31, 1955, report, April 6, 1955; Washington D.C.. (https://digital.library.unt.edu/ark:/67531/metadc1956978/: accessed September 7, 2024), University of North Texas Libraries, UNT Digital Library, https://digital.library.unt.edu; crediting UNT Libraries Government Documents Department.

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