Abstract
The resonance integrals for uranium metal and uranium oxide have been determined for a 1/E flux. The following results were obtained Metal RI 2.95 + 25.8{radical}(S/M); Oxide RI = 4.15 + 26.6{radical}(S/M). The oxide value agrees with the expression found earlier at this laboratory. But the result for the metal is 4. 5 % larger than the earlier one. In addition, the resonance absorption in a R1 fuel rod has been compared with that for a cadmium-covered rod placed in an approximate cell boundary flux. The former came out 3 % larger than the latter. A comparison of the fuel rod absorption with that for a 1/E flux yields a corresponding figure of 7 %. The neutron flux was monitored below the lowest resonance in uranium.
Citation Formats
Hellstrand, E, and Lundgren, G.
The Resonance Absorption of Uranium Metal and Oxide.
Sweden: N. p.,
1962.
Web.
Hellstrand, E, & Lundgren, G.
The Resonance Absorption of Uranium Metal and Oxide.
Sweden.
Hellstrand, E, and Lundgren, G.
1962.
"The Resonance Absorption of Uranium Metal and Oxide."
Sweden.
@misc{etde_20930883,
title = {The Resonance Absorption of Uranium Metal and Oxide}
author = {Hellstrand, E, and Lundgren, G}
abstractNote = {The resonance integrals for uranium metal and uranium oxide have been determined for a 1/E flux. The following results were obtained Metal RI 2.95 + 25.8{radical}(S/M); Oxide RI = 4.15 + 26.6{radical}(S/M). The oxide value agrees with the expression found earlier at this laboratory. But the result for the metal is 4. 5 % larger than the earlier one. In addition, the resonance absorption in a R1 fuel rod has been compared with that for a cadmium-covered rod placed in an approximate cell boundary flux. The former came out 3 % larger than the latter. A comparison of the fuel rod absorption with that for a 1/E flux yields a corresponding figure of 7 %. The neutron flux was monitored below the lowest resonance in uranium.}
place = {Sweden}
year = {1962}
month = {Jun}
}
title = {The Resonance Absorption of Uranium Metal and Oxide}
author = {Hellstrand, E, and Lundgren, G}
abstractNote = {The resonance integrals for uranium metal and uranium oxide have been determined for a 1/E flux. The following results were obtained Metal RI 2.95 + 25.8{radical}(S/M); Oxide RI = 4.15 + 26.6{radical}(S/M). The oxide value agrees with the expression found earlier at this laboratory. But the result for the metal is 4. 5 % larger than the earlier one. In addition, the resonance absorption in a R1 fuel rod has been compared with that for a cadmium-covered rod placed in an approximate cell boundary flux. The former came out 3 % larger than the latter. A comparison of the fuel rod absorption with that for a 1/E flux yields a corresponding figure of 7 %. The neutron flux was monitored below the lowest resonance in uranium.}
place = {Sweden}
year = {1962}
month = {Jun}
}