Results of Preliminary Nuclear Calculations for a Homogeneous Research Reactor
Results of Preliminary Nuclear Calculations for a Homogeneous Research Reactor
Critical mass, fuel concentration, power, maximum power density, and wall power density were obtained for bare spherical reactors having diameters of 8, 10, 11, and 12 ft, operating at 20, 100, 2OO, and 300 deg C. (L.T.W.)
- Oak Ridge National Laboratory United States
- University of North Texas System United States
Spheres, Equations, Neutron Flux, Hrt, Density, Homogeneous Reactors, Fuels, Variations, 530, Low Temperature, Multiplication Factors, Criticality, Reactor Core, Reflectors, High Temperature, Buckling, Volume, Physics, Reactivity, Mass, 620, Power, Fissionable Materials, Research Reactors, Configuration
Spheres, Equations, Neutron Flux, Hrt, Density, Homogeneous Reactors, Fuels, Variations, 530, Low Temperature, Multiplication Factors, Criticality, Reactor Core, Reflectors, High Temperature, Buckling, Volume, Physics, Reactivity, Mass, 620, Power, Fissionable Materials, Research Reactors, Configuration
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