1970•Nuclear ApplicationsRequires access

A Computer Program to Predict the Performance of UO2Fuel Elements Irradiated at High Power Outputs to a Burnup of 10 000 MWd/MTu

M.J.F. Notley

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Abstract

A computer program is described which calculates the behavior of UO2 pellet fueled elements during irradiation. Whenever possible, prediction and experimental observation are compared to verify that the models developed for calculation are reasonable. The interaction of variables when operating with high internal fission gas pressures (and, hence, reduced fuel-sheath heat transfer coefficient) is emphasized.

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What this paper is about

A computer program is described which calculates the behavior of UO2 pellet fueled elements during irradiation. Whenever possible, prediction and experimental observation are compared to verify that the models developed for calculation are reasonable. The interaction of variables when operating with high internal fission gas pressures (and, hence, reduced fuel-sheath heat transfer coefficient) is emphasized.

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Available abstract

A computer program is described which calculates the behavior of UO2 pellet fueled elements during irradiation. Whenever possible, prediction and experimental observation are compared to verify that the models developed for calculation are reasonable. The interaction of variables when operating with high internal fission gas pressures (and, hence, reduced fuel-sheath heat transfer coefficient) is emphasized.

Key concepts: Burnup, Nuclear engineering, Computer program, Fission, Irradiation, Power (physics), Computer science, Materials science

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