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Additional info for Criticality Safety Analysis of Nuclear-Cycle Facilities for Weapons-Grade Plutonium
Some important calculated parameters for each application are shown in Table 5. A more detailed description of each application was previously presented in Sect. 4 of this document. Table 5. 8 for at least one of the analyzed design application systems from AOA 3. 8 or greater. 8 contain plutonium fuel. The majority of the systems are of metal composition with a fast energy spectrum. The experiment designator and ck values are shown in Table 6 along with other important parameters for each of the systems.
Subsequent to the generation of the sensitivity data, the CANDE code was used to generate the correlation coefficients relating each application to each of the benchmark experiments. These correlation coefficients are shown in subsequent tables in order of descending values such that the experiments with the highest correlation to the design system are shown first in the tables. 1. 8 criterion for ck for each application. Some important calculated parameters for each application are shown in Table 5.
8. 74. These results are 32 shown in Table 13. Each of these 20 benchmarks is a MOX system. It is noteworthy that this application system exhibits an EALF of 2355 eV, and no existing MOX benchmark presented here exhibits an EALF of this magnitude. 2. This seemingly contradictory issue is further explored in Sect. 2. For the reduced mass configurations of the material from AOA 4-4, the results are improved with decreasing mass. 8 criterion for ck. 76. Of these experiments, 22 are MOX and the remaining six are plutonium fueled.