In a nuclear reaction, calculate the percentage of uranium 235U enrichment to get the reproduction factor around 2.10, assume fission cross section for 235U is 584 b for thermal neutrons, while that for 238U is zero. The (n, y) cross sections are 97 b for 235U and 2.75 for 238U.
In a nuclear reaction, calculate the percentage of uranium 235U enrichment to get the reproduction factor around 2.10, assume fission cross section for 235U is 584 b for thermal neutrons, while that for 238U is zero. The (n, y) cross sections are 97 b for 235U and 2.75 for 238U.
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![In a nuclear reaction, calculate the percentage of uranium 235U enrichment to get the
reproduction factor around 2.10, assume fission cross section for 235U is 584 b for thermal
neutrons, while that for 238U is zero. The (n, y) cross sections are 97 b for 235U and 2.75 for
238U.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbec70763-779b-46aa-8e55-920ab9eb14f4%2F3485c7a5-d22a-4b36-8da3-8d1905ba081c%2Fc59e81_processed.jpeg&w=3840&q=75)
Transcribed Image Text:In a nuclear reaction, calculate the percentage of uranium 235U enrichment to get the
reproduction factor around 2.10, assume fission cross section for 235U is 584 b for thermal
neutrons, while that for 238U is zero. The (n, y) cross sections are 97 b for 235U and 2.75 for
238U.
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