(a) A particular light-water 235 U-fueled reactor had a reproduction factor of 1.005 and an average neutron...

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(a) A particular light-water ²³⁵U-fueled reactor had a reproduction factor of 1.005 and an average neutron lifetime of 0.08 s. By what percentage will the rate of energy production by the reactor increase in 5 s?

(b) By what fraction must the neutron flux in the reactor be reduced in order to reduce the reproduction factor to 1.000?

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Modern Physics

ISBN: 9781429250788

6th Edition

Authors: Paul A. Tipler, Ralph Llewellyn

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Question Posted: Feb 17, 2023 08:31 AM

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(a) A particular light-water 235 U-fueled reactor had a reproduction factor of 1.005 and an average neutron...

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a b Because k neutron flux the fractional change in flux necessar...View the full answer

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