Using the methods allowed by 10 CFR 20, calculate the neutron dose received by a worker...

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Using the methods allowed by 10 CFR 20, calculate the neutron dose received by a worker who has been exposed to a uniform field of: . 1x106 neutrons cm-2 at 1 eV • 6x106 neutrons cm-2 at 10 eV • 7x106 neutrons cm-2 at 100 eV . 9x106 neutrons cm-2 at 1000 eV • 5x106 neutrons cm-2 at 10 keV • 4x106 neutrons cm-2 at 100 keV • 2x106 neutrons cm-2 at 1 MeV • 3x106 neutrons cm-2 at 2.5 MeV • 1x106 neutrons cm-2 at 5 MeV How does that compare to a dose from the same total number of neutrons from an unknown energy? Using the methods allowed by 10 CFR 20, calculate the neutron dose received by a worker who has been exposed to a uniform field of: . 1x106 neutrons cm-2 at 1 eV • 6x106 neutrons cm-2 at 10 eV • 7x106 neutrons cm-2 at 100 eV . 9x106 neutrons cm-2 at 1000 eV • 5x106 neutrons cm-2 at 10 keV • 4x106 neutrons cm-2 at 100 keV • 2x106 neutrons cm-2 at 1 MeV • 3x106 neutrons cm-2 at 2.5 MeV • 1x106 neutrons cm-2 at 5 MeV How does that compare to a dose from the same total number of neutrons from an unknown energy?

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According to 10 CFR 20 guidelines Dose equivalent measured in rem H Absorbed dose D measur... View the full answer