nuclear physics 1. How many collisions is required for a 2.0 Mev neutron to be braked to an energy of 1/25 eV on average, if the neutron moderator were (a) carbon, (b) iron? ANSWER (a) (b) 112.1 Collisions 501.5 Collisions

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Chapter8: Atomic Structure
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Problem 100AP: (a) What voltage must be applied to an X-ray tube to obtain 0.0100-fm-wavelength X-rays for use in...
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nuclear physics
1. How many collisions is required for a 2.0 Mev neutron to be braked to an energy of
1/25 eV on average, if the neutron moderator were (a) carbon, (b) iron?
ANSWER
(a)
(b)
112.1 Collisions
501.5 Collisions
2. What is the moderating reason for nickel if it has an absorption cross-section of 4.8
and a dispersion cross-section of 17.5? How many collisions will it take to thermalize
a 1.0 Mev neutron?
ANSWER
0.122: 508 Collisions
Transcribed Image Text:nuclear physics 1. How many collisions is required for a 2.0 Mev neutron to be braked to an energy of 1/25 eV on average, if the neutron moderator were (a) carbon, (b) iron? ANSWER (a) (b) 112.1 Collisions 501.5 Collisions 2. What is the moderating reason for nickel if it has an absorption cross-section of 4.8 and a dispersion cross-section of 17.5? How many collisions will it take to thermalize a 1.0 Mev neutron? ANSWER 0.122: 508 Collisions
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