All equations for this question must be written out and you must show all your calculations The number of neutrons (N.) at the start of the generation is 3,000 Let 7 = 2.0, E= 1.05, p 0.55, L= 0.63, L = 0.7, f=0.48 Calculate the number of thermal neutrons absorbed in non-fuel Calculate the number of neutron absorbed by resonance peaks Calculate the net increase of neutrons from fast fission Calculate the number of thermal neutrons that leak from the core Calculate the number of fast neutrons that leak from the core Calculate the net increase of neutrons from thermal fission i) ii) ii) iv) v) vi)
All equations for this question must be written out and you must show all your calculations The number of neutrons (N.) at the start of the generation is 3,000 Let 7 = 2.0, E= 1.05, p 0.55, L= 0.63, L = 0.7, f=0.48 Calculate the number of thermal neutrons absorbed in non-fuel Calculate the number of neutron absorbed by resonance peaks Calculate the net increase of neutrons from fast fission Calculate the number of thermal neutrons that leak from the core Calculate the number of fast neutrons that leak from the core Calculate the net increase of neutrons from thermal fission i) ii) ii) iv) v) vi)
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Transcribed Image Text:All equations for this question must be written out and you must show all your calculations
The number of neutrons (N.) at the start of the generation is 3,000
Let
7 = 2.0, E= 1.05, p= 0.55, L, = 0.63, L = 0. 7, f 0.48
i)
ii)
iii)
iv)
v)
vi)
Calculate the number of thermal neutrons absorbed in non-fuel
Calculate the number of neutron absorbed by resonance peaks
Calculate the net increase of neutrons from fast fission
Calculate the number of thermal neutrons that leak from the core
Calculate the number of fast neutrons that leak from the core
Calculate the net increase of neutrons from thermal fission
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