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cimgo1903
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nobody can solve my Nuclear Reactor Physics Question? please help me!
In the centre of the core of a 1000 MWe BWR, the observed fission rate is 1.7×1012 cm-3 s-1 and the observed temperature of the fuel is 800 oC. What will be the fission rate at the same location if the temperature is raised to 1000 oC? (Hint, Σf is a non- 1/v cross-section.)
Rx(r,E,t) = Σx(r,E) v n(r,E,t) i don't know it is the right way or not. for non-1/v cross section:
Ra=ga(T)Σa(E0)Φ0
and i don't know how can i use temperature for this problem?
In the centre of the core of a 1000 MWe BWR, the observed fission rate is 1.7×1012 cm-3 s-1 and the observed temperature of the fuel is 800 oC. What will be the fission rate at the same location if the temperature is raised to 1000 oC? (Hint, Σf is a non- 1/v cross-section.)
Rx(r,E,t) = Σx(r,E) v n(r,E,t) i don't know it is the right way or not. for non-1/v cross section:
Ra=ga(T)Σa(E0)Φ0
and i don't know how can i use temperature for this problem?
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