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( LSN 4 ) A notional spherical weapon assembly composed of pure U - 2 3 5 has a mass of 8 . 3 0
LSN A notional spherical weapon assembly composed of pure U has a mass of and a density of Assume the nonleakage probability is a Calculate the multiplication factor and the "reactor period" of the assembly. b Repeat this calculation for U and TH using the same initial conditionsassumptions c Based ONLY on these data points multiplication factor and reactor period argue which assembly material will develop the most yield, the second most yield, and the third most yield microseconds after initiation.
LSN A notional spherical weapon assembly composed of pure U has a mass of and a density of Assume the nonleakage probability is
a Calculate the multiplication factor and the "reactor period" of the assembly.
b Repeat this calculation for U and TH using the same initial conditionsassumptions
c Based ONLY on these data points multiplication factor and reactor period argue which assembly material will develop the most yield, the second most yield, and the third most yield microseconds after initiation.
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