a) Estimate the decay heat load from a 3000 MWt reactor at one day, one week,...

 

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a) Estimate the decay heat load from a 3000 MWt reactor at one day, one week, one month, and one year after shutdown from a 2-year run. b) Estimate the rate of heat up in a reactor core that has lost all of its coolant. Consider the decay heat loads found above. Assume the heat capacitance of the dry reactor core is 16,500 Btu/F. Image transcription text use Mis*: decay 9. (15 pts) Decay heat; heat-up of uncooled core equation: Q (+) = Q. e constant a) Estimate the decay heat load from a 300 reactor at one day, one week, one month, and one year after shutdown from a 2-year run. b) Estimate the rate of heat up in a reactor core tha a) Estimate the decay heat load from a 3000 MWt reactor at one day, one week, one month, and one year after shutdown from a 2-year run. b) Estimate the rate of heat up in a reactor core that has lost all of its coolant. Consider the decay heat loads found above. Assume the heat capacitance of the dry reactor core is 16,500 Btu/F. Image transcription text use Mis*: decay 9. (15 pts) Decay heat; heat-up of uncooled core equation: Q (+) = Q. e constant a) Estimate the decay heat load from a 300 reactor at one day, one week, one month, and one year after shutdown from a 2-year run. b) Estimate the rate of heat up in a reactor core tha