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A sphere of fissionable material with its radius R is covered by a spherical shell of aluminum cladding with its thickness R. The total

A sphere of fissionable material with its radius R is covered by a spherical shell of aluminum cladding with

A sphere of fissionable material with its radius R is covered by a spherical shell of aluminum cladding with its thickness R. The total heat flow rate on the outer surface (r=2R) of the aluminum cladding was found to be Q. 3a. What is the total heat flow rate on the surface (r=R) of the fissionable material? 3b. What is the total heat generation rate in the fissionable material?

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Answer 3a The total heat flow rate on the surface rR of the fissionable material can be calculated using the thermal conductivity of the aluminum clad... blur-text-image

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