Question

Problem 13.4 It has been reported that an explosion of nuclear fission produces a power e radiated energy of 1 × 1016 Watts. The measurement was made at a distance of 10 Km from the explosion a) Calculate the temperature reached at the explosion site considering a 1cm sphere placed on that site b) What was the radiation flow (power-incident per unit area) measured? c) A sphere placed at the site of the explosion, at what maximum wavelength would it have radiated? Answer: a) T-3.445x 1060K b) P. = 1 × 104 Watts max 8.3 A

Problem 13.4

It has been reported that an explosion of nuclear fission produces a power e radiated energy of 1×10^16 Watts. The measurement was made at a distance of 10 Km from the explosion.

a) Calculate the temperature reached at the explosion site considering a 1cm sphere placed on that site

b) What was the radiation flow (power-incident per unit area) measured?

c) A sphere placed at the site of the explosion, at what maximum wavelength would it have radiated?

Answer 1

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