Consider a nuclear power plant to be put up to deliver 4 xx 10^(3)MW power. (a) what will be the ratio of consumption of .^(235)U to operate this plant for 1 year ? (b) Typically 3% of the .^(235)U mass is converted into ._(38)^(90)Sr, which is a beta emitter, with half life 29 yrs. What is the beta activity in the Sr produced in curies, just after the end of 1 yr. Assume 200 MeV is the average yield per fission of .^(235)U.

Consider a nuclear power plant to be put up to deliver 4 xx 10^(3)MW p

1.	Consider a nuclear power plant to be put up to deliver 4 xx 10^(3)MW power. (a) what will be the ratio of consumption of .^(235)U to operate this plant for 1 year ? (b) Typically 3% of the .^(235)U mass is converted into ._(38)^(90)Sr, which is a beta emitter, with half life 29 yrs. What is the beta activity in the Sr produced in curies, just after the end of 1 yr. Assume 200 MeV is the average yield per fission of .^(235)U.
Answer» Answer :[1541 kg PER year, `6.324 XX 10^(6) CI`]

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