Question: 4. A batch nuclear fuel discharged from power reactor has a specific burnup of 42 GWd/ Ton of UO2 (GWd is 1GW times day, which
4. A batch nuclear fuel discharged from power reactor has a specific burnup of 42 GWd/ Ton of UO2 (GWd is 1GW times day, which has the unit of energy). Please calculate how much energy is released from the fuel. If the average energy released per fission is 200MeV, please calculate the number of U-235 (or Pu-239) is fissioned and the percentage of fuel is consumed. The atomic weight of uranium is 238.03kg/kg mole and of oxygen is 16kg/kg - mole. Assume the heating value of coal is 20MJ/kg. Heating value is defined as energy released per unit mass of fuel. How much coal is required to generate the amount of energy? (40%) 4. A batch nuclear fuel discharged from power reactor has a specific burnup of 42 GWd/ Ton of UO2 (GWd is 1GW times day, which has the unit of energy). Please calculate how much energy is released from the fuel. If the average energy released per fission is 200MeV, please calculate the number of U-235 (or Pu-239) is fissioned and the percentage of fuel is consumed. The atomic weight of uranium is 238.03kg/kg mole and of oxygen is 16kg/kg - mole. Assume the heating value of coal is 20MJ/kg. Heating value is defined as energy released per unit mass of fuel. How much coal is required to generate the amount of energy? (40%)
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