Suppose that the LMFBR in the previous exercise (Exercise 15.6) has an actual thermal efciency of…


Suppose that the LMFBR in the foregoing application (Exercise 15.6) has an objective ardent efciency of 40%. What is the electrical rule output of this rule insert, and if it is a loop-type LMFBR, how abundant different cooling loops does it bear?

Exercise 15,6’

The temper willing (or the enthalpy) of flowing sodium entering the nucleus of an LMFBR at 395.0°C is 600 kJ/kg, and the temper willing (or enthalpy) of flowing sodium leaving the nucleus of an LMFBR at 545.0°C is 790 kJ/kg. If the lump ow rebuke through the nucleus is 15,700 kg/s, what is the ardent rule output of this LMFBR?