Questions of LMFBR control system

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Designing a LMFBR control system involves integrating a comprehensive SCADA system that monitors key components like pumps, turbines, and motors to ensure energy balance. Critical sensors, including temperature, flow, position, and neutron detectors, are essential for maintaining operational safety. The system must include logic for scramming the reactor, allowing for rapid control rod insertion during emergency conditions. Overspeed conditions in turbomachinery trigger automatic trips to prevent damage. Effective monitoring and control are vital for the safe and efficient operation of the entire plant.
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How to design a LMFBR control system. I mean the whole plnat's operation and reactor control system.
 
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law&theorem said:
How to design a LMFBR control system. I mean the whole plnat's operation and reactor control system.
A whole plant has sensors connected to a SCADA system which monitors the state of the large components. The energy produced must be balanced with the energy output. Pumps, turbines and motors are monitored for speed. Turbomachinery is usually tripped if it goes overspeed.

There are temperature sensors, flow sensors, position sensors, and in the core, neutron detectors. There are conditions where the reactor may be scrammed, so there is some logic in the system to scram, or rapidly insert, the control rods into the core.
 
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