A nuclear power plant is far more than a reactor core. To truly understand how it works, you need to see how nuclear physics, heat transfer, plant machinery, control systems, safety engineering, and the fuel cycle connect as one complete system. Nuclear Systems Handbook gives you that foundation. Written for engineering students, technical readers, and anyone building serious knowledge of commercial nuclear power, this handbook begins with the physics of the nucleus and progressively builds toward the operation of an entire nuclear generating station. Inside, you will: Build a clear foundation in fission, neutron interactions, moderation, criticality, and reactor kinetics Understand PWRs, BWRs, CANDU reactors, gas-cooled reactors, fuel assemblies, and core design Follow heat from the fuel through thermal-hydraulics, coolant systems, steam generators, turbines, condensers, and feedwater systems Explore defense-in-depth, emergency core cooling, containment, radiation protection, and probabilistic risk assessment Understand reactor instrumentation, protection systems, startup, shutdown, operator training, and plant operations Follow the complete nuclear fuel cycle, including spent fuel, radioactive waste, decommissioning, SMRs, and Generation IV reactors Rather than presenting isolated facts, the book deliberately builds each topic from the principles established before it, helping you understand why nuclear power systems are engineered the way they are. If you want one accessible, systems-level foundation that connects reactor theory to real nuclear power plant engineering, add Nuclear Systems Handbook to your technical library today.
