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Related lectures (11)

Reactor Kinetics: Point Kinetics Equations

Covers reactor kinetics, point kinetics equations, delayed neutrons, and decay heat in nuclear reactors.

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Explores nuclear engineering safety systems, reactor protection, and radioactive material containment, emphasizing safety margins and design base accidents.

Introduction to Nuclear Engineering

Introduces nuclear engineering concepts, covering reactor technology, physics, safety measures, fission reactions, and reactor safety.

Introduction to Nuclear Engineering

Covers the basics of nuclear physics, benefits of nuclear energy, reactor classification, fission reactions, and decay heat removal.

Nuclear Reactor Safety Principles

Covers nuclear reactor safety principles, radionuclides, safety barriers, decay heat, criticality experiments, and emergency cooling systems.

Introduction to Nuclear Engineering

Introduces nuclear engineering principles, safety systems, reactor design, and accident management procedures.

Introduction to Nuclear Engineering: Safety Basics

Introduces nuclear engineering safety basics, emphasizing safety barriers, redundancy, and defense-in-depth concepts to prevent accidents.

Nuclear Reactions: Basics and Applications

Explores nuclear reactions, radioactivity, energy release, and decay heat removal in reactors.

Nuclear fission: Energy Release and Fission Fragments

Explores energy release from fission, fuel burnup, and fission fragments yields and decay in a nuclear reactor.

Reactor Kinetics: Point Kinetics Equations

Covers reactor kinetics, point kinetics equations, numerical solutions, and heterogeneous lattice effects.

Nuclear Physics Basics: Exercise Sessions

Covers exercises on nuclear physics basics, including binding energy, fission reactions, and decay activities.

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