Module aims
This module provides a basic introduction to the reactor physics of nuclear reactors, including neutron conservation, neutron diffusion, criticality for spheres cylinders and cuboids, reflected spheres, point kinetics with delayed neutrons, xenon poisoning, and other reactivity feedback mechanisms.
Learning outcomes
On successfully completing this module, students will be able to:
- Perform basic reactor physics algebraic analysis and numerical computations, including solutions of the neutron diffusion equation, and the assessment of criticality for the principal reactor geometries.
- Derive and use simple point kinetics models of reactor transient behaviour.
- Explain the role of neutron reflectors, and an ability to perform analyses of simple reflected geometries.
- Explain the significance of reactive feedback, and perform calculations and analysis of this in the case of xenon poisoning.
Module content
- Neutron conservation
- Neutron diffusion
- Criticality for spheres cylinders and cuboids, reflected spheres
- Point kinetics with delayed neutrons
- Xenon poisoning, other reactivity feedback mechanisms
Module lead
ECTS/FHEQ
5/7
Module code
MECH70002
Host department
Department of Mechanical Engineering
Term
Spring
Time slot
AM
Teaching weeks
15-25
August resit opportunity?
Yes
How to apply
Via DSS
Application deadline
The third Friday of autumn term, 17.00
Places available (approximate)
20
Number of applicants (historic)
10
Criteria used for student selection
First come, first assigned a place if oversubscribed
Further information