1) The structure of the atomic nucleus
2) Nuclear fission and chain reactions
3) Types of radiation and the effect on humans
4) Nuclear fuel
5) Nuclear materials
6) The dual role of cooling media as a neutron moderator and heat transfer agent
7) Reactor kinematics
8) Temperature feedback
9) Shut down procedures and xenon poisioning
10) Latent heat
Nuclear power plants deliver about half of Sweden's electrical power. The production of power is self-regulating, reliable and relatively cost effective - mostly due to a combination of enriched uranium and water cooling used in the reactors. Nuclear plants are also associated with low greenhouse emissions. Circumstances can arise where the nuclear fuel and surrounding materials are damaged resulting in closure of the reactor and, in the worse case, a release of radioactive gases.
After completing this course you should be able to :
1) Calculate and adjust the power of a nuclear power station during normal operations by understanding how fission process and chain reactions work.
2) Choose operating parameters which limit the risk of damage to fuels and associated materials.
3) Suggest correction procedures when abnormal conditions arise.
4) Implement good practice regarding radiation protection