MSc SEF07b
Module leader:
Module status:
Pre- or co-requisites:
ECTS units:
Aims
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Low Carbon Technologies - Nuclear
Prof. Robin Grimes
Core
None
2.5
To develop a working knowledge of the basic radiation related processes associated with nuclear
energy generation, their risks and consequences.
To develop the skills required to assess the likely technological issues associated with nuclear
institutions including reactor designs, nuclear waste, decontamination of nuclear instillations and
transport of nuclear materials.
To convey the required knowledge that will underpin the work necessary to deliver the group
presentation.
Intended learning outcomes
Intellectual skills
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Debate the issues arising from questions raised during the group presentations.
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To evaluate alternative nuclear waste forms and which are appropriate for a given waste stream.
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To be able to assess and discuss the extent to which nuclear energy is sustainable.
Practical skills
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Predict the times over which radioactive materials remain a hazard.
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To make an assessment of the relative potential hazards associated with the use of a variety of nuclear
materials.
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To assess the likely damage of degradation processes associated with nuclear materials including
nuclear fuel.
Recommended textbooks
Category as defined by Central Library: A = required, B = recommended but not essential, C = background
reading.
B. Ian Hore-Lacy “Nuclear Energy in the 21st Century” World Nuclear University Press 2006.
C. M I Ojovan & W E Lee “An introduction to Nuclear Waste Immobilization” Elsevier 2005. ISBN 0 080 44462 8
C. W J Nuttall “Nuclear Renaissance” IOP Publishing Ltd 2005. ISBN 0 7503 0936 9
C. G F Hewitt & J G Collier “Introduction to Nuclear Power” Taylor and Francis 2000.
Structure, teaching and learning methods
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Duration: One week
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Lectures: 7 x 2 hours
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Tutorials: 1 x 4 hours presentation session
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Laboratory: None
Assessment and Feedback
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Group Presentation
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1.5 hour examination