73
UCT EEE4109Z / EEE5128Z 2015 Nuclear reactor theory & design 20150713.0019 UNIVERSITY OF CAPE TOWN EEE4109Z / EEE5128Z Nuclear Reactor Theory and Design 02-01-00 Nuclear Reactor Theory July 2015 Emeritus Professor David Aschman Room 4T7, Physics Department University of Cape Town mailto:[email protected] http://www.phy.uct.ac.za/courses/eee4109z/current/ .* 20150713.0019 uct-physics-dga 1

UNIVERSITY OF CAPE TOWN EEE4109Z / EEE5128Z

  • Upload
    others

  • View
    1

  • Download
    0

Embed Size (px)

Citation preview

UCT EEE4109Z / EEE5128Z 2015 Nuclear reactor theory & design 20150713.0019

UNIVERSITY OF CAPE TOWNEEE4109Z / EEE5128Z

Nuclear Reactor Theory and Design02-01-00Nuclear Reactor Theory

July 2015Emeritus Professor David AschmanRoom 4T7, Physics DepartmentUniversity of Cape Townmailto:[email protected]

http://www.phy.uct.ac.za/courses/eee4109z/current/ . *

20150713.0019 uct-physics-dga 1

UCT EEE4109Z / EEE5128Z 2015 Nuclear reactor theory & design UCT EBE 2015 handbook *

EEE4109Z / EEE5128Z specificationsEEE4109Z Theory and design of nuclear reactors 16 credits, NQF 08EEE5128Z Nuclear reactor theory and design 20 credits, NQF 09

Course aims: To develop strong concepts of engineering theory anddesign as applied in the context of nuclear power reactors.Course outcomes: To be able to carry out simple design tasks andcalculations, and show an understanding of the effects of materialsselection and specificationCourse outline: Nuclear reactor engineering theory and design, withan emphasis on pressurised water reactors: types and generationsof power reactors; neutron life cycle; reactor operation theory; reac-tor core design; thermal-hydraulic analysis; core power density andeffect on reactor size, control and shielding; corrosion and materialsproperties

20150713.0019 uct-physics-dga 2

UCT EEE4109Z / EEE5128Z 2015 Nuclear reactor theory & design *

ReferencesReading list on course website

Martin B, Intro to Nuclear and Particle Physics, Wiley (2006)

Lilley J, Nuclear Physics, Wiley (1986). Ch 10

Bennet & Thomson, Elements of Nuclear Power, Longman (1989)

Bodansky D, Nuclear Energy, Springer 2e

Lewis E, Fundamentals of Nuclear Reactor Physics, Academic Press

20150713.0019 uct-physics-dga 3

UCT EEE4109Z / EEE5128Z 2015 Nuclear reactor theory & design .

Bennet & Thomson Chapter 4Theory of nuclear reactors– homogeneous thermal reactors

20150713.0019 uct-physics-dga 4

BENNET AND THOMSON

(Longman, 3e, 1989)

Chapter 04

The theory of nuclear reactors -

homogeneous thermal reactors

.

UCT EEE4109Z / EEE5128Z 2015 Nuclear reactor theory & design .

Bennet & Thomson Chapter 5Theory of nuclear reactors– further topics

20150713.0019 uct-physics-dga 27

BENNET AND THOMSON

The Elements of Nuclear Power

(Longman, 3e, 1989)

Chapter 05

The theory of nuclear reactors -

further topics

.

UCT EEE4109Z / EEE5128Z 2015 Nuclear reactor theory & design .

Bennet & Thomson Chapter 8The operating characteristics of nuclear reactors

20150713.0019 uct-physics-dga 44

BENNET AND THOMSON

The Elements of Nuclear Power

(Longman, 3e, 1989)

Chapter 08

The operating characteristics of nuclear reactors

.

UCT EEE4109Z / EEE5128Z 2015 Nuclear reactor theory & design . *

End EEE4109Z / EEE5128Z 02-01-00Nuclear Reactor Theory and Design

*

20150713.0019 uct-physics-dga 73