Springer Science+Business Media, New York, 2010, 660 pp. - ISBN 978
1 4419 6034 4
Oka Y. , Koshizuka S. , Ishiwatari Y. , Yamaji A.
The emerging importance of ground-breaking technologies for nuclear power plants has been widely recognized. The supercritical pressure light water cooled reactor (SCWR) and super fast reactor (Super FR), a generation IV reactors, has been presented as a reactor concepts for innovative nuclear power plants that have reduced capital expenditures and increased thermal efficiency. This book describes the major design features of the Super LWR and Super FR concepts and the methods for their design and analysis.
Contents
Introduction and Overview.
Core Design.
Plant System Design.
Plant Dynamics and Control.
Plant Startup and Stability.
Safety.
Fast Reactor Design.
Research and Development.
References.
Appendix.
Index.
Oka Y. , Koshizuka S. , Ishiwatari Y. , Yamaji A.
The emerging importance of ground-breaking technologies for nuclear power plants has been widely recognized. The supercritical pressure light water cooled reactor (SCWR) and super fast reactor (Super FR), a generation IV reactors, has been presented as a reactor concepts for innovative nuclear power plants that have reduced capital expenditures and increased thermal efficiency. This book describes the major design features of the Super LWR and Super FR concepts and the methods for their design and analysis.
Contents
Introduction and Overview.
Core Design.
Plant System Design.
Plant Dynamics and Control.
Plant Startup and Stability.
Safety.
Fast Reactor Design.
Research and Development.
References.
Appendix.
Index.