Introductory nuclear physics
Author(s)
Bibliographic Information
Introductory nuclear physics
Clarendon Press , Oxford University Press, 1997
- : pbk
- : hard
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Includes bibliographies and indexes
Description and Table of Contents
- Volume
-
: pbk ISBN 9780198518976
Description
This book is a comprehensive balanced and up-to-date introduction to nuclear physics that describes the experiments made to study nuclear reactions and nuclear structure, and the theories and models that have been developed to understand the properties of nuclei and their interactions. After a historical introduction, there are chapters on nuclear accelerators and detectors, elementary particles, nuclear forces, nuclear reaction theory, nuclear models, nuclear and
heavy ion reactions, nuclear astrophysics and nuclear reactors. While primarily aimed at undergraduates it will also serve as a reference for graduate students and professional nuclear physicists.
Table of Contents
- Ch 1 - Historical Introduction
- Ch 2 - Radioactivity
- Ch 3 - The Discovery of the nucleus
- Ch 4 - Particle accelerators and neutron sources
- Ch 5 - Particle detectors
- Ch 6 - Basic Forces
- Ch 7 - The Leptons
- Ch 8 - The Hadrons
- Ch 9 - The Quarks
- Ch 10 - Laws of Invasriance
- Ch 11 - Boson Field Theory and Phenomenological Description of Nuclear Forces
- Ch 12 - Few-Nucleon Systems
- Ch 13 - The Theory of Scattering
- Ch 14 - Nucleon-Nucleon Scattering
- Ch 15 - Nuclear Systematics
- Ch 16 - Nuclear Properties
- Ch 17 - Nuclear Models
- Ch 18 - Nuclear Decay
- Ch 19 - General Features of Nuclear Reactions
- Ch 20 - Direct Reactions
- Ch 21 - Compound Nucleus Reactions
- Ch 22 - Pre-Equilibrium and Composite-Particle Reactions
- Ch 23 - Heavy-Ion Reactions
- Ch 24 - Nuclear Reactors
- Ch 25 - Cosmology and nuclear astrophysics
- Volume
-
: hard ISBN 9780198519898
Description
This text is a comprehensive, balanced and up-to-date introduction to nuclear physics that describes the experiments made to study nuclear reactions and nuclear structure, and the theories and models that have been developed to understand the properties of nucleic and their interactions. After a historical introduction, there are chapters on: nuclear accelerators and detectors; elementary particles; nuclear forces; nuclear reaction theory; nuclear models; nuclear and heavy ion reactions; nuclear astrophysics; and nuclear reactors. While primarily aimed at undergraduates it will also serve as a reference for graduate students and professional nuclear physicists.
Table of Contents
Ch 1 - Historical Introduction. Ch 2 - Radioactivity. Ch 3 - The Discovery of the nucleus. Ch 4 - Particle accelerators and neutron sources. Ch 5 - Particle detectors. Ch 6 - Basic Forces. Ch 7 - The Leptons. Ch 8 - The Hadrons. Ch 9 - The Quarks. Ch 10 - Laws of Invasriance. Ch 11 - Boson Field Theory and Phenomenological Description of Nuclear Forces. Ch 12 - Few-Nucleon Systems. Ch 13 - The Theory of Scattering. Ch 14 - Nucleon-Nucleon Scattering. Ch 15 - Nuclear Systematics. Ch 16 - Nuclear Properties. Ch 17 - Nuclear Models. Ch 18 - Nuclear Decay. Ch 19 - General Features of Nuclear Reactions. Ch 20 - Direct Reactions. Ch 21 - Compound Nucleus Reactions. Ch 22 - Pre-Equilibrium and Composite-Particle Reactions. Ch 23 - Heavy-Ion Reactions. Ch 24 - Nuclear Reactors. Ch 25 - Cosmology and nuclear astrophysics
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