A graduate-level one-volume textbook and reference work on the structure and physics of atomic nuclei. Throughout this book the underlying emphasis is on how a nucleus is constituted through the interaction between the nucleons. The book is structured into three parts: the first part contains a detailed treatment of the two-nucleon force and of basic model-independent nuclear properties; the second part discusses the experimental results of nuclear models and their bases in fundamental theory; the third part deals in some detail with alpha-decay and fission.
A graduate-level one-volume textbook and reference work on the structure and physics of atomic nuclei. Throughout this book the underlying emphasis is on how a nucleus is constituted through the interaction between the nucleons. The book is structured into three parts: the first part contains a detailed treatment of the two-nucleon force and of basic model-independent nuclear properties; the second part discusses the experimental results of nuclear models and their bases in fundamental theory; the third part deals in some detail with alpha-decay and fission.
Preface , Fundamental Properties of Nuclei , The Constituents of Nuclei , Internucleon Forces: I , Nuclear Moments and Nuclear Shapes , Sizes of Nuclei , Internucleon Forces: II , Nuclear Binding Energies , Nuclear Models , Single-Particle Model , Correlations in Nuclear Matter , Collective Nuclear Motion , Hartree-Fock and Particle-Hole Calculations , Alpha Disintegration and Fission of Nuclei , Alpha Radioactivity , Fission , Angular Momentum, Spherical Tensors, and Dirac Matrices , Some Results Used in Scattering Theory , The Notation of Second Quantization , The WKB Approximation , Electromagnetic Transitions
Preface Fundamental Properties of Nuclei The Constituents of Nuclei Internucleon Forces: I Nuclear Moments and Nuclear Shapes Sizes of Nuclei Internucleon Forces: II Nuclear Binding Energies Nuclear Models Single-Particle Model Correlations in Nuclear Matter Collective Nuclear Motion Hartree-Fock and Particle-Hole Calculations Alpha Disintegration and Fission of Nuclei Alpha Radioactivity Fission Angular Momentum Spherical Tensors and Dirac Matrices Some Results Used in Scattering Theory The Notation of Second Quantization The WKB Approximation Electromagnetic Transitions
Preface , Fundamental Properties of Nuclei , The Constituents of Nuclei , Internucleon Forces: I , Nuclear Moments and Nuclear Shapes , Sizes of Nuclei , Internucleon Forces: II , Nuclear Binding Energies , Nuclear Models , Single-Particle Model , Correlations in Nuclear Matter , Collective Nuclear Motion , Hartree-Fock and Particle-Hole Calculations , Alpha Disintegration and Fission of Nuclei , Alpha Radioactivity , Fission , Angular Momentum, Spherical Tensors, and Dirac Matrices , Some Results Used in Scattering Theory , The Notation of Second Quantization , The WKB Approximation , Electromagnetic Transitions
Preface Fundamental Properties of Nuclei The Constituents of Nuclei Internucleon Forces: I Nuclear Moments and Nuclear Shapes Sizes of Nuclei Internucleon Forces: II Nuclear Binding Energies Nuclear Models Single-Particle Model Correlations in Nuclear Matter Collective Nuclear Motion Hartree-Fock and Particle-Hole Calculations Alpha Disintegration and Fission of Nuclei Alpha Radioactivity Fission Angular Momentum Spherical Tensors and Dirac Matrices Some Results Used in Scattering Theory The Notation of Second Quantization The WKB Approximation Electromagnetic Transitions
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