دانلود کتاب Nuclear Structure

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PREFACE\nTABLE OF CONTENTS\nCHAPTER 1. General Features of Nuclei\n 1.1. Nuclear Composition\n 1.2. Nuclear Masses: Binding Energies\n 1.3. Types of Nuclear Instability: Spontaneous and Induced Transformations\n a. Natural α-radioactivity; Fission\n b. γ-radiation; Particle Emission\n c. β-decay\nCHAPTER 2. Systematics of Stable Nuclei; Details of Binding Energy Surfaces\nCHAPTER 3. Properties of Nuclear States; Ground States\n 3.1. Spins and Moments\n 3.2. The Size of Nuclei\nCHAPTER 4. Survey of Nuclear Reactions\n 4.1. Types of Reaction, Cross-Sections, Excitation Functions\n 4.2. Resonance Processes\n 4.3. Direct Processes\n 4.4. Table of the Most Important Reactions\nCHAPTER 5. Two-body Systems: Interactions between Nucleons\n 5.1. Internucleon Forces\n 5.2. Saturation Properties and Internucleon Forces\n 5.3. Charge Independence of Nuclear Forces; The Isotopic or Isobaric Spin Quantum Number\nCHAPTER 6. Nuclear Models A: The Uniform Model\n 6.1. General Remarks\n 6.2. Powder and Shell Models\n 6.3. Supermultiplet Theory\nCHAPTER 7. Nuclear Models B: Independent Particle Models\n 7.1. General Features of the Independent Particle or Shell Models\n 7.2. The L-S coupling Shell Model\n 7.3. Comparison of the L-S and j-j Shell Models\n 7.4. The j-j Coupling Shell Model\n 7.5. Coupling Rules for the j-j Model\n 7.6. Normal States and Low-Excited States\n 7.7. Magnetic and Quadrupole Moments\n 7.8. Problems of the j-j Model\nCHAPTER 8. Nuclear Models, C: Many Particle Models\n 8.1. The α-particle Model\n 8.2. Collective Model\n 8.3. Comparison of the j-j and the Collective Models\nCHAPTER 9. Nuclear Reactions A: Close Collisions\n 9.1. The Collision Matrix\n 9.2. Qualitative Discussion of Resonance Phenomena\n 9.3. Derivation of the Resonance Formula\n 9.4. Dependence of the Parameters on the Size of the Internal Region\n 9.5. Radioactivity\n 9.6. The Clouded Crystal Ball Model\n 9.7. The Intermediate Coupling or Giant Resonance Model\nCHAPTER 10. Nuclear Reactions B: Surface Reactions\n 10.1. Angular Distribution in Stripping Reactions\n 10.2. Electric Excitation\nCHAPTER 11. Interaction with Electron-Neutrino Fields\n 11.1. Theory of β-decay\n 11.2. Allowed and Forbidden Transitions\n 11.3. Shape of the Spectrum\n 11.4. Total Transition Probability\nCHAPTER 12. Electromagnetic Transitions in Complex Nuclei\n 12.1. Introduction\n 12.2. Radiative Transitions\n 12.3. Single Particle Matrix Elements\nReferences\nIndex