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• catalog contributor b12596047.
• catalog created "c2002.".
• catalog date "2002".
• catalog date "c2002.".
• catalog dateCopyrighted "c2002.".
• catalog description "App. A. Occupation number representation -- App. B. Angular momentum algebra -- App. C. Symmetries, group theory, Lie groups -- App. D. Use of Lie algebra in nuclear structure physics.".
• catalog description "I. Introduction -- I.1. Historical development of nuclear structure research -- I.2. Motivation of nuclear structure research -- II. Fundamental Properties of Nuclei, Nuclear Forces and Level Schemes -- II.1. Properties of nuclei -- II.2. Nuclear forces, nucleon-nucleon interaction -- II.3. Main properties of nuclear level systems -- III. Statistical Nuclear Models. Fermi-Gas Model -- III.1. Introduction. Basic assumptions -- III.2. Global properties of energy levels -- III.3. Local properties: level density fluctuations -- IV. Independent Particle Model -- IV.1. Closed shells in atomic nuclei -- IV.2. Independent particle model. Theory: wave functions, energy levels -- IV.3. Independent particle model: comparison with experiment -- IV.4. Electromagnetic transitions. Single particle transition rates -- IV.5. Electromagnetic moments. Single particle estimates -- V. Shell Model: Two-Nucleon Configurations -- V.1. Perturbation theory. Configuration mixing -- ".
• catalog description "Includes bibliographical references (p. 674-696) and index.".
• catalog description "V.2. Empirical two-nucleon matrix elements -- V.3. Two-body matrix elements from schematic interactions -- V.4. Two-body matrix elements from realistic interactions -- V.5. Particles and holes. Pandya transformation -- VI. Shell Model: Multiparticle Configurations -- VI.1. j[superscript n] configurations of identical nucleons -- VI.2. Seniority scheme -- VI.3. Pairing correlations. BCS approximation. Quasiparticle calculations -- VI.4. Cluster models -- VII. Vibrations of the Nuclear Core. Particle-Hole Excitations -- VII.1. Introduction, general considerations -- VII.2. Tamm-Dancoff approximation -- VII.3. Random phase approximation -- VII.4. Pairing plus quadrupole model -- VIII. Shell Model of Deformed Nuclei -- VIII.1. Deformation of atomic nuclei. Experimental evidences -- VIII.2. Description of nuclear deformation -- VIII.3. Nilsson model -- VIII.4. Deformed shell model: further developments -- ".
• catalog description "VIII.5. Strutinsky shell correction to liquid drop model: total energy of the nucleus -- IX. Vibration in Spherical Nuclei -- IX.1. Experimental evidences of surface vibration -- IX.2. Vibration in even-even spherical nuclei -- IX.3. Vibration in odd-A spherical nuclei -- IX.4. Vibration in odd-odd spherical nuclei -- IX.5. Giant resonances -- X. Rotational Excitations -- X.1. Basic experimental facts -- X.2. Low and intermediate spin states (I [is equal to or less then] 20-30 [actual symbol not reproducible]) -- X.3. High spin states (I [is equal to or greater than] 20-30 [actual symbol not reproducible]) -- XI. Interacting Boson Models -- XI.1. Introduction -- XI.2. Interacting boson model-1 -- XI.3. Interacting boson model-2 -- XI.4. Further versions of IBM -- XII. Interacting Boson-Fermion Models -- XII.1. Interacting boson-fermion model-1 -- XII.2. Interacting boson-fermion model-2 and -3, -4 -- XII.3. Microscopic foundation of IB(F)M -- ".
• catalog extent "xix, 708 p., [2] p. of plates :".
• catalog hasFormat "Structure of atomic nuclei.".
• catalog identifier "9630577836".
• catalog isFormatOf "Structure of atomic nuclei.".
• catalog issued "2002".
• catalog issued "c2002.".
• catalog language "eng".
• catalog publisher "Budapest : Akadémiai Kiadó,".
• catalog relation "Structure of atomic nuclei.".
• catalog subject "Nuclear models.".
• catalog subject "Nuclear structure.".
• catalog subject "QC793.3.S8 F46 2002".
• catalog tableOfContents "App. A. Occupation number representation -- App. B. Angular momentum algebra -- App. C. Symmetries, group theory, Lie groups -- App. D. Use of Lie algebra in nuclear structure physics.".
• catalog tableOfContents "I. Introduction -- I.1. Historical development of nuclear structure research -- I.2. Motivation of nuclear structure research -- II. Fundamental Properties of Nuclei, Nuclear Forces and Level Schemes -- II.1. Properties of nuclei -- II.2. Nuclear forces, nucleon-nucleon interaction -- II.3. Main properties of nuclear level systems -- III. Statistical Nuclear Models. Fermi-Gas Model -- III.1. Introduction. Basic assumptions -- III.2. Global properties of energy levels -- III.3. Local properties: level density fluctuations -- IV. Independent Particle Model -- IV.1. Closed shells in atomic nuclei -- IV.2. Independent particle model. Theory: wave functions, energy levels -- IV.3. Independent particle model: comparison with experiment -- IV.4. Electromagnetic transitions. Single particle transition rates -- IV.5. Electromagnetic moments. Single particle estimates -- V. Shell Model: Two-Nucleon Configurations -- V.1. Perturbation theory. Configuration mixing -- ".
• catalog tableOfContents "V.2. Empirical two-nucleon matrix elements -- V.3. Two-body matrix elements from schematic interactions -- V.4. Two-body matrix elements from realistic interactions -- V.5. Particles and holes. Pandya transformation -- VI. Shell Model: Multiparticle Configurations -- VI.1. j[superscript n] configurations of identical nucleons -- VI.2. Seniority scheme -- VI.3. Pairing correlations. BCS approximation. Quasiparticle calculations -- VI.4. Cluster models -- VII. Vibrations of the Nuclear Core. Particle-Hole Excitations -- VII.1. Introduction, general considerations -- VII.2. Tamm-Dancoff approximation -- VII.3. Random phase approximation -- VII.4. Pairing plus quadrupole model -- VIII. Shell Model of Deformed Nuclei -- VIII.1. Deformation of atomic nuclei. Experimental evidences -- VIII.2. Description of nuclear deformation -- VIII.3. Nilsson model -- VIII.4. Deformed shell model: further developments -- ".
• catalog tableOfContents "VIII.5. Strutinsky shell correction to liquid drop model: total energy of the nucleus -- IX. Vibration in Spherical Nuclei -- IX.1. Experimental evidences of surface vibration -- IX.2. Vibration in even-even spherical nuclei -- IX.3. Vibration in odd-A spherical nuclei -- IX.4. Vibration in odd-odd spherical nuclei -- IX.5. Giant resonances -- X. Rotational Excitations -- X.1. Basic experimental facts -- X.2. Low and intermediate spin states (I [is equal to or less then] 20-30 [actual symbol not reproducible]) -- X.3. High spin states (I [is equal to or greater than] 20-30 [actual symbol not reproducible]) -- XI. Interacting Boson Models -- XI.1. Introduction -- XI.2. Interacting boson model-1 -- XI.3. Interacting boson model-2 -- XI.4. Further versions of IBM -- XII. Interacting Boson-Fermion Models -- XII.1. Interacting boson-fermion model-1 -- XII.2. Interacting boson-fermion model-2 and -3, -4 -- XII.3. Microscopic foundation of IB(F)M -- ".
• catalog title "Structure of atomic nuclei / Tibor Fényes.".
• catalog type "text".