فیزیک هسته ای، ذرات و چند ذره ای ۲۰۱۲
Nuclear, Particle and Many Body Physics 2012

1. Cover image

2. Title page

3. Table of Contents

4. Copyright

5. Dedication

6. Preface

7. Eulogy

8. Recollections of Amos de-Shalit

9. List of Publications

10. Chapter 1: Chemical Binding in Classical Coulomb Lattices

11. Chapter 2: Algebraic Treatment of Subsidiary Conditions in Dual Resonance Models

12. Chapter 3: Energy Levels of Tm168

13. Chapter 4: A Shell–Model Analysis of ∧ Binding Energies for the p–Shell Hypernuclei: I. Basic Formulas and Matrix Elements for ΛN and ΛNN Forces

14. Chapter 5: The Complete Schwarzschild Solution

15. Chapter 6: Many-Particle Shell Model Calculation of Electromagnetic Transition Rates and Multipole Moments in A = 30–34 Nuclei

16. Chapter 7: Partial Width Correlations and Common Doorway States

17. Chapter 8: s1/2 Doublets in Hypernuclear and Nuclear Physics

18. Chapter 9: Quark Selection Principle. II. Pseudoscalar Meson Form Factor

19. Chapter 10: Reaction Symmetries for Multiplet Production

20. Chapter 11: Multiple-Scattering Theory for Pion–Nucleus Scattering Near the 3,3 Resonance

21. Chapter 12: On the Investigation of Nucleon–Nucleon Correlations by Means of High–Energy Scattering

22. Chapter 13: Fully Consistent Phase Conventions in Angular Momentum Theory

23. Chapter 14: Sum Rules, Dynamic Form Factor, and Elementary Excitations in Liquid 4He

24. Chapter 15: Weak Interactions at High Energies

25. Chapter 16: Nonstatic Second Order Contribution to the Elastic Electron–Nucleus Scattering

26. Chapter 17: Elastic Hadronic Processes, Duality and Absorption

27. Chapter 18: Collective Energies from Momentum– and Angular Momentum–Projected Determinantal Wavefunctions

28. Chapter 19: An Intrinsically Self-Conjugate Boson Structure: The Symplecton

29. Chapter 20: Generalized O(2,1) Expansion for Asymptotically Growing Amplitudes

30. Chapter 21: Properties of Multi-Particle Spaces

31. Chapter 22: A Soluble Model for a System with Negative Specific Heat

32. Chapter 23: The Relation Between Classical and Quantum Mechanical Rigid Motion

33. Chapter 24: High Energy Diffractive Dissociation of Pions and the A1

34. Chapter 25: Coulomb Excitation of 197Au and a Core-Excitation Analysis

35. Chapter 26: Axial Vector Nuclear Sum Rules and Exchange Effects

36. Chapter 27: Deorientation Measurement in 20Ne

37. Chapter 28: Quantum Mechanics with Constraints

38. Chapter 29: Asymptotic Evaluation of the Green’s Function for Large Quantum Numbers

39. Chapter 30: Electric–Quadrupole Isomers in 90Nb and 92Tc

40. Chapter 31: Some Aspects on the Magnetic-Dipole Moments of States in Near-Spherical Nuclei

41. Chapter 32: Dips and Spikes in dσ/dt for High Energy Exchange Reactions

42. Chapter 33: A Qualitative Description of the Spectra 17O and 41Ca

43. AUTHOR INDEX

44. SUBJECT INDEX