Chapters in this book

1. Frontmatter I
2. PREFACE V
3. CONTENTS IX
4. SECTION 1. THEORIES OF THE STRUCTURE AND SYSTEMATICS OF NUCLEAR STATES
5. HARTREE-FOCK THEORY AND COLLECTIVE MOTION 3
6. THEORIES OF COLLECTIVE MOTION 38
7. EQUATIONS OF MOTION APPROACH TO NUCLEAR SPECTROSCOPY 101
8. NUCLEAR SYMMETRIES AND DISTRIBUTIONS 154
9. FOLDED DIAGRAMS 205
10. SECTION 2. CLUSTERING AND FISSION PHYSICS
11. THE DROPLET MODEL 233
12. BINARY CLUSTERING WITH REFERENCE TO FISSION 258
13. SHELL MODEL, QUARTETS AND CLUSTERS IN LIGHT NUCLEI 292
14. EXPERIMENTAL EVIDENCE FOR ALPHA PARTICLE CLUSTER STATES IN THE REGION ¹⁶O to ²⁰Ne 310
15. PROMPT AND DELAYED PHOTOFISSION 326
16. EXPERIMENTS ON PHOTOFISSION IN HEAVY ELEMENTS 346
17. SECTION 3. ROLE OF NUCLEAR DYNAMICS IN ELEMENT FORMATION
18. NUCLEOSYNTHESIS AND THE FORMATION OF SUPERHEAVY ELEMENTS 365
19. SECTION 4. NUCLEAR STRUCTURE USING ELECTROMAGNETIC EXCITATION
20. ELASTIC AND INELASTIC ELECTRON SCATTERING MEASUREMENTS, EXTENDED NILSSON MODEL AND PROJECTED HARTREE-FOCK 420
21. GAMMA SPECTROSCOPY WITH HEAVY IONS 449
22. MEASUREMENT OF ELECTROMAGNETIC TRANSITION PROBABILITIES WITH THE COULOMB EXCITATION METHOD 477
23. SECTION 5. NUCLEAR STRUCTURE AND INTERMEDIATE ENERGY PHYSICS
24. SELECTED TOPICS IN INTERMEDIATE ENERGY PHYSICS 509
25. EXPERIMENTS AT MESON FACTORIES 542
26. SECTION 6. CONTRIBUTED PAPERS
27. ON THE FOUNDATIONS OF THE VMI MODELS 561
28. A NEW CRANKING MODEL FOR THE SOLUTION OF THE LARGE AMPLITUDE, NON-ADIABATIC TDHF EQUATIONS 562
29. PROPERTIES OF TWO-BODY RANDOM HAMILTONIAN ENSEMBLES 563
30. APPLICATION OF SPECTRAL DISTRIBUTIONS METHOD TO QUASI-PARTICLE SUBSPACES 564
31. ANHARMONIC VIBRATIONS 565
32. STRUTINSKY CALCULATION FOR LIGHT NUCLEI 566
33. ISOSPIN SPLITIING OF THE GIANT RESONANCE 567
34. SHORT RANGE CORRELATIONS AND (y,p)/(e,e'p) REACTIONS AT INTERMEDIATE ENERGIES 568
35. GAS SCINTILLATION COUNTERS 569
36. SECTION 7. SUMMARY
37. CONFERENCE HIGHLIGHTS 571
38. PARTICIPANTS 581