Band Structure and Nuclear Dynamics. Proceedings of the International Conference on Band Structure and Nuclear Dynamics Tulane University, New Orleans

Content: 
Front Matter, Page v
Copyright, Page vi
ORGANIZING COMMITTEE, Page vii
ADVISORY COMMITTEE, Page vii
LOCAL ORGANIZING COMMITTEE, Page vii
PREFACE, Page ix
LIST OF VISITORS, Pages xiii-xvi
PERSPECTIVES IN THE THEORY OF NUCLEAR COLLECTIVE MOTION, Pages 3-30, Abraham Klein
PRESENT STATUS OF THE VMI AND RELATED MODELS, Pages 31-50, Gertrude Scharff-Goldhaber
THE INTERACTING BOSON-FERMION MODEL, Pages 51-65, F. Iachello
BAND STRUCTURE IN STRONGLY DEFORMED NUCLEI, Pages 69-97, Rainer M. Lieder
STRUCTURE OF COLLECTIVE BANDS IN DEFORMED NUCLEI FROM THE MICROSCOPIC POINT OF VIEW, Pages 99-122, Raymond A. Sorensen
THE HARTREE-FOCK-BOGOLIUBOV THEORY OF HIGH-SPIN STATES, Pages 123-139, Alan L. Goodman
THE CRANKING MODEL APPLIED TO Yb BANDS AND BAND CROSSINGS, Pages 141-169, L.L. Riedinger
SURVEY OF EXPERIMENTAL TESTS OF THE IBA MODEL, Pages 173-204, Richard F. Casten
SYMMETRIC ROTOR INTERPRETATION OF TRANSITIONAL NUCLEI, Pages 205-229, P.C. Simms, F.A. Rickey, R.K. Popli
ELECTROMAGNETIC PROPERTIES OF EXCITED BANDS, Pages 231-251, Juerg X. Saladin
HOW MICROSCOPIC BOSON MODELS WORK, Pages 253-271, E.R. Marshalek
PHENOMENA AT VERY HIGH SPINS, Pages 275-286, F.S. Stephens
NILSSON-STRUTINSKY MODEL OF VERY HIGH SPIN STATES, Pages 287-315, I. Ragnarsson, T. Bengtsson, G. Leander, S. Åberg
SELF-CONSISTENT THEORY OF VERY HIGH SPIN STATES, Pages 317-336, Ulrich Mosel
RELATION OF THE INTERACTING BOSON MODEL TO THE SHELL MODEL, Pages 339-357, Akito Arima
ANALYSIS OF NUCLEAR COLLECTIVE MOTIONS IN TERMS OF THE BOSON EXPANSION THEORY, Pages 359-387, T. Tamura, K.J. Weeks, T. Kishimoto
ELECTRIC GIANT MULTIPOLE RESONANCES, Pages 389-403, J. Speth, J. Wambach
SOME QUESTIONS ON THE CORIOLIS FORCE, THE STRUCTURE OF ROTATIONAL STATES AND THE IBM, Pages 407-408, T.L. Khoo
The EBBs and flows of the collective tide, Pages 409-416, D.J. Rowe
REMAINING PROBLEMS IN NUCLEAR DYNAMICS, Pages 417-420, S. Pittel
REMARKS ABOUT ANGULAR MOMENTUM FLUCTUATIONS AND THE PARTICLE-PLUS-ROTOR MODEL AS COMPARED TO THE SELF-CONSISTENT CRANKING MODEL, Pages 421-425, H.J. Mang
AUTHOR INDEX, Page 427