Nuclear Structure : (In 2 Volumes)volume I: Single-particle Motionvolume Ii: Nuclear DeformationsWorld Scientific Publishing Company, 22 gen 1998 - 1256 pagine "The field has expanded in so many directions, in connection with the increase in accessible energy, angular momentum, and nuclear species, and the new phenomena, which have been revealed, have stimulated conceptual developments concerning the significant degrees of freedom and their interplay in nuclear dynamics ... it would be impossible for us to provide an assessment of this vastly expanded subject with anything like the degree of comprehensiveness aimed at in the original text. At the same time, this text continues to describe the basis for the understanding of nuclear structures as we see it today ..."foreword from the new prefaceAfter many years, this classic two-volume treatise is now available again in an unabridged reprint. These volumes present the basic features of nuclear structure in terms of an integration of collective and independent particle aspects and remain a foundation for current efforts in the field. Central to the book's value is an approach that recognizes the many connections between concepts of nuclear physics and those of other many-body systems, and that deals boldly with the interplay between theory and experiment. Aside from the main text, which provides a systematic exposition of the subject, there are sections labeled ';Illustrative Examples';, which present detailed analyses of experimental results and the manner in which they illuminate the concepts developed in the text. Many useful appendices on general theoretical tools are also included, covering topics such as angular momentum algebra, symmetry problems, statistical description of level densities, and theory of nuclear reactions and decays. |
Parole e frasi comuni
amplitude analysis angular momentum antisymmetric approximately associated axial axis binding energy closed shells coefficients components configurations contribution coordinates corresponding Coulomb cross sections decay deformation degrees of freedom dependence dipole discussion effect estimate even-even nuclei example excitation energy factor Fermi Fermi gas frequency given by Eq ground-state band Hamiltonian harmonic oscillator implies inertia interaction intrinsic invariance involving isobaric isospin isovector leading-order leptons level density m₁ matrix elements mesons moment of inertia moments multipole multipole moments Nuclear Phys nuclei nucleons observed obtained odd-A one-particle operator orbits pair correlations parameter parity particle permutation phase polarization proton quadrupole quantum numbers quasiparticle radial reactions relation representation represents resonance rotational band rotational motion scattering single-particle spectra spectrum spherical spin spin-orbit strength function structure symmetry Table tensor tion transformation transitions values variables vector vibrational wave functions yrast λμ