Collective motion and nuclear dynamics : Predeal International Summer School, Predeal, Romania, 28 August-9 September 1995 /editors, A.A. Raduta, D.S. Delion & I.I. Ursu
著者
書誌事項
Collective motion and nuclear dynamics : Predeal International Summer School, Predeal, Romania, 28 August-9 September 1995 /editors, A.A. Raduta, D.S. Delion & I.I. Ursu
World Scientific, c1996
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注記
Includes bibliographies
内容説明・目次
内容説明
These proceedings contain selected topics covering various fields of collective motion and nuclear dynamics, ranging from low to high energies, from nuclear structure to reaction mechanisms, from regular stable to chaotic systems, and from fragmentation to fusion. Several ways of investigating the nuclear systems are presented: electron scattering radioactive beams, fragmenting projectiles, beta and double beta decays, and cluster emission. Their behaviour, under some extreme situations such as superdeformation, high spin states, high temperature, and relativisitic energy, is described within various theoretical formalisms.
目次
- Collective motion in hot nuclei, R. Broglia
- physics with radioactive beams near the drip line, R.F. Casten
- periodic system into new dimension of antimatter and strangeness, W. Greiner
- what can be learned from electron scattering on nuclei, M. de Guerra
- M1 excitation in deformed nuclei - theoretical survey, N. Loiudice
- nuclear structure of exotic nuclei studied by projectile fragmentation, T. Kobayashi
- superdeformation and high spin states with GASP, S. Lunard
- semiclassical description of collective modes, J. Providencia
- spin flip structure of the GT resonance, a new suppression mechanism for double beta decay rate, A.A. Raduta
- nonlinearity of the nuclear surface, solitons and breathers, A. Sandulescu
- semiclassical aspects of nuclear dynamics - new results for the two body green function, P. Shuck
- recent developments in relativistic theory of nuclear structure, M. Sharma
- description of non rotational states in deformed nuclei - order and chaos in terms of nuclear wave functions, V.G. Soloviov
- response function of hot nuclear matter, D. Vautherin.
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