Titlebook: Resonances in Few-Body Systems; Proceedings of the I András T. Kruppa,Rezső G. Lovas Conference proceedings 2002 Springer-Verlag Wien 2002

phytochemicals

GEST

Zero-Energy Resonance Effects in Break-up Collisions the study of elastic two-particles collisions at extremely low-energies. We illustrate these general ideas by showing that the “electron capture to the continuum” cusp in the ionization of atoms by neutral projectiles can be understood in terms of a resonance mechanism. This approach allows for the

伟大

Bound Excited States and Resonances of Positronium Moleculeculate the precise energies of the bound states. A primary decay mode of the bound states is 2γ pair annihilation and other decay branches are small except for the electric dipole transition between the . state and the ground state of the positronium molecule. We calculate the resonance states with

aerial

Study of Resonant States in Halo Nucleil assuming a single frozen configuration for the core cluster. At the second stage (II), we take into account the configuration mixing of the core cluster and solve the coupling between motion of valence neutrons and nuclear correlations of the core cluster in a coupled channel framework. In studies

易受骗

Nuclear Resonances by Extrapolation of Bound States the S-matrix pole as a function of a potential strength from the boundstate to the unbound-state region. The performance of the ACCC method has been found to be excellent and independent of the nature of the decay channel and of the ratio of the imaginary to the real part of the complex energy. Som

outskirts

Resonances in He Isotopesnism of .He and predict three resonances such as 2.., 1. and 0... Furthermore, we apply the complex scaling method in order to study .He, which is expected to have a .He+.;+.; three body resonant structure.

Ordnance

filial

OGLE

Few-Body Resonances in Light Nuclei results, we predict the existence of a three-neutron resonance, small spin-orbit splittings between the low-lying states in .He and .Li, the nonexistence of the soft dipole resonance in .He, new 1. states in .Li and .B, and the presence of a nonlinear amplification phenomenon in the O..state of .C.

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