Abstract
An investigation of the order and chaos of the nuclear excited states has shown that there is order in the large and chaos in the small quasiparticle or phonon components of the nuclear wave functions. The order-to-chaos transition is treated as a transition from the large to the small components of the nuclear wave function. The analysis has shown that relatively large many-quasiparticle components of the wave function at an excitation energy (4-8)MeV may exist. The large many-quasiparticle components of the wave functions of the neutron resonances are responsible for enhanced E1-, M1- and E2-transition probabilities from neutron resonance to levels lying (1-2)MeV below them. (author).
Soloviev, V G
[1]
- Joint Inst. for Nuclear Research, Dubna (Russian Federation)
Citation Formats
Soloviev, V G.
Order in large and chaos in small components of nuclear wave functions.
Japan: N. p.,
1992.
Web.
Soloviev, V G.
Order in large and chaos in small components of nuclear wave functions.
Japan.
Soloviev, V G.
1992.
"Order in large and chaos in small components of nuclear wave functions."
Japan.
@misc{etde_10130331,
title = {Order in large and chaos in small components of nuclear wave functions}
author = {Soloviev, V G}
abstractNote = {An investigation of the order and chaos of the nuclear excited states has shown that there is order in the large and chaos in the small quasiparticle or phonon components of the nuclear wave functions. The order-to-chaos transition is treated as a transition from the large to the small components of the nuclear wave function. The analysis has shown that relatively large many-quasiparticle components of the wave function at an excitation energy (4-8)MeV may exist. The large many-quasiparticle components of the wave functions of the neutron resonances are responsible for enhanced E1-, M1- and E2-transition probabilities from neutron resonance to levels lying (1-2)MeV below them. (author).}
place = {Japan}
year = {1992}
month = {Jun}
}
title = {Order in large and chaos in small components of nuclear wave functions}
author = {Soloviev, V G}
abstractNote = {An investigation of the order and chaos of the nuclear excited states has shown that there is order in the large and chaos in the small quasiparticle or phonon components of the nuclear wave functions. The order-to-chaos transition is treated as a transition from the large to the small components of the nuclear wave function. The analysis has shown that relatively large many-quasiparticle components of the wave function at an excitation energy (4-8)MeV may exist. The large many-quasiparticle components of the wave functions of the neutron resonances are responsible for enhanced E1-, M1- and E2-transition probabilities from neutron resonance to levels lying (1-2)MeV below them. (author).}
place = {Japan}
year = {1992}
month = {Jun}
}