Abstract
Energies and excitation probabilities of collective 1{sup -}-states are calculated with Skirme forces. The method of Wigner function moments is used with octupole Fermi surface deformation. We go out of the frame of long wave approximation taking into account {chi}{sup 2} terms in parametrization of nucleon displacements. So the possibility appeares to describe motion of the rotational and compressional types. 18 refs., 1 tab.
Bal`butsev, E B;
[1]
Listengarten, M A;
Unzhakova, A V
[2]
- Joint Inst. for Nuclear Research, Dubna (Russian Federation). Lab. of Theoretical Physics
- Leningradskij Gosudarstvennyj Univ., Leningrad (Russian Federation)
Citation Formats
Bal`butsev, E B, Listengarten, M A, and Unzhakova, A V.
Isoscalar dipole excitations and toroidal moments of atomic nuclei; Izoskalyarnye dipol`nye vozbuzhdeniya i toroidnye momenty atomnykh yader.
JINR: N. p.,
1993.
Web.
Bal`butsev, E B, Listengarten, M A, & Unzhakova, A V.
Isoscalar dipole excitations and toroidal moments of atomic nuclei; Izoskalyarnye dipol`nye vozbuzhdeniya i toroidnye momenty atomnykh yader.
JINR.
Bal`butsev, E B, Listengarten, M A, and Unzhakova, A V.
1993.
"Isoscalar dipole excitations and toroidal moments of atomic nuclei; Izoskalyarnye dipol`nye vozbuzhdeniya i toroidnye momenty atomnykh yader."
JINR.
@misc{etde_10138944,
title = {Isoscalar dipole excitations and toroidal moments of atomic nuclei; Izoskalyarnye dipol`nye vozbuzhdeniya i toroidnye momenty atomnykh yader}
author = {Bal`butsev, E B, Listengarten, M A, and Unzhakova, A V}
abstractNote = {Energies and excitation probabilities of collective 1{sup -}-states are calculated with Skirme forces. The method of Wigner function moments is used with octupole Fermi surface deformation. We go out of the frame of long wave approximation taking into account {chi}{sup 2} terms in parametrization of nucleon displacements. So the possibility appeares to describe motion of the rotational and compressional types. 18 refs., 1 tab.}
place = {JINR}
year = {1993}
month = {Dec}
}
title = {Isoscalar dipole excitations and toroidal moments of atomic nuclei; Izoskalyarnye dipol`nye vozbuzhdeniya i toroidnye momenty atomnykh yader}
author = {Bal`butsev, E B, Listengarten, M A, and Unzhakova, A V}
abstractNote = {Energies and excitation probabilities of collective 1{sup -}-states are calculated with Skirme forces. The method of Wigner function moments is used with octupole Fermi surface deformation. We go out of the frame of long wave approximation taking into account {chi}{sup 2} terms in parametrization of nucleon displacements. So the possibility appeares to describe motion of the rotational and compressional types. 18 refs., 1 tab.}
place = {JINR}
year = {1993}
month = {Dec}
}