Abstract
The theoretical analysis of positive parity states is carried out. Calculations in the framework of the phenomenological model taking into account the mixing of K{sup n}=0{sub 1}{sup +}, 0{sub 2}{sup +}, 0{sub 3}{sup +}, 2{sub 1}{sup +} and experimentally studied K{sup n}=1{sup +}-band states have been done. The values of monopole matrix element {rho}(E0) are estimated. 21 refs.; 2 figs.; 10 tabs.
Gromov, K Ya;
[1]
Usmanov, P N;
[2]
Kholmatov, A Kh;
Butabaev, Yu S;
Niyazov, R A
[3]
- Joint Inst. for Nuclear Research, Dubna (Russian Federation). Lab. of Nuclear Problems
- AN Uzbekskoj SSR, Tashkent (Uzbekistan). Inst. Yadernoj Fiziki
- Tashkentskij Gosudarstvennyj Univ., Tashkent (Uzbekistan)
Citation Formats
Gromov, K Ya, Usmanov, P N, Kholmatov, A Kh, Butabaev, Yu S, and Niyazov, R A.
Nonadiabaticies of monopole and quandrupole transitins in {sup 156}Gd; Neadiabatichnosti monopol`nykh i kvadrupol`nykh perekhodov v {sup 156}Gd.
JINR: N. p.,
1992.
Web.
Gromov, K Ya, Usmanov, P N, Kholmatov, A Kh, Butabaev, Yu S, & Niyazov, R A.
Nonadiabaticies of monopole and quandrupole transitins in {sup 156}Gd; Neadiabatichnosti monopol`nykh i kvadrupol`nykh perekhodov v {sup 156}Gd.
JINR.
Gromov, K Ya, Usmanov, P N, Kholmatov, A Kh, Butabaev, Yu S, and Niyazov, R A.
1992.
"Nonadiabaticies of monopole and quandrupole transitins in {sup 156}Gd; Neadiabatichnosti monopol`nykh i kvadrupol`nykh perekhodov v {sup 156}Gd."
JINR.
@misc{etde_10113838,
title = {Nonadiabaticies of monopole and quandrupole transitins in {sup 156}Gd; Neadiabatichnosti monopol`nykh i kvadrupol`nykh perekhodov v {sup 156}Gd}
author = {Gromov, K Ya, Usmanov, P N, Kholmatov, A Kh, Butabaev, Yu S, and Niyazov, R A}
abstractNote = {The theoretical analysis of positive parity states is carried out. Calculations in the framework of the phenomenological model taking into account the mixing of K{sup n}=0{sub 1}{sup +}, 0{sub 2}{sup +}, 0{sub 3}{sup +}, 2{sub 1}{sup +} and experimentally studied K{sup n}=1{sup +}-band states have been done. The values of monopole matrix element {rho}(E0) are estimated. 21 refs.; 2 figs.; 10 tabs.}
place = {JINR}
year = {1992}
month = {Dec}
}
title = {Nonadiabaticies of monopole and quandrupole transitins in {sup 156}Gd; Neadiabatichnosti monopol`nykh i kvadrupol`nykh perekhodov v {sup 156}Gd}
author = {Gromov, K Ya, Usmanov, P N, Kholmatov, A Kh, Butabaev, Yu S, and Niyazov, R A}
abstractNote = {The theoretical analysis of positive parity states is carried out. Calculations in the framework of the phenomenological model taking into account the mixing of K{sup n}=0{sub 1}{sup +}, 0{sub 2}{sup +}, 0{sub 3}{sup +}, 2{sub 1}{sup +} and experimentally studied K{sup n}=1{sup +}-band states have been done. The values of monopole matrix element {rho}(E0) are estimated. 21 refs.; 2 figs.; 10 tabs.}
place = {JINR}
year = {1992}
month = {Dec}
}