Abstract
The possibility of study process of nuclear gamma-rays emission from excited states by means of gamma-rays multiplicity spectra A({nu}) was investigated in present work. This question are considered on example of the multiplicity spectra calculation from decay of the 4{sup +} state of nuclear {sup 87}Sr formed in slow neutrons capture. The calculations was performed for single particle and collective (giant photonuclear resonance) approaches to describe of the emission process. The comparison A({nu}) obtained with using of single-particle (S) and collective (G) models point out of the possibility of using the method of multiplicity spectrometry for choice of the proper approach to describe of the compound nuclear gamma-emission. 23 refs.; 6 figs.; 10 tabs.
Citation Formats
Shchepkin, Yu G.
Multiplicity spectra and nuclear models of gamma emission; Spektry mnozhestvennosti i modeli gamma-izlucheniya yader.
Ukraine: N. p.,
1989.
Web.
Shchepkin, Yu G.
Multiplicity spectra and nuclear models of gamma emission; Spektry mnozhestvennosti i modeli gamma-izlucheniya yader.
Ukraine.
Shchepkin, Yu G.
1989.
"Multiplicity spectra and nuclear models of gamma emission; Spektry mnozhestvennosti i modeli gamma-izlucheniya yader."
Ukraine.
@misc{etde_10145705,
title = {Multiplicity spectra and nuclear models of gamma emission; Spektry mnozhestvennosti i modeli gamma-izlucheniya yader}
author = {Shchepkin, Yu G}
abstractNote = {The possibility of study process of nuclear gamma-rays emission from excited states by means of gamma-rays multiplicity spectra A({nu}) was investigated in present work. This question are considered on example of the multiplicity spectra calculation from decay of the 4{sup +} state of nuclear {sup 87}Sr formed in slow neutrons capture. The calculations was performed for single particle and collective (giant photonuclear resonance) approaches to describe of the emission process. The comparison A({nu}) obtained with using of single-particle (S) and collective (G) models point out of the possibility of using the method of multiplicity spectrometry for choice of the proper approach to describe of the compound nuclear gamma-emission. 23 refs.; 6 figs.; 10 tabs.}
place = {Ukraine}
year = {1989}
month = {Dec}
}
title = {Multiplicity spectra and nuclear models of gamma emission; Spektry mnozhestvennosti i modeli gamma-izlucheniya yader}
author = {Shchepkin, Yu G}
abstractNote = {The possibility of study process of nuclear gamma-rays emission from excited states by means of gamma-rays multiplicity spectra A({nu}) was investigated in present work. This question are considered on example of the multiplicity spectra calculation from decay of the 4{sup +} state of nuclear {sup 87}Sr formed in slow neutrons capture. The calculations was performed for single particle and collective (giant photonuclear resonance) approaches to describe of the emission process. The comparison A({nu}) obtained with using of single-particle (S) and collective (G) models point out of the possibility of using the method of multiplicity spectrometry for choice of the proper approach to describe of the compound nuclear gamma-emission. 23 refs.; 6 figs.; 10 tabs.}
place = {Ukraine}
year = {1989}
month = {Dec}
}