Abstract
The main results of an analysis of the average parameters for {gamma}-decay cascades of compound states in complex nuclei, after thermal neutron capture are presented. The experimental data of nuclear level densities, for certain J{pi}, at excitation energies above 2 MeV are compared with that predicted by two different theoretical models. Cascade intensities measured over the entire excitation energy range, from the ground state up to the neutron binding energy, are compared with different model predictions. Conclusions about the radiative partial width enhancements for transitions between the compound state and high-lying excited states are given. The problems of estimating the actual temperature of excited nuclei, and of the experimental possibilities to observe phase transitions and their influence on gamma-decay modes are discussed. 12 figs., 2 tabs.
Ali, M A;
[1]
Khitrov, V A;
Sukhovoj, A M;
Vojnov, A V
[2]
- Nuclear Physics Department, Nuclear Research Center, Atomic Energy Authority, Cairo, (Egypt)
- Joint Institute for Nuclear Research Frank Laboratory of Neutron Physics, Dubna, (Russian Federation)
Citation Formats
Ali, M A, Khitrov, V A, Sukhovoj, A M, and Vojnov, A V.
Possibilities of determining the main peculiarities of {gamma}-decay cascades in heavy nuclei. Vol. 2.
Egypt: N. p.,
1996.
Web.
Ali, M A, Khitrov, V A, Sukhovoj, A M, & Vojnov, A V.
Possibilities of determining the main peculiarities of {gamma}-decay cascades in heavy nuclei. Vol. 2.
Egypt.
Ali, M A, Khitrov, V A, Sukhovoj, A M, and Vojnov, A V.
1996.
"Possibilities of determining the main peculiarities of {gamma}-decay cascades in heavy nuclei. Vol. 2."
Egypt.
@misc{etde_456062,
title = {Possibilities of determining the main peculiarities of {gamma}-decay cascades in heavy nuclei. Vol. 2}
author = {Ali, M A, Khitrov, V A, Sukhovoj, A M, and Vojnov, A V}
abstractNote = {The main results of an analysis of the average parameters for {gamma}-decay cascades of compound states in complex nuclei, after thermal neutron capture are presented. The experimental data of nuclear level densities, for certain J{pi}, at excitation energies above 2 MeV are compared with that predicted by two different theoretical models. Cascade intensities measured over the entire excitation energy range, from the ground state up to the neutron binding energy, are compared with different model predictions. Conclusions about the radiative partial width enhancements for transitions between the compound state and high-lying excited states are given. The problems of estimating the actual temperature of excited nuclei, and of the experimental possibilities to observe phase transitions and their influence on gamma-decay modes are discussed. 12 figs., 2 tabs.}
place = {Egypt}
year = {1996}
month = {Mar}
}
title = {Possibilities of determining the main peculiarities of {gamma}-decay cascades in heavy nuclei. Vol. 2}
author = {Ali, M A, Khitrov, V A, Sukhovoj, A M, and Vojnov, A V}
abstractNote = {The main results of an analysis of the average parameters for {gamma}-decay cascades of compound states in complex nuclei, after thermal neutron capture are presented. The experimental data of nuclear level densities, for certain J{pi}, at excitation energies above 2 MeV are compared with that predicted by two different theoretical models. Cascade intensities measured over the entire excitation energy range, from the ground state up to the neutron binding energy, are compared with different model predictions. Conclusions about the radiative partial width enhancements for transitions between the compound state and high-lying excited states are given. The problems of estimating the actual temperature of excited nuclei, and of the experimental possibilities to observe phase transitions and their influence on gamma-decay modes are discussed. 12 figs., 2 tabs.}
place = {Egypt}
year = {1996}
month = {Mar}
}