Abstract
The relativistic kinetic equations describing nuclear reactions at intermediate energies are obtained on the dynamical basis. These equations are analyzed and realized in several versions of the Cascade Exciton Model (CEM). The CEM assumes that reactions occur in three stages: the intranuclear cascade, pre-equilibrium and the evaporative ones. A large variety of experimental data on hadron- and photonuclear reactions in the bombarding energy range up to several GeV are analyzed in this approach. The contributions of different pion and photon absorption mechanisms and the relative role of different particle and photon production mechanisms in these reactions are estimated. The CEM describes adequately nuclear reactions at intermediate energies and has one of the best predictive powers as compared to other available modern models. 55 refs., 10 figs., 1 tab.
Mashnik, S G;
[1]
Smolyanskij, S A
[2]
- Joint Inst. for Nuclear Research, Dubna (Russian Federation). Lab. of Theoretical Physics
- Saratovskij Gosudarstvennyj Univ., Saratov (Russian Federation)
Citation Formats
Mashnik, S G, and Smolyanskij, S A.
The Cascade-Exciton Approach to Nuclear Reactions. (Foundation and Achievements).
JINR: N. p.,
1994.
Web.
Mashnik, S G, & Smolyanskij, S A.
The Cascade-Exciton Approach to Nuclear Reactions. (Foundation and Achievements).
JINR.
Mashnik, S G, and Smolyanskij, S A.
1994.
"The Cascade-Exciton Approach to Nuclear Reactions. (Foundation and Achievements)."
JINR.
@misc{etde_10125419,
title = {The Cascade-Exciton Approach to Nuclear Reactions. (Foundation and Achievements)}
author = {Mashnik, S G, and Smolyanskij, S A}
abstractNote = {The relativistic kinetic equations describing nuclear reactions at intermediate energies are obtained on the dynamical basis. These equations are analyzed and realized in several versions of the Cascade Exciton Model (CEM). The CEM assumes that reactions occur in three stages: the intranuclear cascade, pre-equilibrium and the evaporative ones. A large variety of experimental data on hadron- and photonuclear reactions in the bombarding energy range up to several GeV are analyzed in this approach. The contributions of different pion and photon absorption mechanisms and the relative role of different particle and photon production mechanisms in these reactions are estimated. The CEM describes adequately nuclear reactions at intermediate energies and has one of the best predictive powers as compared to other available modern models. 55 refs., 10 figs., 1 tab.}
place = {JINR}
year = {1994}
month = {Dec}
}
title = {The Cascade-Exciton Approach to Nuclear Reactions. (Foundation and Achievements)}
author = {Mashnik, S G, and Smolyanskij, S A}
abstractNote = {The relativistic kinetic equations describing nuclear reactions at intermediate energies are obtained on the dynamical basis. These equations are analyzed and realized in several versions of the Cascade Exciton Model (CEM). The CEM assumes that reactions occur in three stages: the intranuclear cascade, pre-equilibrium and the evaporative ones. A large variety of experimental data on hadron- and photonuclear reactions in the bombarding energy range up to several GeV are analyzed in this approach. The contributions of different pion and photon absorption mechanisms and the relative role of different particle and photon production mechanisms in these reactions are estimated. The CEM describes adequately nuclear reactions at intermediate energies and has one of the best predictive powers as compared to other available modern models. 55 refs., 10 figs., 1 tab.}
place = {JINR}
year = {1994}
month = {Dec}
}