Abstract
The results of calculations of charged particle induced reactions for the production of radioisotopes {sup 123}I, {sup 123}Cs, {sup 123}Xe are discussed. The excitation functions for reactions {sup 124}Xe(p,2n), {sup 124}Xe(d,3n), {sup 124}Xe(p,pn+np), {sup 127}I(p,5n), {sup 124}Xe(d,p2n), {sup 123}Te(p,n), {sup 124}Te(p,2n), {sup 121}Sb({alpha},2n){sup 123}I are calculated on the base of statistical model in energy range up to 80 MeV. The agreement between the calculations and experiment is reasonable as a rule. It is shown, that taking account of the radiative channel is very important near threshold, particularly for neutron deficient nuclei. The analysis performed showed that the calculations with code ALICE can serve as a reasonable evaluation for the excitation functions of various reactions, if they are tested by experiment and by comparison of relevant computer codes. 55 refs.; 9 figs.; 10 tabs.
Citation Formats
Dovbenko, A G, Kurenkov, N V, Lunev, V P, Malinin, A B, Masterov, V S, and Shubin, Yu N.
Excitation of the reaction of {sup 123}I, {sup 123}Xe and {sup 123}Cs radionuclides production. Experimantal and calculational data; Funktsii vozbuzhdeniya reaktsij s obrazovaniem radionuklidov {sup 123}I, {sup 123}Xe i {sup 123}Cs; Ehksperimental`nye i raschetnye dannye.
Russian Federation: N. p.,
1991.
Web.
Dovbenko, A G, Kurenkov, N V, Lunev, V P, Malinin, A B, Masterov, V S, & Shubin, Yu N.
Excitation of the reaction of {sup 123}I, {sup 123}Xe and {sup 123}Cs radionuclides production. Experimantal and calculational data; Funktsii vozbuzhdeniya reaktsij s obrazovaniem radionuklidov {sup 123}I, {sup 123}Xe i {sup 123}Cs; Ehksperimental`nye i raschetnye dannye.
Russian Federation.
Dovbenko, A G, Kurenkov, N V, Lunev, V P, Malinin, A B, Masterov, V S, and Shubin, Yu N.
1991.
"Excitation of the reaction of {sup 123}I, {sup 123}Xe and {sup 123}Cs radionuclides production. Experimantal and calculational data; Funktsii vozbuzhdeniya reaktsij s obrazovaniem radionuklidov {sup 123}I, {sup 123}Xe i {sup 123}Cs; Ehksperimental`nye i raschetnye dannye."
Russian Federation.
@misc{etde_10113831,
title = {Excitation of the reaction of {sup 123}I, {sup 123}Xe and {sup 123}Cs radionuclides production. Experimantal and calculational data; Funktsii vozbuzhdeniya reaktsij s obrazovaniem radionuklidov {sup 123}I, {sup 123}Xe i {sup 123}Cs; Ehksperimental`nye i raschetnye dannye}
author = {Dovbenko, A G, Kurenkov, N V, Lunev, V P, Malinin, A B, Masterov, V S, and Shubin, Yu N}
abstractNote = {The results of calculations of charged particle induced reactions for the production of radioisotopes {sup 123}I, {sup 123}Cs, {sup 123}Xe are discussed. The excitation functions for reactions {sup 124}Xe(p,2n), {sup 124}Xe(d,3n), {sup 124}Xe(p,pn+np), {sup 127}I(p,5n), {sup 124}Xe(d,p2n), {sup 123}Te(p,n), {sup 124}Te(p,2n), {sup 121}Sb({alpha},2n){sup 123}I are calculated on the base of statistical model in energy range up to 80 MeV. The agreement between the calculations and experiment is reasonable as a rule. It is shown, that taking account of the radiative channel is very important near threshold, particularly for neutron deficient nuclei. The analysis performed showed that the calculations with code ALICE can serve as a reasonable evaluation for the excitation functions of various reactions, if they are tested by experiment and by comparison of relevant computer codes. 55 refs.; 9 figs.; 10 tabs.}
place = {Russian Federation}
year = {1991}
month = {Dec}
}
title = {Excitation of the reaction of {sup 123}I, {sup 123}Xe and {sup 123}Cs radionuclides production. Experimantal and calculational data; Funktsii vozbuzhdeniya reaktsij s obrazovaniem radionuklidov {sup 123}I, {sup 123}Xe i {sup 123}Cs; Ehksperimental`nye i raschetnye dannye}
author = {Dovbenko, A G, Kurenkov, N V, Lunev, V P, Malinin, A B, Masterov, V S, and Shubin, Yu N}
abstractNote = {The results of calculations of charged particle induced reactions for the production of radioisotopes {sup 123}I, {sup 123}Cs, {sup 123}Xe are discussed. The excitation functions for reactions {sup 124}Xe(p,2n), {sup 124}Xe(d,3n), {sup 124}Xe(p,pn+np), {sup 127}I(p,5n), {sup 124}Xe(d,p2n), {sup 123}Te(p,n), {sup 124}Te(p,2n), {sup 121}Sb({alpha},2n){sup 123}I are calculated on the base of statistical model in energy range up to 80 MeV. The agreement between the calculations and experiment is reasonable as a rule. It is shown, that taking account of the radiative channel is very important near threshold, particularly for neutron deficient nuclei. The analysis performed showed that the calculations with code ALICE can serve as a reasonable evaluation for the excitation functions of various reactions, if they are tested by experiment and by comparison of relevant computer codes. 55 refs.; 9 figs.; 10 tabs.}
place = {Russian Federation}
year = {1991}
month = {Dec}
}