Abstract
Because they are brittle, unstable light nuclei can produce an annular diffraction pattern observed on their decay products with large cross sections. With such a simple model, the {sup 9}Li angular distribution observed in the {sup 11}Li fragmentation have been reproduced together with the reaction cross-section and the fragmentation yield provided recoil effects from neutron emission are included. It results that for this projectile and for light targets, diffraction is the main source of transverse momentum for {sup 9}Li whereas for neutrons it originates from its emission energy in the {sup 11}Li center of mass.
Citation Formats
Roussel, P, Bacri, C O, and Clapier, F.
Annular diffraction of very unstable light nuclei; Diffraction annulaire de noyaux legers tres instables.
France: N. p.,
1992.
Web.
Roussel, P, Bacri, C O, & Clapier, F.
Annular diffraction of very unstable light nuclei; Diffraction annulaire de noyaux legers tres instables.
France.
Roussel, P, Bacri, C O, and Clapier, F.
1992.
"Annular diffraction of very unstable light nuclei; Diffraction annulaire de noyaux legers tres instables."
France.
@misc{etde_10127441,
title = {Annular diffraction of very unstable light nuclei; Diffraction annulaire de noyaux legers tres instables}
author = {Roussel, P, Bacri, C O, and Clapier, F}
abstractNote = {Because they are brittle, unstable light nuclei can produce an annular diffraction pattern observed on their decay products with large cross sections. With such a simple model, the {sup 9}Li angular distribution observed in the {sup 11}Li fragmentation have been reproduced together with the reaction cross-section and the fragmentation yield provided recoil effects from neutron emission are included. It results that for this projectile and for light targets, diffraction is the main source of transverse momentum for {sup 9}Li whereas for neutrons it originates from its emission energy in the {sup 11}Li center of mass.}
place = {France}
year = {1992}
month = {Sep}
}
title = {Annular diffraction of very unstable light nuclei; Diffraction annulaire de noyaux legers tres instables}
author = {Roussel, P, Bacri, C O, and Clapier, F}
abstractNote = {Because they are brittle, unstable light nuclei can produce an annular diffraction pattern observed on their decay products with large cross sections. With such a simple model, the {sup 9}Li angular distribution observed in the {sup 11}Li fragmentation have been reproduced together with the reaction cross-section and the fragmentation yield provided recoil effects from neutron emission are included. It results that for this projectile and for light targets, diffraction is the main source of transverse momentum for {sup 9}Li whereas for neutrons it originates from its emission energy in the {sup 11}Li center of mass.}
place = {France}
year = {1992}
month = {Sep}
}