Abstract
In the present thesis deviations from model predictions, which had been resulted in earlier studies at heavy ion reactions at inceident energies at the Coulomb barrier, should be further studied. For this the reaction {sup 51}V+{sup 197}Au was studied exactly on the barrier and at an incident energy increased by 25 MeV. The reaction products were captured in a copper foil, in a comprehensive chemical separation procedure separated, and {gamma}-spectroscopically studied. From the {gamma} decay rates cross sections for about 270 isotopes of the elements potassium to polonium were determined.
Citation Formats
Klein, P.
Partitioning of the excitation energy on the fragments from nucleus-nucleus collisions of {sup 51}V and {sup 197}Au at the Coulomb barrier; Aufteilung der Anregungsenergie auf die Fragmente aus Kern-Kern-Stoessen von {sup 51}V und {sup 197}Au an der Coulombbarriere.
Germany: N. p.,
1993.
Web.
Klein, P.
Partitioning of the excitation energy on the fragments from nucleus-nucleus collisions of {sup 51}V and {sup 197}Au at the Coulomb barrier; Aufteilung der Anregungsenergie auf die Fragmente aus Kern-Kern-Stoessen von {sup 51}V und {sup 197}Au an der Coulombbarriere.
Germany.
Klein, P.
1993.
"Partitioning of the excitation energy on the fragments from nucleus-nucleus collisions of {sup 51}V and {sup 197}Au at the Coulomb barrier; Aufteilung der Anregungsenergie auf die Fragmente aus Kern-Kern-Stoessen von {sup 51}V und {sup 197}Au an der Coulombbarriere."
Germany.
@misc{etde_10121519,
title = {Partitioning of the excitation energy on the fragments from nucleus-nucleus collisions of {sup 51}V and {sup 197}Au at the Coulomb barrier; Aufteilung der Anregungsenergie auf die Fragmente aus Kern-Kern-Stoessen von {sup 51}V und {sup 197}Au an der Coulombbarriere}
author = {Klein, P}
abstractNote = {In the present thesis deviations from model predictions, which had been resulted in earlier studies at heavy ion reactions at inceident energies at the Coulomb barrier, should be further studied. For this the reaction {sup 51}V+{sup 197}Au was studied exactly on the barrier and at an incident energy increased by 25 MeV. The reaction products were captured in a copper foil, in a comprehensive chemical separation procedure separated, and {gamma}-spectroscopically studied. From the {gamma} decay rates cross sections for about 270 isotopes of the elements potassium to polonium were determined.}
place = {Germany}
year = {1993}
month = {Oct}
}
title = {Partitioning of the excitation energy on the fragments from nucleus-nucleus collisions of {sup 51}V and {sup 197}Au at the Coulomb barrier; Aufteilung der Anregungsenergie auf die Fragmente aus Kern-Kern-Stoessen von {sup 51}V und {sup 197}Au an der Coulombbarriere}
author = {Klein, P}
abstractNote = {In the present thesis deviations from model predictions, which had been resulted in earlier studies at heavy ion reactions at inceident energies at the Coulomb barrier, should be further studied. For this the reaction {sup 51}V+{sup 197}Au was studied exactly on the barrier and at an incident energy increased by 25 MeV. The reaction products were captured in a copper foil, in a comprehensive chemical separation procedure separated, and {gamma}-spectroscopically studied. From the {gamma} decay rates cross sections for about 270 isotopes of the elements potassium to polonium were determined.}
place = {Germany}
year = {1993}
month = {Oct}
}