6533b85afe1ef96bd12b9416

RESEARCH PRODUCT

Synthesis ofN=127isotones through (p,n) charge-exchange reactions induced by relativistic208Pb projectiles

A. I. MoralesS. PietriS. PietriJ. GerlL. CaceresD. DragosavacJ. AgramuntB. RubioD. Pérez-loureiroP. BoutachkovAlejandro AlgoraAlejandro AlgoraEnrique CasarejosEnrique CasarejosJ. BenlliureStanislav TashenovS. J. SteerAlison BruceI. KojouharovA. GadeaS. VermaS. VermaA. M. Denis BacelarM. GórskaN. AlkhomashiN. AlkhomashiF. MolinaZsolt PodolyakJ. GreboszG. F. FarrellyH. ShaffnerP. H. ReganP. DoornenbalH. Alvarez-polW. GelletlyH. J. Wollersheim

subject

PhysicsChemical kineticsNuclear reactionNuclear and High Energy PhysicsIsotopeNeutron emissionr-processProduction (computer science)Isotopes of goldNuclideAtomic physics

description

The production cross sections of four N=127 isotones ({sup 207}Hg, {sup 206}Au, {sup 205}Pt, and {sup 204}Ir) have been measured using (p,n) charge-exchange reactions, induced in collisions of a {sup 208}Pb primary beam at 1 A GeV with a Be target. These data allow one to investigate the use of a reaction mechanism to extend the limits of the chart of nuclides toward the important r-process nuclei in the region of the third peak of elemental abundance distribution.

yearjournalcountryeditionlanguage
2011-07-20Physical Review C
https://doi.org/10.1103/physrevc.84.011601