Isotopic cross sections of fragmentation residues produced by light projectiles on carbon near 400A MeV
- Boillos, J. M.
- Cortina-Gil, D.
- Benlliure, J.
- Rodríguez-Sánchez, J. L.
- Alvarez-Pol, H.
- Atar, L.
- Aumann, T.
- Avdeichikov, V. V.
- Beceiro-Novo, S.
- Bemmerer, D.
- Bertulani, C. A.
- Boretzky, K.
- Borge, M. J. G.
- Caamaño, M.
- Caesar, C.
- Casarejos, E.
- Catford, W.
- Cederkall, J.
- Chartier, M.
- Chulkov, L.
- Cravo, E.
- Crespo, R. N. P.
- Dillmann, I.
- Díaz Fernández, P.
- Elekes, Z.
- Enders, J.
- Ershova, O.
- Estrade, A.
- Farinon, F.
- Fraile, L. M.
- Freer, M.
- Galaviz Redondo, D.
- Geissel, H.
- Gernhäuser, R.
- Golubev, P.
- Göbel, K.
- Hagdahl, J.
- Heftrich, T.
- Heil, M.
- Heine, M.
- Heinz, A.
- Henriques, A.
- Holl, M.
- Hufnagel, A.
- Ignatov, A.
- Johansson, H. T.
- Jonson, B.
- Kahlbow, J.
- Petri, M.
- Cederkäll, Joakim
- Avdeichikov, Vladimir
- Knyazev, Alexander
- R3B Collaboration
Publication date
January 2022
DOI Publisher
American Physical Society (APS)Abstract
We measured 135 cross sections of residual nuclei produced in fragmentation reactions of 12C, 14N, and 13−16,20,22O projectiles impinging on a carbon target at kinetic energies of near 400A MeV, most of them for the first time, with the R 3 B/LAND setup at the GSI facility in Darmstadt (Germany). The use of this state-of-the-art experimental setup in combination with the inverse kinematics technique gave the full identification in atomic and mass numbers of fragmentation residues with a high precision. The cross sections of these residues were determined with uncertainties below 20% for most of the cases. These data are compared to other previous measurements with stable isotopes and are also used to benchmark different model calculations
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