Residue production in 136Xe + p spallation reaction
- PARADELA, C.
- GIOT, Lydie
- FERNANDEZ-ORDONEZ, M.
- NAPOLITANI, P.
- TASSAN-GOT, L.
- ARMBRUSTER, P.
- AUDOUIN, L.
- BACRI, C.O.
- BENLLIURE, J.
- BERNAS, M.
- BOUDARD, A.
- CASAREJOS, E.
- DUCRET, J.E.
- ENQVIST, T.
- HEINZ, A.
- HENZL, V.
- HENZLOVA, D.
- JUNGHANS, A.
- JURADO APRUZZESE, Beatriz
- KELIC, A.
- KRASA, A.
- KURTUKIAN NIETO, T.
- LERAY, S.
- PEREIRA, J.
- PLESKAC, R.
- REJMUND, F.
- RICCIARDI, M.V.
- SCHMIDT, K.-H.
- SCHMITT, C.
- STEPHAN, C.
- VILLAGRASA, C.
- VOLANT, C.
- WAGNER, A.
- YORDANOV, O.
DOIAbstract
A research program on spallation reactions in inverse kinematics has been performed at GSI, Darmstadt, taking advantage of the relativistic heavy-ions beams available from GSI accelerators and the high-resolution magnetic spectrometer, used to identify the reactions products in-flight and to determine their kinematical properties. In this paper, we report the results obtained up to now on the spallation reaction 136Xe on protons, focusing on 500 and 200 AMeV energies
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