Measurement of residual nucleus cross sections and recoil energies in p + Fe collisions at 300, 500, 750, 1000 and 1500 MeV
- VILLAGRASA, C.
- BOUDARD, A.
- DUCRET, J.-E.
- FERNANDEZ, B.
- LERAY, S.
- VOLANT, C.
- WLAZLO, W.
- ARMBRUSTER, P.
- ENQVIST, T.
- HAMMACHE, F.
- HELARIUTTA, K.
- JURADO, B.
- V. RICCIARDI, M.
- SCHMIDT, K.-H.
- SÜMMERER, K.
- VIVÈS, F.
- YORDANOV, O.
- AUDOUIN, L.
- FERRANT, L.
- REJMUND, F.
- STÉPHAN, C.
- TASSAN-GOT, L.
- BENLLIURE, J.
- CASAREJOS, E.
- FERNANDEZ, M.
- PEREIRA, J.
- CZAJKOWSKI, S.
- KARAMANIS, D.
- PRAVIKOFF, M.
- GEORGE, J.
- A. MEWALDT, R.
- YANAZAK, N.
- WIEDENBECK, M.
- CONNEL, J.
- FAESTERMANN, T.
- HEINZ, A.
- JUNGHANS, A.
DOIAbstract
The production of residual nuclei in p + Fe collisions has been measured at GSI on the FRS facility by means of the reverse kinematic techniques at 300, 500, 750, 1000 and 1500 MeV/A. The cross-sections larger than 0.01 mb of all isotopes with Z larger than 8 have been obtained. Velocity distributions were also measured. Comparisons to models describing spallation reactions and some empirical formulae often used in astrophysics are presented. These data are directly used to calculate impurety production and DPAs in a thin window as foreseen in spallation sources or accelerator-driven system
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