Details

Autor(en) / Beteiligte

• Göbel, K
• Adrich, P
• Altstadt, S
• Alvarez-Pol, H
• Aksouh, F
• Aumann, T
• Babilon, M
• Behr, K-H
• Benlliure, J
• Berg, T
• Böhmer, M
• Boretzky, K
• Brünle, A
• Beyer, R
• Casarejos, E
• Chartier, M
• Cortina-Gil, D
• Chatillon, A
• Pramanik, U Datta
• Deveaux, L
• Elvers, M
• Elze, T W
• Emling, H
• Erhard, M
• Ershova
• Fernandez-Dominguez, B
• Geissel, H
• Górska, M
• Heftrich, T
• Heil, M
• Hellstroem, M
• Ickert, G
• Johansson, H
• Junghans, A R
• Käppeler, F
• Kiselev, O
• Klimkiewicz, A
• Kratz, J V
• Kulessa, R
• Kurz, N
• Labiche, M
• Langer, C
• Le Bleis, T
• Lemmon, R
• Lindenberg, K
• Litvinov, Y A
• Maierbeck, P
• Movsesyan, A
• Müller, S
• Nilsson, T
• Nociforo, C
• Paar, N
• Palit, R
• Paschalis, S
• Plag, R
• Prokopowicz, W
• Reifarth, R
• Rossi, D M
• Schnorrenberger, L
• Simon, H
• Sonnabend, K
• Sümmerer, K
• Surówka, G
• Vretenar, D
• Wagner, A
• Walter, S
• Walu, W
• Wamers, F
• Weick, H
• Weigand, M
• Winckler, N
• Winkler, M
• Zilges, A

Titel

Measurement of the 92,93,94,100Mo(γ,n) reactions by Coulomb Dissociation

Ist Teil von

• Journal of physics. Conference series, 2016-01, Vol.665 (1)

Ort / Verlag

Bristol: IOP Publishing

Erscheinungsjahr

2016

Quelle

EZB Electronic Journals Library

Beschreibungen/Notizen

• The Coulomb Dissociation (CD) cross sections of the stable isotopes 92,94,100Mo and of the unstable isotope 93Mo were measured at the LAND R3B setup at GSI Helmholtzzentrum für Schwerionenforschung in Darmstadt, Germany. Experimental data on these isotopes may help to explain the problem of the underproduction of 92,94Mo and 96,98Ru in the models of p-process nucleosynthesis. The CD cross sections obtained for the stable Mo isotopes are in good agreement with experiments performed with real photons, thus validating the method of Coulomb Dissociation. The result for the reaction 93Mo(γ,n) is especially important since the corresponding cross section has not been measured before. A preliminary integral Coulomb Dissociation cross section of the 94Mo(γ,n) reaction is presented. Further analysis will complete the experimental database for the (γ,n) production chain of the p-isotopes of molybdenum.