Mass measurement and isoscaling in $^{124}$Sn+Sn and $^{107}$Sn+Sn reactions at 600 AMeV

Adrich, P.; Aumann, T.; B. Tsang, M.; Bacri, C.O.; Barczyk, T.; Bassini, R.; Bianchin, S.; Boiano, C.; Botvina, A.S.; Boudard, A.; Brzychczyk, J.; Chbihi, A.; Cibor, J.; Czech, B.; de Napoli, M.; Ducret, J.E.; Emling, H.; F. J. Muller, W.; Frankland, J.D.; G. Lynch, W.; Hellstrom, M.; Henzlova, D.; Imme, G.; Iori, I.; Johansson, H.; Kezzar, K.; Lafriakh, A.; Le Fevre, A.; Le Gentil, E.; Leifels, Y.; Luhning, J.; Lukasik, J.; Lynen, U.; Majka, Z.; Mocko, M.; Mykulyak, A.; N. Otte, A.; Orth, H.; Palit, R.; Pawlowski, P.; Pullia, A.; Raciti, G.; Rapisarda, E.; Sann, H.; Schwarz, C.; Sfienti, C.; Simon, H.; Summerer, K.; Trautmann, W.; Volant, C.; Wallace, M.; Weick, H.; Wiechula, J.; Wieloch, A.; Zwieglinski, B.

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Mass measurement and isoscaling in $^{124}$ Sn+Sn and $^{107}$ Sn+Sn reactions at 600 AMeV

Authors: P. Adrich
T. Aumann
M. B. Tsang
C.O. Bacri
T. Barczyk
R. Bassini
S. Bianchin
C. Boiano
A.S. Botvina
A. Boudard
J. Brzychczyk
A. Chbihi
J. Cibor
B. Czech
M. de Napoli
J.E. Ducret
H. Emling
W. F. J. Muller
J.D. Frankland
W. G. Lynch
M. Hellstrom
D. Henzlova
G. Imme
I. Iori
H. Johansson
K. Kezzar
A. Lafriakh
A. Le Fevre
E. Le Gentil
Y. Leifels
J. Luhning
J. Lukasik
U. Lynen
Z. Majka
M. Mocko
A. Mykulyak
A. N. Otte
H. Orth
R. Palit
P. Pawlowski
A. Pullia
G. Raciti
E. Rapisarda
H. Sann
C. Schwarz
C. Sfienti
H. Simon
K. Summerer
W. Trautmann
C. Volant
M. Wallace
H. Weick
J. Wiechula
A. Wieloch
B. Zwieglinski
Publication date: 15 January 2007
Publisher: 'Universita degli Studi di Milano-Bicocca Symphonya Emerging Issues in Management'

Abstract

Isotopic effects in projectile spectator fragmentation at 600 AMeV have been investigated using data collected in recent experiments with SIS beams at the GSI laboratory and with the ALADiN forward-spectrometer. For this purpose, primary beams of 124Sn, as well as secondary beams of 124La and 107Sn produced at the FRS fragment separator have been used. Isoscaling in 124,107Sn+Sn reactions is investigated and results are compared with data taken with the INDRA multidetector for 12C+112,124Sn reactions