Kinematical coincidence method in transfer reaction

Authors :: L. Acosta
F. Amorini
L. Auditore
I. Berceanu
G. Cardella
M. B. Chatterjee
E. De Filippo
L. Francalanza
R. Gianì
L. Grassi
A. Grzeszczuk
E. La Guidara
G. Lanzalone
D. Loria
T. Minniti
E. V. Pagano
M. Papa
S. Pirrone
G. Politi
A. Pop
F. Porto
F. Rizzo
P. Russotto
S. Santoro
A. Trifirò
M. Trimarchi
G. Verde
LOMBARDO, IVANO
ROSATO, ELIO
VIGILANTE, MARIANO
L., Acosta
F., Amorini
L., Auditore
I., Berceanu
G., Cardella
M. B., Chatterjee
E., De Filippo
L., Francalanza
R., Gianì
L., Grassi
A., Grzeszczuk
E., La Guidara
G., Lanzalone
Lombardo, Ivano
D., Loria
T., Minniti
E. V., Pagano
M., Papa
S., Pirrone
G., Politi
A., Pop
F., Porto
F., Rizzo
Rosato, Elio
P., Russotto
S., Santoro
A., Trifirò
M., Trimarchi
G., Verde
Vigilante, Mariano
Publication Year :: 2013
Abstract: A new method to extract high resolution angular distributions from kinematical coincidence measurements in binary reactions is presented. Kinematics is used to extract the center of mass angular distribution from the measured energy spectrum of light particles. Results obtained in the case of 10Be+p→9Be+d reaction measured with the CHIMERA detector are shown. An angular resolution of few degrees in the center of mass is obtained. The range of applicability of the method is discussed.

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