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40Ca(6Li,d)44Ti Reaction and Effect of Three Potentials on the Spectroscopic Factors

Corresponding Author : U. K. Mazumder (skdas-phy@sust.edu)

Authors : A. Somadde , E. Hoque , S. K. Das (skdas-phy@sust.edu), H. M. Sen Gupta

Keywords : 40Ca(6 Li,d) 44Ti Reaction, Spectroscopic Factors, DWBA

Abstract :

Full finite-range distorted-wave Born approximation method has been applied to analyze the angular distribution of cross-sections of 40Ca(6 Li,d) 44Ti reaction for the 32 transitions involving both the bound and unbound states of 44Ti by using the normal optical, Michel and molecular potentials. As far as we know, Michel and molecular optical potentials have been used for the first time in analyzing these reaction data. All the three optical potentials are found to produce satisfactory fits to the experimental data. The spectroscopic factors using all these optical potentials are extracted and are compared with those of some previous studies.  

Published on December 31st, 2012 in Volume 16, Issue 1, Applied Sciences and Technology