Structure of 26Al studied by one - nucleon transfer reaction 27Al(d,t)

Srivastava Vishal; Bhattacharya C.; Rana T. K.; Manna S.; Kundu S.; Bhattacharya S.; Banerjee K.; Roy P.; Pandey R.; Mukherjee G.; Ghosh T. K.; Meena J. K.; Roy T.; Chaudhuri A.; Sinha M.; Saha A.; Dey A.; Asgar Md. A.; Roy Subinit; Shaikh Md. M.

oai:doaj.org/article:2326598f4b784f399c0215c6426c2cab

Structure of 26Al studied by one - nucleon transfer reaction 27Al(d,t)

Authors: Srivastava Vishal
Bhattacharya C.
Rana T. K.
Manna S.
Kundu S.
Bhattacharya S.
Banerjee K.
Roy P.
Pandey R.
Mukherjee G.
Ghosh T. K.
Meena J. K.
Roy T.
Chaudhuri A.
Sinha M.
Saha A.
Dey A.
Asgar Md. A.
Roy Subinit
Shaikh Md. M.
Publication date: 1 January 2015
Publisher: 'EDP Sciences'
Doi

Abstract

The excited states of 26Al have been produced and studied using 27Al(d,t) reaction with 25 MeV deuteron as projectile. Optical model potential parameters were extracted from the measured elastic scattering angular distribution. Zero range distorted wave Born approximation analysis for the ground and 0.223 MeV states of 26Al have been done. The spectroscopic factors calculated for these states are found to be in good agreement with the previously reported values

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