The conventional DWBA and the impulse approximation for 14N(d, po)15N at Ed = 52 MeV

Neutron Spectroscopic Factors from Transfer Reactions

“…For illustration, we use the data for the reaction 14 N(d,p) 15 N at E d =12 MeV [21,82]. This set of data was first published in tabulated form in ref.…”

“…We digitize the data in ref. [82] and compare our digitized data (open points) with the tabulated data (closed points) in Figure 1. We see a difference of less than 10% between the two sets of data.…”

Ground state neutron spectroscopic factors for Z=3–24 isotopes from transfer reactions

“…By checking some of the data carefully and sometimes repeating the digitization several times, we estimate the uncertainties introduced by the digitization process to be less than 10%. For illustration, we use the data for the reaction 14 N(d,p) 15 N at E d =12 MeV [21,82]. This set of data was first published in tabulated form in ref [21].…”

“…[82] plotted the data in a figure. We digitized the data in [82] and compare our digitized data (open points) with the tabulated data (closed points) in Figure 1. We see a difference of less than 10% between the two sets of data.…”

“…[21] Ref. [82] Figure 2: (Color online) The angular distributions of the deuteron obtained in the 44 Ca(p,d) 43 Ca reaction at incident proton energy of 40 MeV [174]. The curve is the predicted angular distributions from the code TWOFNR as described in the text, multiplied by the spectroscopic factor.…”