S. J. Freeman

most citedQuenching of single-particle strength inferred from nucleon-removal transfer reactions on

^{15}

3 citations · 5 across the 3 of their papers we have counts for

collaborators

3 papers

nucl-ex2025★ 2 cited

Valence $1 s - 0 d$ proton vacancy of the $^{32}$ Si ground state

N. Watwood, C. R. Hoffman, B. P. Kay +22

The $^{32}$ Si( $^{3}$ He, $d$ ) $^{33}$ P reaction was studied in inverse kinematics at 6.3~MeV/ $u$ . States in $^{33}$ P corresponding to the proton $1 s - 0 d$ single-particle orbitals were id…

nucl-ex2025★ 3 cited

Quenching of single-particle strength inferred from nucleon-removal transfer reactions on $^{15}$ C

Y. C. Jiang, J. Chen, B. P. Kay +24

The difference in the proton and neutron separation energies ( $Δ S$ ) of the weakly bound $^{15}$ C ground state is -19.86 MeV, an extreme value. Data from intermediate-energy heavy-i…

nucl-ex2024

Evolution of the nuclear spin-orbit splitting explored via the $^{32}$ Si( $d$ , $p$ ) $^{33}$ Si reaction using SOLARIS

J. Chen, B. P. Kay, C. R. Hoffman +30

The spin-orbit splitting between neutron 1 $p$ orbitals at $^{33}$ Si has been deduced using the single-neutron-adding ( $d$ , $p$ ) reaction in inverse kinematics with a beam of $^{32}$ …

Valence 1s−0d proton vacancy of the 32Si ground state

Quenching of single-particle strength inferred from nucleon-removal transfer reactions on 15C

Evolution of the nuclear spin-orbit splitting explored via the 32Si(d,p)33Si reaction using SOLARIS

Valence $1 s - 0 d$ proton vacancy of the $^{32}$ Si ground state

Quenching of single-particle strength inferred from nucleon-removal transfer reactions on $^{15}$ C

Evolution of the nuclear spin-orbit splitting explored via the $^{32}$ Si( $d$ , $p$ ) $^{33}$ Si reaction using SOLARIS