Abstract
In a basis defined by the SOsd(36) ⊃ SOs(6) ⊕ SOd(30) symmetry limit of the spinisospin invariant interacting boson model with s and d bosons (sdIBM-ST), and employing a Hamiltonian with a mixing parameter that controls the competition between isoscalar vs isovector pairing, deuteron transfer intensities are predicted, extending the results in the exact symmetry limit, for N = Z even-even to odd-odd and N = Z odd-odd to even-even nuclei. Results of SOsd(36) ⊃ SOs(6) ⊕ SOd(30) scheme are close to those of the SO(8) pairing model and its bosonized version sIBM-ST.
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