A. M. Eiró

3He D-state effects in (d, 3He) reactions

Abstract The tensor analysing power of the 27 Al(d, 3 He) 26 Mg reaction has been measured at E d = 12.4 MeV. The results are reproduced by predictions of the DWBA including D-state components in the 3 He wave function. The magnitude of the tensor analysing power provides information on the asymptotic D-state to S-state ratio in the 3 He wave function. The value obtained for 3 He is in agreement with the corresponding value for 3 H.

Alpha-particle D-state and configuration-mixing effects in the 89Y(d, α)87Sr reaction

Abstract Angular distributions of cross sections and vector and tensor analyzing powers have been measured for low-lying levels populated by 89 Y(d, α) 87 Sr reaction at 9.0, 12.0, and 16.0 MeV. Full finite-range DWBA calculations that include the effects of an α-particle D-state component and ( L , J ) mixing have been performed. The ground-state transition indicates that the D-state parameter D 2 = −0.30 ± 0.1 fm 2 . The angular distributions of the tensor analyzing powers are very sensitive to the magnitude and sign of the mixing amplitudes and can be used to determine the neutron-proton configurations transferred. The mixing amplitudes for the 0.388 MeV and 0.873 MeV states in 87 Sr are established from the analysis.

Configuration mixing in Co 56 and Sc 46 using ( d →,α) reactions

Two-nucleon spectroscopic amplitudes are investigated using cross-section measurements and tensor analyzing powers for the

The 40Ca(d, α)38K reaction at Ed = 20 MeV☆

^{58}\mathrm{Ni}

Hybrid R‐matrix + potential framework for the analysis of low energy nuclear reactions

(d\ensuremath{\rightarrow},\ensuremath{\alpha}

Studies of the D state of {sup 6}Li using the FSU polarized {sup 6}Li Beam

{)}^{56}

Searching for 6Li D-state Effects

Co and

7Li(p→,γ)8Be reaction at astrophysical energies

^{48}\mathrm{Ti}

Determination of the asymptotic D - to S -state ratio for 6 Li via ( 6 Li → , d ) transfer reactions

(d\ensuremath{\rightarrow},\ensuremath{\alpha}

Resonant and direct components in the 3He(d,p)4He reaction at low energies

{)}^{46}