Resonance effects in DWBA analyses of (d,p) analyzing powers at very low energies　

In very low energy (d,p) reactions, resonance effects are explicitly taken into account for zero-range distorted-wave Born approximation calculations by restricting the reaction amplitudes to those specified by the spin-parity of the resonance. The application of formulas of tensor analyzing powers to 6Li(d,p)7Li(g.s.) reactions in resonance regions provides us a clear understanding of the characteristics of the measured analyzing powers and aides in the determination of the spin-parity of the resonance states concerned at Ed=90, 600, and 960 keV.
C79, pp027604-1～4

Physical Review, American Physical Society