Abstract
Lifetimes or upper limits of 17 bound states in 27Al have been measured using the Doppler shift attenuation method applied to the 26Mg(p, γ) 27 Al reaction in the proton energy range 1.4–2.2 MeV. For the effective stopping of recoils, the targets were prepared by implanting 26Mg into tantalum backings. The Monte Carlo method and the experimental stopping values were used in the DSA analysis. In the Monte Carlo simulations the scattering angles of recoiling ions were calculated directly from the Thomas-Fermi interaction potential, rather than from the LSS theory.
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