Abstract
The possibility of using targets, in which the ions are implanted into the backing material, in Doppler-shift attenuation measurements of lifetimes of nuclear states excited in proton capture reactions has been investigated. The effect of various uncertainties in the stopping power values on the results has also been computed. The analysis is applied to the determination of the lifetime of the 2641 keV state in 23Na and the lifetime of the 4617 keV state in 28Si.
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