Study of energy levels of 29Si via deuteron stripping

Abstract

The 28Si(d,p)29Si reaction has been studied at Ed=10 MeV with a multigap magnetic spectrograph which can record 24 spectra at angles ranging from 5 degrees to 175 degrees . Eighty two proton groups have been identified as belonging to the 28Si(d,p) reaction covering excitation energies in 29Si up to 9-676 MeV. Angular distribution measurements on 61 proton groups corresponding to levels up to 9.154 MeV have been carried out and those exhibiting stripping patterns have been analysed. Spectroscopic factors for bound states have been derived using the finite range DWBA method with nonlocal correlation FRNL.