136XE(D,P) AND 136XE(D,T) REACTIONS

States of Xe137 and Xe135 have been investigated via the Xe136 (d,p) and Xe136 (d,t) reactions with 13-MeV incident deuterons and an over-all energy resolution of 45 keV. Q values of 1.637±0.020 and -1.723±0.020 MeV have been obtained for the respective ground state Xe136 (d,p)Xe137 and Xe136 (d,t)Xe135 reactions. The angular distribution data have been analyzed using finite-range distorted-wave Born-approximation (DWBA) calculations corrected for nonlocality of the optical potential to extract spectroscopic information. Spin and parity assignments, excitation energies, and spectroscopic factors for most of the observed levels are presented. A Xe136 (d,p) excitation function showed no significant evidence for an anomaly in the (d,p0) cross section near the threshold of the (d,n) reaction to the corresponding isobaric analog state. © 1968 The American Physical Society.