Decay of the light antimony isotopes 110, 111, 112, 114sb following the 112, 114Sn (p, xn) reactions

Nuclear Spins of Some Neutron-deficient Tin Isotopes

“…The spin measurements of the odd isotopes resulted in I = 7/2. The predictions from spectroscopic work on l*lSn and llsmSn [2] are in agreement with our results. From decay studies on loSSn, a ground state spin of 5/2 or 7/2 was suggested [ll], the former value being excluded in this work.…”

Discovery of palladium, antimony, tellurium, iodine, and xenon isotopes

“…This half-life is consistent with the accepted half-life of 23.0(4) s. Miyano et al did not consider their result a new discovery referring to a conference proceeding by Sunier et al [56]. These results were published in a referred paper two months later [57]. 111…”

“…In the 1972 paper "Decay of the light antimony isotopes 110,111,112,113,114 Sb following the 112,114 Sn(p,xn) reactions," Singh et al reported the discovery of 111 Sb [57]. Enriched 112 Sn targets were bombarded with 30 MeV protons from the UCLA cyclotron forming 111 Sb in the (p,2n) reaction.…”