Ionescu-Bujor, M.M.Ionescu-BujorIordachescu, A.A.IordachescuUr, C.A.C.A.UrMarginean, N.N.MargineanSuliman, G.G.SulimanBucurescu, D.D.BucurescuBrandolini, F.F.BrandoliniDella Vedova, F.F.Della VedovaChmel, SebastianSebastianChmelLenzi, S.M.S.M.LenziMarginean, R.R.MargineanMedina, N.H.N.H.MedinaNapoli, D.R.D.R.NapoliPavan, P.P.PavanRibas, R.V.R.V.Ribas2022-03-042022-03-042010https://publica.fraunhofer.de/handle/publica/22151410.1103/PhysRevC.81.024323The g factors of the 12+, 11-, and 8- isomeric states in 188Pb were measured using the time-differential perturbed angular distribution method as g(12+)=-0.179(6), g(11-)=+1.03(3), and g(8-)=-0.037(7). The g factor of the 12+ state follows the observed slight down-sloping evolution of the g factors of the i13/22 neutron spherical states with decreasing N. The g factors of the 11- and 8- isomers proposed as oblate and prolate deformed states, respectively, were interpreted within the rotational model, using calculated and empirical g factor values for the involved single-particle orbitals.en620539journal article