Al-Dahan, N.Regan, P HPodolyak, Zs.Walker, Philip MAlkhomashi, N.Dracoulis, GeorgeFarrelly, G.Benlliure, J.Pietri, S.Casten, R.F.Stevenson, P DGelletly, W.Steer, S.J.Garnsworthy, A.Casarejos, E.Gerl, JWollersheim, H.J.Grebosz, J.Gorska, MKojouharov, ISchaffner, H.Algora, ABenzoni, GBlazhev, A.Boutachkov, P.Bruce, A MCullen, I JDenis Bacelar, A.M.Deo, A.Y.Estevez, M.E.Fujita, Y.Hoischen, R.Kumar, R.Lalkovski, S.Liu, Z.Mason, P.J.Mihai, CMolina, F.Mucher, D.Rubio, B.Tamii, A.Tashenov, S.Valiente-Dobon, J.J.Woods, P.J.2015-12-100556-2813http://hdl.handle.net/1885/58681β decays from heavy, neutron-rich nuclei with A∼190 have been investigated following their production via the relativistic projectile fragmentation of an E/A=1 GeV 208Pb primary beam on a ∼2.5 g/cm2 9Be target. The reaction products were separated anAuthor/s retain copyrightMultiple β− decaying states in 194 Re: Shape evolution in neutron-rich osmium isotopes201210.1103/PhysRevC.85.0343012015-12-10