First results from the Fragment Mass Analyzer at ATLAS
C. N. DavidsIftikhar AhmadB. B. BackI. G. BeardenR. R. BettsK. BindraC. R. BinghamD. J. BlumenthalR. BrodaM. P. CarpenterP. ChowdhuryW. ChungB. CrowellP.J. DalyB. FornalS. J. FreemanNuclear PhysicsM. FreerJ. GehringZ. W. GrabowskiDeborah J. HendersonR.G. HenryR. V. F. JanssensT. LauritsenYanyu LiangC. J. ListerR. H. MayerD. M. MoltzD. NisiusA. V. RamayyaJ. D. RobertsonF. ScarlassaraP. SpolaoreF. SoramelW. B. WaltersR. NeugartA. Wöhr
ABI
Abstract
The Fragment Mass Analyzer (FMA) at the ATLAS accelerator has been operational for about one year. During that period a number of test runs and experiments have been ran. The test runs have verified that the ion optics of the FMA are essentially as calculated. Experiments have been carried out on sub-Coulomb transfer reactions, alpha decay of neutron-deficient Pt isotopes. in-beam gamma rays from{sup 202--204}Rn, and the study of yrast isomers in {sup 151}Yb. Recent results are presented, along with a brief facility desorption.
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