6533b856fe1ef96bd12b25b5
RESEARCH PRODUCT
Study of the Unstable NucleusL10iin Stripping Reactions of the Radioactive ProjectilesB11eandL11i
Herbert A. SimonH. KlinglerJ. StrothHans GeisselA. MagelH. EmlingC. ScheidenbergerF. HumbertH. EickhoffB. FranzkeJ. G. KellerK. GrimmTh. W. ElzeThomas NilssonTh. BlaichH. FreieslebenW. TrautmannK. RiisagerO. KlepperR. HolzmannR. KulessaA.c. MuellerW. SchwabJ. V. KratzP. G. HansenGöran Hugo NymanAchim RichterE. WajdaF. NickelL. V. ChulkovY. LeifelsM. ZinserG. MünzenbergD. LambrechtD. Guillemaud-muellerOlof TengbladM. J. G. BorgeG. SchriederM. MoharE. ZudeH. IrnichBjörn JonsonB. M. SherrillK. Stelzersubject
PhysicsStripping (chemistry)ProjectileAnalytical chemistryGeneral Physics and Astronomychemistry.chemical_elementmedicine.anatomical_structurechemistrymedicineNeutronHaloAtomic physicsNucleonGround stateNucleusCarbondescription
Reactions of the halo systems Be-11 and Li-11 (at 460 and 280 MeV/nucleon) with a carbon target demonstrate that (n + Li-9) has an (unbound) l = 0 ground state very close to the threshold. The neutron halo of Li-11 has appreciable (1s(1/2))(2) and (0p(1/2))(2) components.
year | journal | country | edition | language |
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1995-08-28 | Physical Review Letters |