6533b852fe1ef96bd12ab99c
RESEARCH PRODUCT
Final State Interaction Effects in 3He(e ,e'p)
Ernst-wilhelm OttenR. SkibińskiWerner HeilP. MerleMichael SeimetzIngo SickHiroyuki KamadaSimon ŠIrcaR. BöhmM. WeisCh. NormandM. KohlA. NoggaJ. BermuthM. PotokarTh. WalcherH. SchmiedenW. GlöckleM. HaugerJ.m. FriedrichJörg SchmiedeskampR. NeuhausenM. O. DistlerHarald MerkelJ. JourdanJacek GolakGlen A. WarrenH. WöhrleA. KleinD. BaumannM. ZeierM. DingDaniela RoheJ.m. FriedrichP. BartschTh. PospischilC. CarascoD. BosnarK. W. KrygierG. TestaU. MüllerHenryk WitałaP. Jenneweinsubject
PhysicsNuclear and High Energy PhysicsCurrent (mathematics)3He-structure010308 nuclear & particles physicsOperator (physics)Continuum (design consultancy)Momentum transferKinematicsState (functional analysis)01 natural sciencesExact solutions in general relativityQuantum mechanicsQuantum electrodynamics0103 physical sciencesFinal-state interactionPolarized electron scattering010306 general physicsGround statedescription
Abstract Asymmetries in quasi-elastic 3 He ( e → , e ′ p ) have been measured at a momentum transfer of 0.67 (GeV/ c ) 2 and are compared to a calculation which takes into account relativistic kinematics in the final state and a relativistic one-body current operator. With an exact solution of the Faddeev equation for the 3 He -ground state and an approximate treatment of final state interactions in the continuum good agreement is found with the experimental data.
| year | journal | country | edition | language |
|---|---|---|---|---|
| 2003-04-01 | Physics Letters B |