Influence of three-nucleon force effects on polarization observables of the H-1((d)over-bar,pp)n breakup reaction at 130 mev
R. SworstInstitute of Physics , Jagellonian University , Cracow , PolandKistrynJagiellonian Univ, Jagiellonian University, Inst PhysE. StephanInstitute of Physics , University of Silesia , Katowice , PolandA. BiegunInstitute of Physics , University of Silesia , Katowice , PolandK. BodekInstitute of Physics , Jagellonian University , Cracow , PolandI. CiepałJagiellonian Univ, Jagiellonian University, Inst PhysE. EpelbaumBonn University , GermanyW. GloeckleRuhr-University , Bochum , GermanyJ. GolakJagiellonian Univ, Jagiellonian University, Inst PhysN. Kalantar-NayastenakiKernfysisch Versneller Instituut, University of Groningen, NetherlandsH. KamadaKyushu Institute of Technology , JapanB. KłosSilesian Univ, University of Silesia, Inst PhysA. KozelaInstitute of Nuclear Physics PAN , Cracow , PolandA. NoggaForschungszentrum-Julich , GermanyR. SkibińskiJagiellonian Univ, Jagiellonian University, Inst PhysH. WitałaJagiellonian Univ, Jagiellonian University, Inst PhysJ. ZejmaInstitute of Physics , Jagellonian University , Cracow , PolandW. ZipperSilesian Univ, University of Silesia, Inst Phys
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High-precision vector and tensor breakup analyzing powers for the reaction H-1((d) over bar ,pp)n at 130 MeV were evaluated for a large phase space region. Results are compared with rigorous theoretical calculations based on realistic nucleon-nucleon potentials as well as on chiral perturbation theory approach. Theoretical predictions generally describe data quite well, only in a few cases influence of three-nucleon forces is significant.
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