Investigation of the Three-Nucleon System Dynamics in the Deuteron-Proton Breakup Reaction
- Ciepal, I.
- Klos, B.
- Kistryn, St.
- Stephan, E.
- Biegun, A.
- Bodek, K.
- Deltuva, A.
- Epelbaum, E.
- Eslami-Kalantari, M.
- Fonseca, A. C.
- Golak, J.
- Jha, V.
- Kalantar-Nayestanaki, N.
- Kamada, H.
- Khatri, G.
- Kirillov, Da.
- Kirillov, Di.
- Kliczewski, St.
- Kozela, A.
- Kravcikova, M.
- Machner, H.
- Magiera, A.
- Martinska, G.
- Messchendorp, J.
- Nogga, A.
- Parol, W.
- Ramazani-Moghaddam-Arani, A.
- Roy, B. J.
- Sakai, H.
- Sekiguchi, K.
- Sitnik, I.
- Siudak, R.
- Skibinski, R.
- Sworst, R.
- Urban, J.
- Witala, H.
- Zejma, J.
Publication date
August 2014
DOI Publisher
Springer Science and Business Media LLCAbstract
Precise and large sets of cross section, vector A (x) , A (y) and tensor A (xx) , A (xy) , A (yy) analyzing power data for the (1) H(d, pp)n breakup reactions were measured at 100 and 130 MeV deuteron beam energies with the SALAD and BINA detectors at KVI and the Germanium Wall setup at FZ-Julich. Results are compared with various theoretical approaches which model the three-nucleon system dynamics. The cross section data reveal a sizable three-nucleon force (3NF) and Coulomb force influence. In case of the analyzing powers very low sensitivity to these effects was found and the data are well describe by 2N models only. For A (xy) at 130 MeV, serious disagreements were observed when 3NF models are included in the calculations
Add to ORKG