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HK: Physik der Hadronen und Kerne

HK 38: Elektromagnetische und hadronische Proben VI

HK 38.8: Vortrag

Donnerstag, 20. März 2003, 15:15–15:30, B

Study of the Charge–Exchange np → pn Reaction with Polarized Deuteron Beam at ANKE — •A. Kacharava^5,1, N. Amaglobeli¹, B. Chiladze¹, S. Dymov², R. Engels³, V. Glagolev⁴, V. Komarov², A. Kulikov², B. Lorentz³, G. Macharashvili^2,1, S. Merzliakov², M. Mikirtychiantz⁶, M. Nioradze¹, F. Rathmann³, H. Seyfarth³, E. Steffens⁵, H. Ströher³, Yu. Uzikov^2,7, A. Vassiliev⁶, S. Yaschenko^5,2, B. Zalikhanov², and C. Wilkin⁸ — ¹HEPI TSU, Tbilisi, Georgia — ²LNP, JINR, Dubna, Russia — ³IKP, FZJ, Germany — ⁴LHE, JINR, Dubna, Russia — ⁵PI II, Universität Erlangen-Nürnberg, Germany — ⁶PNPI, Gatchina, Russia — ⁷KazNU, Almaty, Kazakhstan — ⁸PD, Univ. College, London, England

We propose to study the spin structure of the amplitude of the elementary np → pn charge–exchange process (CE) by means of the peripheral deuteron CE reaction dp → (pp)n at small four–momentum transfer. The experiment will be carried out at the ANKE spectrometer using the internal beam of the COoler SYnchrotron COSY–Jülich. In the first stage, the investigation with unpolarized beam and target allows one to determine the spin–dependent part of the elementary CE process. In the second stage, using tensor polarized deuteron beam enables us to determine the absolute values of the two spin–dependent amplitudes. Using transversely polarized deuterons and protons opens the possibility to obtain additional information, namely the relative phase between them.