학술논문

Production and electromagnetic decay of hyperons: a feasibility study with HADES as a Phase-0 experiment at FAIR
Document Type
Working Paper
Author
Adamczewski-Musch, J.Belyaev, A.Blanco, A.Blume, C.Charlotte, C.Borisenko, D. S.Chlad, L.Chudoba, P.Ciepał, I.Derichs, A.Dittert, D.Dreyer, J.Esmail, W. A.Fateev, O.Fonte, P.Friese, J.Fröhlich, I.Förtsch, J.Galatyuk, T.Georgadze, I.Golosov, O.Golubeva, M.Greifenhagen, R.Grunwald, M.Grzonka, D.Guber, F.Gumberidze, M.Harabasz, S.Heinz, T.Heybeck, B.Höhne, C.Holona, M.Holzmann, R.Huck, H.Ierusalimov, A.Imre, M.Ivashkin, A.Kämpfer, B.Kampert, K-H.Kardan, B.Kedych, V.Khomyakov, V.Koenig, I.Koenig, W.Kohls, M.Kornakov, G.Kornas, F.Kotte, R.Kozela, A.Kozlov, V.Kres, I.Kuboś, J.Kugler, A.Kulessa, P.Ladygin, V.Lalik, R.Galliard, C. LeLebedev, A.Lebedev, S.Linev, S.Lopes, L.Lorenz, M.Lykasov, G.Malige, A.Markert, J.Matulewicz, T.Michel, J.Morozov, S.Müntz, C.Naumann, L.Nowakowski, K.Orfanitsky, S.Otto, J. -H.Patel, V.Pauly, C.Pechenov, V.Pechenova, O.Andrade, G. PerezPetukhov, O.Pfeifer, D.Piasecki, K.Pietraszko, J.Prozorov, A.Przygoda, W.Pysz, K.Ramstein, B.Rathod, N.Regina, J.Reshetin, A.Reznikov, S.Rieger, J. T.Ritman, J.Rodriguez-Ramos, P.Rost, A.Rustamov, A.Salabura, P.Saraiva, J.Schild, N.Schwab, E.Schönning, K.Scozzi, F.Seck, F.Selyuzhenkov, I.Serdyuk, V.Shabanov, A.Singh, U.Smyrski, J.Sobiella, M.Spies, S.Strikhanov, M.Ströbele, H.Stroth, J.Sumara, K.Svoboda, O.Szala, M.Szewczyk, J.Taranenko, A.Tlusty, P.Traxler, M.Wagner, V.Wasiluk, M.Weber, A. A.Wendisch, C.Wintz, P.Włoch, B.Zbroszczyk, H. P.Zherebzova, E.Zhilin, A.Zinchenko, A.Zumbruch, P.
Source
Eur. Phys. J. A (2021) 57:138
Subject
Nuclear Experiment
Language
Abstract
A feasibility study has been performed in order to investigate the performance of the HADES detector to measure the electromagnetic decays of the hyperon resonances $\Sigma(1385)^0$, $\Lambda(1405)$ and $\Lambda{\Lambda}(1520)$ as well as the production of double strange baryon systems $\Xi^-$ and $\Lambda\Lambda$ in p+p reactions at a beam kinetic energy of 4.5 GeV. The existing HADES detector will be upgraded by a new Forward Detector, which extends the detector acceptance into a range of polar angles that plays a crucial role for these investigations. The analysis of each channel is preceded by a consideration of the production cross-sections. Afterwards the expected signal count rates using a target consisting of either liquid hydrogen or polyethylene are summarized.
Comment: Draft prepared by Rafa{\l} Lalik, James Ritman, Piotr Salabura, 19 pages, 21 figures, 4 tables