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The dp-elastic cross section measurement at the deuteron kinetic energy of 2.5 GeV

Authors :
Rustamov A.
Reshetin A.
Rehnisch L.
Ramstein B.
Przygoda W.
Pietraszko J.
Pechenova O.
Parpottas Y.
Pechenov V.
Palka M.
Naumann L.
Münzer R.
Müntz C.
Michel J.
Metag V.
Markert J.
Mangiarotti A.
Maier L.
Lorenz M.
Lopes L.
Lebedev A.
Lapidus K.
Lang S.
Lalik R.
Ladygin V.
Kurilkin A.
Kurepin A.
Kuc H.
Kugler A.
Krizek F.
Krebs E.
Krása A.
Kotte R.
Kornakov G.
Korcyl G.
Kolb B. W.
Koenig W.
Koenig I.
Kämpfer B.
Karavicheva T.
Jurkovic M.
Ivashkin A.
Ierusalimov A.
Höhne C.
Huck P.
Holzmann R.
Hennino T.
Harabasz S.
Gumberidze M.
Guber F.
González-Díaz D.
Golubeva M.
Gill K.
Galatyuk T.
Garzón J. A.
Fröhlich I.
Fonte P.
Friese J.
Fateev O.
Fabbietti L.
Epple E.
Dybczak A.
Dritsa C.
Chernenko S.
Cabanelas P.
Böhmer M.
Blume C.
Blanco A.
Berger-Chen J.C.
Belyaev A.
Belver D.
Behnke C.
Agakishiev G.
Kurilkin P.
Sadovsky A.
Salabura P.
Scheib T.
Schuldes H.
Siebenson J.
Sobolev Yu.G.
Spataro S.
Ströbele H.
Stroth J.
Strzempek P.
Sturm C.
Svoboda O.
Tarantola A.
Teilab K.
Tlusty P.
Traxler M.
Tsertos H.
Vasiliev T.
Wagner V.
Weber M.
Wendisch C.
Wüstenfeld J.
Yurevich S.
Zanevsky Y.
Source :
EPJ Web of Conferences, Vol 37, p 09021 (2012)
Publication Year :
2012
Publisher :
EDP Sciences, 2012.

Abstract

New results on the differential cross section in deuteron-proton elastic scattering are obtained at the deuteron kinetic energy of 2.5 GeV with the HADES spectrometer. The angular range of 69° – 125° in the center of mass system is covered. The obtained results are compared with the relativistic multiple scattering model calculation using the CD-Bonn deuteron wave function. The data at fixed scattering angles in the c.m. are in qualitative agreement with the constituent counting rules prediction.

Subjects

Subjects :
Physics
QC1-999

Details

Language :
English
ISSN :
2100014X
Volume :
37
Database :
Directory of Open Access Journals
Journal :
EPJ Web of Conferences
Publication Type :
Academic Journal
Accession number :
edsdoj.f4d04a645b4ca9b9bb8821c5904281
Document Type :
article
Full Text :
https://doi.org/10.1051/epjconf/20123709021