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2024年10月30日

Contribution Due to Gluon Shadowing and Final-State Interactions to Charmonium/Bottonium Suppression in h-A Collisions

  • We analyse the data of charmonium/bottonium suppression in P-A processes by considering the gluon shadowing effect at small x and the final-state interactions in the target nucleus. An empirical parametrization of the shadowing effect of the gluon structure function is used. The A- and x2-dependence of the suppression in P-A collisions is well obtained based on above physical consideration.
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  • [1] T.Matsui and H.Satz,Phys.lett,B178(1986)416.[2]C.Baglin et al.(NA38Collab.),Phys.Lett,B220(1989)471;B255(1991)459;Nucl.Phys,A544(1992)209c;C.Racca,Private communications.[3]C.Cerschel and J.Hufner:Z.Phys,C56(1992)171.[4]S.Gupta and H.Satz,Phys.Lett.B283(1992)439.[5]R.C.Hwa and L.Lesniak,“Initial-state effect on J/Φ suppression in protonnucleus collisions”,preprint OITS-492.[6]D.M.Alde et al.(E772 Collab.),Phys.Rev.Lett.;66(1991)133,2285;J.C.Peng,Private communications.[7]J.Badier et al.(NA3 Collab.),Z.Phys,C20(1983)101.[8]C.Baglin et al.(NA38 Collab.),Phys.Lett.B262(1991)362.[9]Chao Wei-Qin and Liu Bo,Absorption length and J/Φ suppression in relativistic heavy ioncollisions,preprint BIHEP-TH-93-04.
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Get Citation
Liu Bo and Zhao Weiqin. Contribution Due to Gluon Shadowing and Final-State Interactions to Charmonium/Bottonium Suppression in h-A Collisions[J]. Chinese Physics C, 1994, 18(5): 443-447.
Liu Bo and Zhao Weiqin. Contribution Due to Gluon Shadowing and Final-State Interactions to Charmonium/Bottonium Suppression in h-A Collisions[J]. Chinese Physics C, 1994, 18(5): 443-447. shu
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Received: 1900-01-01
Revised: 1900-01-01
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Contribution Due to Gluon Shadowing and Final-State Interactions to Charmonium/Bottonium Suppression in h-A Collisions

    Corresponding author: Liu Bo,
  • Institute of High Energy Physics, Academia Sinica, Beijing 100039

Abstract: We analyse the data of charmonium/bottonium suppression in P-A processes by considering the gluon shadowing effect at small x and the final-state interactions in the target nucleus. An empirical parametrization of the shadowing effect of the gluon structure function is used. The A- and x2-dependence of the suppression in P-A collisions is well obtained based on above physical consideration.

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