Open charm production from d + Au collisions in STAR
- Adams, J.
- Aggarwal, M.M.
- Ahammed, Z.
- Amonett, J.
- Anderson, B.D.
- Arkhipkin, D.
- Averichev, G.S.
- Badyal, S.K.
- Bai, Y.
- Balewski, J.
- Barannikova, O.
- Barnby, L.S.
- Baudot, J.
- Bekele, S.
- Belaga, V.V.
- Bellingeri-Laurikainen, A.
- Bellwied, R.
- Berger, J.
- Bezverkhny, B.I.
- Bharadwaj, S.
- Bhasin, A.
- Bhati, A.K.
- Bhatia, V.S.
- Bichsel, H.
- Bielcik, J.
- Bielcikova, J.
- Billmeier, A.
- Bland, L.C.
- Blyth, C.O.
- Blyth, S.
- Bonner, B.E.
- Botje, M.
- Boucham, A.
- Bouchet, J.
- Brandin, A.V.
- Bravar, A.
- Bystersky, M.
- Cadman, R.V.
- Cai, X.Z.
- Caines, H.
- Calderon De La Barca Sanchez, M.
- Castillo, J.
- Catu, O.
- Cebra, D.
- Chajecki, Z.
- Chaloupka, P.
- Chattopadhyay, S.
- Chen, H.F.
- Chen, Y.
- Cheng, J.
- Cherney, M.
- Chikanian, A.
- Christie, W.
- Coffin, J.P.
- Cormier, T.M.
- Cosentino, M.R.
- Cramer, J.G.
- Crawford, H.J.
- Das, D.
- Das, S.
- Daugherity, M.
- De Moura, M.M.
- Dedovich, T.G.
- Derevschikov, A.A.
- Didenko, L.
- Dietel, T.
- Dogra, S.M.
- Dong, W.J.
- Dong, X.
- Draper, J.E.
- Du, F.
- Dubey, A.K.
- Dunin, V.B.
- Dunlop, J.C.
- Dutta Mazumdar, M.R.
- Eckardt, V.
- Edwards, W.R.
- Efimov, L.G.
- Emelianov, V.
- Engelage, J.
- Eppley, G.
- Erazmus, B.
- Estienne, Magali
- Fachini, P.
- Faivre, J.
- Fatemi, R.
- Fedorisin, J.
- Filimonov, K.
- Filip, P.
- Finch, E.
- Fine, V.
- Fisyak, Y.
- Fornazier, K.S.F.
- Fu, J.
- Gagliardi, C.A.
- Gaillard, L.
- Gans, J.
- Ganti, M.S.
- Geurts, F.
- Ghazikhanian, V.
- Ghosh, P.
- Gonzalez, J.E.
- Gos, H.
- Grachov, O.
- Grebenyuk, O.
- Grosnick, D.
- Guertin, S.M.
- Guo, Y.
- Gupta, Anupam
- Gutierrez, T.D.
- Hallman, T.J.
- Hamed, A.
- Hardtke, D.
- Harris, J.W.
- Heinz, M.
- Henry, T.W.
- Hepplemann, S.
- Hippolyte, B.
- Hirsch, A.
- Hjort, E.
- Hoffmann, G.W.
- Horner, M.
- Huang, H.Z.
- Huang, S.L.
- Hughes, E.W.
- Humanic, T.J.
- Igo, G.
- Ishihara, A.
- Jacobs, P.
- Jacobs, W.W.
- Jedynak, M.
- Jiang, H.
- Jones, P.G.
- Judd, E.G.
- Kabana, S.
- Kang, K.
- Kaplan, M.
- Keane, D.
- Kechechyan, A.
- Khodyrev, V.Yu.
- Kiryluk, J.
- Kisiel, A.
- Kislov, E.M.
- Klay, J.
- Klein, S.R.
- Koetke, D.D.
- Kollegger, T.
- Kopytine, M.
- Kotchenda, L.
- Kowalik, K.L.
- Kramer, M.
- Kravtsov, P.
- Kravtsov, V.I.
- Krueger, K.
- Kuhn, C.
- Kulikov, A.I.
- Kumar, A.
- Kutuev, R.Kh.
- Kuznetsov, A.A.
- Lamont, M.A.C.
- Landgraf, J.M.
- Lange, S.
- Laue, F.
- Lauret, J.
- Lebedev, A.,
- Lednicky, R.
- Lehocka, S.
- LeVine, M.J.
- Li, C.
- Li, Q.
- Li, Y.
- Lin, G.
- Lindenbaum, S.J.
- Lisa, M.A.
- Liu, Franklin
- Liu, Hong
- Liu, J.
- Liu, L.
- Liu, Q.J.
- Liu, Z.
- Ljubicic, T.
- Llope, W.J.
- Long, H.
- Longacre, R.S.
- Lopez-Noriega, M.
- Love, W.A.
- Lu, Y.
- Ludlam, T.
- Lynn, D.
- Ma, G.L.
- Ma, J.G.
- Ma, Y.G.
- Magestro, D.
- Mahajan, S.
- Mahapatra, D.P.
- Majka, R.
- Mangotra, L.K.
- Manweiler, R.
- Margetis, S.
- Markert, C.
- Martin, Lilian
- Marx, J.N.
- Matis, H.S.
- Matulenko, Yu.A.
- McClain, C.J.
- McShane, T.S.
- Meissner, F.
- Melnick, Yu.
- Meschanin, A.
- Miller, M.L.
- Minaev, N.G.
- Mironov, C.
- Mischke, A.
- Mishra, D.K.
- Mitchell, J.
- Mohanty, B.
- Molnar, L.
- Moore, C.F.
- Morozov, D.A.
- Munhoz, M.G.
- Nandi, B.K.
- Nayak, S.K.
- Nayak, T.K.
- Nelson, J.M.
- Netrakanti, P.K.
- Nikitin, V.A.
- Nogach, L.V.
- Nurushev, S.B.
- Odyniec, G.
- Ogawa, A.
- Okorokov, V.
- Oldenburg, M.
- Olson, D.
- Pal, S.K.
- Panebratsev, Y.
- Panitkin, S.Y.
- Pavlinov, A.I.
- Pawlak, T.
- Peitzmann, T.
- Perevoztchikov, V.
- Perkins, C.
- Peryt, W.
- Petrov, V.A.
- Phatak, S.C.
- Picha, R.
- Planinic, M.
- Pluta, J.
- Porile, N.
- Porter, J.
- Poskanzer, A.M.
- Potekhin, M.
- Potrebenikova, E.
- Potukuchi, B.V.K.S.
- Prindle, D.
- Pruneau, C.
- Putschke, J.
- Rakness, G.
- Raniwala, R.
- Raniwala, S.
- Ravel, O.
- Ray, R.L.
- Razin, S.V.
- Reichhold, D.
- Reid, J.G.
- Reinnarth, J.
- Renault, G.
- Retiere, F.
- Ridiger, A.
- Ritter, H.G.
- Roberts, J.B.
- Rogachevskiy, O.V.
- Romero, J.L.
- Rose, A.
- Roy, C.
- Ruan, L.
- Russcher, M.J.
- Sahoo, R.
- Sakrejda, I.
- Salur, S.
- Sandweiss, J.
- Sarsour, M.
- Savin, I.
- Sazhin, P.S.
- Schambach, J.
- Scharenberg, R.P.
- Schmitz, N.
- Schweda, K.
- Seger, J.
- Seyboth, P.
- Shahaliev, E.
- Shao, M.
- Shao, W.
- Sharma, M.
- Shen, W.Q.
- Shestermanov, K.E.
- Shimanskiy, S.S.
- Sichtermann, E.
- Simon, F.
- Singaraju, R.N.
- Smirnov, N.
- Snellings, R.
- Sood, G.
- Sorensen, P.
- Sowinski, J.
- Speltz, J.
- Spinka, H.M.
- Srivastava, B.
- Stadnik, A.
- Stanislaus, T.D.S.
- Stock, R.
- Stolpovsky, A.
- Strikhanov, M.
- Stringfellow, B.
- Suaide, A.A.P.
- Sugarbaker, E.
- Suire, C.
- Sumbera, M.
- Surrow, B.
- Swanger, M.
- Symons, T.J.M.
- Szanto De Toledo, A.
- Tai, A.
- Takahashi, J.
- Tang, A.H.
- Tarnowsky, T.
- Thein, D.
- Thomas, J.H.
- Timoshenko, S.
- Tokarev, M.
- Trainor, T.A.
- Trentalange, S.
- Tribble, R.E.
- Tsai, O.D.
- Ulery, J.
- Ullrich, T.
- Underwood, D.G.
- Van Buren, G.
- Van Leeuwen, M.
- Vander Molen, A.M.
- Varma, R.
- Vasilevski, I.M.
- Vasiliev, A.N.
- Vernet, R.
- Vigdor, S.E.
- Viyogi, Y.P.
- Vokal, S.
- Voloshin, S.A.
- Waggoner, W.T.
- Wang, F.
- Wang, Gang
- Wang, X.L.
- Wang, Y.
- Wang, Z.M.
- Ward, H.
- Watson, J.W.
- Webb, J.C.
- Westfall, G.D.
- Wetzler, A.
- Whitten Jr., C.
- Wieman, H.
- Wissink, S.W.
- Witt, R.
- Wood, J.
- Wu, J.
- Xu, N.
- Xu, Z.
- Xu, Z.Z.
- Yamamoto, E.
- Yepes, P.
- Yurevich, V.I.
- Zborovsky, I.
- Zhang, H.
- Zhang, W.M.
- Zhang, Y.
- Zhang, Z.P.
- Zoulkarneev, R.
- Zoulkarneeva, Y.
- Zubarev, A.N.
Publication date
November 2004
DOI Publisher
Springer Science and Business Media LLCAbstract
M. Calderon de la Barca on behalf of the STAR CollaborationCharmed hadrons are interesting observables in heavy ion collisions. They are becoming more accessible to experimental scrutiny at RHIC energies due to the increased production cross-section of charm with the larger centre-of-mass energy available at RHIC compared to SPS. One source of interest in charm production is due to the fact that gluon fusion dominates the charm production cross-section at high energy. Hence, a measurement of charm hadrons is directly sensitive to the gluon distributions of the colliding particles. In addition, any measurement of production at RHIC, and more importantly any observed suppression, must be compared to the overall production of pairs. A systemat...
Add to ORKG