2 research outputs found
Scaling Properties of Hyperon Production in Au + Au Collisions at √sNN = 200 GeV
- Author
- Adams J.
- Aggarwal M.M.
- Ahammed Z.
- Amonett J.
- Anderson B.D.
- Anderson M.
- Arkhipkin D.
- Averichev G.S.
- Bai Y.
- Balewski J.
- Barannikova O.
- Barnby L.S.
- Baudot J.
- Bekele S.
- Belaga V.V.
- Bellingeri-Laurikainen A.
- Bellwied R.
- Bezverkhny B.I.
- Bhardwaj S.
- Bhasin A.
- Bhati A.K.
- Bichsel H.
- Bielcik J.
- Bielcikova J.
- Bland L.C.
- Blyth C.O.
- Blyth S-L.
- Bonner B.E.
- Botje M.
- 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 J.H.
- Chen Y.
- Cheng J.
- Cherney M.
- Chikanian A.
- Choi H.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.
- Dong W.J.
- Dong X.
- Draper J.E.
- Du F.
- Dunin V.B.
- Dunlop J.C.
- Dutta Mazumadar M.R.
- Eckardt V.
- Edwards W.R.
- Efimov L.G.
- Emelianov V.
- Engelage J.
- Eppley G.
- Erazmus B.
- Estienne M.
- Fachini P.
- Fatemi R.
- Fedorisin J.
- Filimonov K.
- Filip P.
- Finch E.
- Fine V.
- Fisyak Y.
- Fu J.
- Gagliardi C.A.
- Gaillard L.
- Gans J.
- Ganti M.S.
- Ghazikhanian V.
- Ghosh P.
- Gonzalez J.E.
- Gorbunov Y.G.
- Gos H.
- Grebenyuk O.
- Grosnick D.
- Guertin S.M.
- Guimaraes K.S.F.F.
- Guo Y.
- Gupta N.
- Gutierrez T.D.
- Hagg B.
- Hallman T.J.
- Hamed A.
- Harris J.W.
- He W.
- Heinz M.
- Henry T.W.
- Hepplemann S.
- Hippolyte B.
- Hirsch A.
- Hjort E.
- Hoffmann G.W.
- Horner M.J.
- Huang H.Z.
- Huang S.L.
- Hughes E.W.
- Humanic T.J.
- Igo G.
- Jacobs P.
- Jacobs W.W.
- Jakl P.
- Jia F.
- Jiang H.
- Jones P.G.
- Judd E.G.
- Kabana S.
- Kang K.
- Kapitan J.
- Kaplan M.
- Keane D.
- Kechechyan A.
- Khodyrev V.Yu.
- Kiesiel A.
- Kim B.C.
- Kiryluk J.
- Kislov E.M.
- Klein S.R.
- Koetke D.D.
- Kollegger T.
- Kopytine M.
- Kotchenda L.
- Kouchpil V.
- Kowalik K.L.
- Kramer M.
- Kravtsov P.
- Kravtsov V.I.
- Krueger K.
- Kuhn C.
- Kulikov A.I.
- Kumar A.
- Kuznetsov A.A.
- Lamont M.A.C.
- Landgraf J.M.
- Lange S.
- LaPointe S.
- Laue F.
- Lauret J.
- Lebedev A.
- Lednicky R.
- Lee C-H.
- Lehocka S.
- LeVine M.J.
- Li C.
- Li Y.
- Lin G.
- Lindenbaum S.J.
- Lisa M.A.
- Liu F.
- Liu H.
- Liu J.
- Liu L.
- 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.
- Mahapatra D.P.
- Majka R.
- Mangotra L.K.
- Manweiler R.
- Margetis S.
- Markert C.
- Martin L.
- Matis H.S.
- Matulenko Yu.A.
- McClain C.J.
- McShane T.S.
- Melnick Yu.
- Meschanin A.
- Miller M.L.
- Minaev N.G.
- Mioduszewski S.
- 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.
- Nattrass C.
- 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.
- Pachr M.
- 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.
- Poljak N.
- 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.
- Ray R.L.
- Razin S.V.
- Reinnarth J.
- Relyea D.
- 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.
- Sazhin P.S.
- Schambach J.
- Scharenberg R.P.
- Schmitz N.
- Schweda K.
- Seger J.
- Selyuzhenkov I.
- Seyboth P.
- Shabetai A.
- Shahaliev E.
- Shao M.
- Sharma M.
- Shen W.Q.
- 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.
- Stainslaus T.D.S.
- Stock R.
- Stolpovsky A.
- Strikhanov M.
- Stringfellow B.
- Suaide A.A.P.
- Sugarbaker E.
- Sumbera M.
- Sun Z.
- Surrow B.
- Swanger M.
- Symons T.J.M.
- Szanto de Toledo A.
- Tai A.
- Takahashi J.
- Tang A.H.
- Tarnoswky T.
- Thein D.
- Thomas J.H.
- Timmins A.R.
- 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 der Kolk N.
- 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 G.
- Wang X.L.
- Wang Y.
- Watson J.W.
- Webb J.C.
- Westfall G.D.
- Wetzler A.
- Whitten C., Jr.
- Wieman H.
- Wissink S.W.
- Witt R.
- Wood J.
- Wu J.
- Xu N.
- Xu Q.H.
- Xu Z.
- Yepes P.
- Yoo I-K.
- Yurevich V.I.
- Zhan W.
- Zhang H.
- Zhang W.M.
- Zhang Y.
- Zhang Z.P.
- Zhao Y.
- Zhong C.
- Zoulkarneev R.
- Zoulkarneeva Y.
- Zubarev A.N.
- Zuo J.X.
- Publication venue
- DigitalCommons@CalPoly
- Publication date
- 09/02/2007
- Field of study
Get PDFWe present the scaling properties of Λ, Ξ, and Ω in midrapidity Au+Au collisions at the Brookhaven National Laboratory Relativistic Heavy Ion Collider at sNN−−−−√=200 GeV. The yield of multistrange baryons per participant nucleon increases from peripheral to central collisions more rapidly than that of Λ, indicating an increase of the strange-quark density of the matter produced. The strange phase-space occupancy factor γs approaches unity for the most central collisions. Moreover, the nuclear modification factors of p, Λ, and Ξ are consistent with each other for
ρ\u3csup\u3e0\u3c/sup\u3e production and possible modification in Au + Au and p + p collisions at √s\u3csub\u3eNN\u3c/sub\u3e = 200 GeV
- Author
- Adams J.
- Adler C.
- Aggarwal M.M.
- Ahammed Z.
- Amonett J.
- Anderson B.D.
- Arkhipkin D.
- Averichev G.S.
- Badyal S.K.
- Balewski J.
- Barannikova O.
- Barnby L.S.
- Baudot J.
- Bekele S.
- Belaga V.V.
- Bellwied R.
- Berger J.
- Bezverkhny B.I.
- Bhardwaj S.
- Bhati A.K.
- Bichsel H.
- Billmeier A.
- Bland L.C.
- Blyth C.O.
- Bonner B.E.
- Botje M.
- Boucham A.
- Brandin A.V.
- Bravar A.
- Cadman R.V.
- Cai X.Z.
- Caines H.
- Calderón de la Barca Sánchez M.
- Carroll J.
- Castillo J.
- Cebra D.
- Chaloupka P.
- Chattopadhyay S.
- Chen H.F.
- Chen Y.
- Chernenko S.P.
- Cherney M.
- Chikanian A.
- Christie W.
- Coffin J.P.
- Cormier T.M.
- Cramer J.G.
- Crawford H.J.
- Das D.
- Das S.
- de Moura M.M
- Derevschikov A.A.
- Didenko L.
- Dietel T.
- Dong W.J.
- Dong X.
- Draper J.E.
- Du F.
- Dubey A.K.
- Dunin V.B.
- Dunlop J.C.
- Dutta Mazumadar M.R.
- Eckardt V.
- Efimov L.G.
- Emelianov V.
- Engelage J.
- Eppley G.
- Erazmus B.
- Estienne M.
- Fachini P.
- Faivre J.
- Fatemi R.
- Filimonov K.
- Filip P.
- Finch E.
- Fine V.
- Fisyak Y.
- Flierl D.
- Foley K.J.
- Fu J.
- Gagliardi C.A.
- Gagunashvili N.
- Gans J.
- Ganti M.S.
- Gaudichet L.
- Geurts F.
- Ghazikhanian V.
- Ghosh P.
- Gonzalez J.E.
- Grachov O.
- Grebenyuk O.
- Gronstal S.
- Grosnick D.
- Guertin S.M.
- Gupta A.
- Gutierrez Thomas 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.
- Horsley M.
- Huang H.Z.
- Huang S.L.
- Hughes E.
- Humanic T.J.
- Igo G.
- Ishihara A.
- Jacobs P.
- Jacobs W.W.
- Janik M.
- Jiang H.
- Johnson I.
- Jones P.G.
- Judd E.G.
- Kabana S.
- Kaplan M.
- Keane D.
- Khodyrev V.Yu.
- Kiryluk J.
- Kisiel A.
- Klay J.
- Klein S.R.
- Klyachko A.
- Koetke D.D.
- Kollegger T.
- Kopytine M.
- Kotchenda L.
- Kovalenko A.D.
- Kramer M.
- Kravtsov P.
- Kravtsov V.I.
- Krueger K.
- Kuhn C.
- Kulikov A.I.
- Kumar A.
- Kunde G.J.
- Kunz C.L.
- Kutuev R. Kh.
- Kuznetsov A.A.
- Lamont M.A.C.
- Landgraf J.M.
- Lange S.
- Lasiuk B.
- Laue F.
- Lauret J.
- Lebedev A.
- Lednicky R.
- LeVine M.J.
- Li C.
- Li Q
- Lindenbaum S.J.
- Lisa M.A.
- Liu F.
- Liu L.
- Liu Q.J.
- Liu Z.
- Ljubicic T.
- Llope W.J.
- Long H.
- Longacre R.S.
- Lopez-Noriega M.
- Love W.A.
- Ludlam T.
- Lynn D.
- Ma J.
- Ma Y.G.
- Magestro D.
- Mahajan S.
- Mahapatra D.P.
- Majka R.
- Mangotra L.K.
- Manweiler R.
- Margetis S.
- Markert C.
- Martin L.
- Marx J.N.
- Matis H.S.
- Matulenko Yu.A.
- McClain C.J.
- McShane T.S.
- Meissner F.
- Melnick Yu.
- Meschanin A.
- Miller M.L.
- Milosevich Z.
- Minaev N.G.
- Mironov C.
- Mischke A.
- Mishra D.K.
- Mitchell J.
- Mohanty B.
- Molnar L.
- Moore C.F.
- Mora-Corral M.J.
- Morozov D.A.
- Morozov V.
- Munhoz M.G.
- Nandi B.K.
- Nayak S.K.
- Nayak T.K.
- Nelson J.M.
- Netrakanti P.K.
- Nikitin V.A.
- Nogach L.V.
- Norman B.
- Nurushev S.B.
- Odyniec G.
- Ogawa A.
- Okorokov V.
- Oldenburg M.
- Olson D.
- Paic G.
- 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.
- Rai G.
- Rakness G.
- Raniwala R.
- Raniwala S.
- Ravel O.
- Ray R.L.
- Razin S.V.
- Reichhold D.
- Reid J.G.
- Renault G.
- Retiere F.
- Ridiger A.
- Ritter H.G.
- Roberts J.B.
- Rogachevskiy O.V.
- Romero J.L.
- Rose A.
- Roy C.
- Ruan L.
- Sahoo R.
- Sakrejda I.
- Salur S.
- Sandweiss J.
- Savin I.
- Schambach J.
- Scharenberg R.P.
- Schmitz N.
- Schroeder L.S.
- Schweda K.
- Seger J.
- Seyboth P.
- Shahaliev E.
- Shao M.
- Shao W.
- Sharma M.
- Shestermanov K.E.
- Shimanskiy S.S.
- Simon F.
- Singaraju R.N.
- Skoro G.
- Smirnov N.
- Snellings R.
- Sood G.
- Sorensen P.
- Sowinski J.
- Speltz J.
- Spinka H.M.
- Srivastava B.
- Stanislaus T.D.S.
- Stock R.
- Stolpovsky A.
- Strikhanov M.
- Stringfellow B.
- Struck C.
- Suaide A.A.P.
- Sugarbaker E.
- Suire C.
- Surrow B.
- Symons T.J.M.
- Szanto de Toledo A.
- Szarwas P.
- Tai A.
- Takahashi J.
- Tang A.H.
- Thein D.
- Thomas J.H.
- Timoshenko S.
- Tokarev M.
- Tonjes M.B.
- Trainor T.A.
- Trentalange S.
- Tribble R.E.
- Tsai O.D.
- Ullrich T.
- Underwood D.G.
- Van Buren G.
- Vander Molen A.M.
- Varma R.
- Vasilevski I.M.
- Vasiliev A.N.
- Vernet R.
- Vigdor S.E.
- Viyogi Y.P.
- Voloshin S.A.
- Vznunzdaev M.
- Waggoner W.T.
- Wang F.
- Wang G.
- Wang G.
- Wang X.L.
- Wang Y.
- Wang Z.M.
- Ward H.
- Watson J.W.
- Webb J.C.
- Wells R.
- Westfall G.D.
- Whitten Jr. C. A.
- Wieman H.
- Willson R.
- Wissink S.W.
- Witt R.
- Wood J.
- Wu J.
- Xu N.
- Xu Z.
- Xu Z.Z.
- Yamamoto E.
- Yepes P.
- Yurevich V.I.
- Yuting B.
- Zanevski Y.V.
- Zhang H.
- Zhang W.M.
- Zhang Z.P.
- Zhaomin Z.P.
- Zizong Z.P.
- Zolnierczuk P.A.
- Zoulkarneev R.
- Zoulkarneeva Y.
- Zubarev A.N.
- Šumbera M.
- Publication venue
- DigitalCommons@CalPoly
- Publication date
- 05/03/2004
- Field of study
Get PDFWe report results on ρ(770)0→π+π− production at midrapidity in p+p and peripheral Au+Au collisions at √sNN=200 GeV. This is the first direct measurement of ρ(770)0→π+π− in heavy-ion collisions. The measured ρ0 peak in the invariant mass distribution is shifted by ∼40 MeV/c2 in minimum bias p+p interactions and ∼70 MeV/c2 in peripheral Au+Au collisions. The ρ0 mass shift is dependent on transverse momentum and multiplicity. The modification of the ρ0 meson mass, width, and shape due to phase space and dynamical effects are discussed
