386 research outputs found
Pion, kaon, proton and anti-proton transverse momentum distributions from p+p and d+Au collisions at sNN=200 GeV
- Author
- Adams John
- Aggarwal M.M.
- Ahammed Z.
- Amonett J.
- Anderson B.D.
- Arkhipkin D.
- Averichev G.S.
- Badyal S.K.
- Bai Y.
- Balewski J.
- Barannikova Olga Yu.
- Barnby L.S.
- Baudot J.
- Bekele S.
- Belaga V.V.
- 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.
- Bonner B.E.
- Botje M.
- Boucham A.
- 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.A.
- Chajecki Z.
- Chaloupka P.
- Chattopadhyay S.
- Chen H.F.
- Chen Y.
- Cheng J.
- Cherney Michael G.
- 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.
- 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 M.
- Fachini P.
- Faivre J.
- Fatemi R.
- Fedorisin J.
- Filimonov K.
- Filip P.
- Finch E.
- Fine V.
- Fisyak Y.
- Fomenko K.
- Fu J.
- Gagliardi C.A.
- Gaillard L.
- Gans J.
- Ganti M.S.
- Gaudichet L.
- Geurts F.
- Ghazikhanian V.
- Ghosh P.
- Gonzalez J.E.
- Grachov Oleg A.
- Grebenyuk O.
- Grosnick D.
- Guertin S.M.
- Guo Y.
- Gupta A.
- 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.
- Huang H.Z.
- Huang S.L.
- Hughes E.W.
- Humanic T.J.
- Igo G.
- Ishihara A.
- Jacobs P.
- Jacobs W.W.
- Janik M.
- Jiang H.
- Jones P.G.
- Judd E.G.
- Kabana S.
- Kang K.
- Kaplan M.
- Keane D.
- Khodyrev V.Yu.
- Kiryluk J.
- Kisiel A.
- Kislov E.M.
- Klay J.
- Klein S.R.
- Koetke D.D.
- Kollegger T.
- Kopytine M.
- Kotchenda 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 Micheal J.
- Li C.
- Li Q.
- Li Y.
- Lin G.
- 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.
- 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 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.
- 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 Arthur 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.
- 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.
- Sarsour M.
- Savin Igor A.
- 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.
- Simon F.
- Simon F.
- Singaraju R.N.
- Skoro G.
- Skoro G.
- Smirnov N.
- Smirnov N.
- Snellings R.
- Snellings R.
- Sood G.
- Sood G.
- Sorensen P.
- Sorensen P.
- Sowinski J.
- Sowinski J.
- Speltz J.
- Spinka H.M.
- Spinka H.M.
- Srivastava B.
- Srivastava B.
- Stadnik A.
- Stanislaus S.
- Stanislaus T.D.S.
- Stock R.
- Stock R.
- Stolpovsky A.
- Stolpovsky A.
- Strikhanov M.
- Strikhanov M.
- Stringfellow B.
- Stringfellow B.
- Struck C.
- Suaide A.A.P.
- Suaide A.A.P.
- Sugarbaker E.
- Sugarbaker E.
- Suire C.
- Suire C.
- Sumbera M.
- Sumbera M.
- Surrow B.
- Surrow B.
- Symons T.J.M.
- Symons T.J.M.
- Szanto de Toledo A.
- Szanto de Toledo A.
- Szarwas P.
- Szarwas P.
- Tai A.
- Tai A.
- Takahashi J.
- Takahashi J.
- Tang A.H.
- Tang A.H.
- Tarnowsky T.
- Thein D.
- Thein D.
- Thomas J.H.
- Thomas J.H.
- Tikhomirov V.
- Timoshenko S.
- Tokarev M.
- Tokarev M.
- Tonjes M.B.
- Trainor T.A.
- Trainor T.A.
- Trentalange S.
- Trentalange S.
- Tribble R.E.
- Tribble R.E.
- Trivedi M.D.
- Trofimov V.
- Tsai O.
- Tsai O.D.
- Ulery J.
- Ullrich T.
- Ullrich T.
- Underwood David G.
- Underwood David G.
- Urkinbaev A.
- Van Buren G.
- Van Buren G.
- van Leeuwen M.
- Vander Molen A.M.
- VanderMolen A.M.
- Varma R.
- Vasilevski I.M.
- Vasiliev A.N.
- Vasiliev A.N.
- Vasiliev M.
- Vernet R.
- Vigdor S.E.
- Vigdor S.E.
- Viyogi Y.P.
- Viyogi Y.P.
- Vokal S.
- Voloshin S.A.
- Voloshin S.A.
- Vznuzdaev M.
- Waggoner W.
- Waggoner W.T.
- Wang F.
- Wang F.
- Wang G.
- Wang G.
- Wang G.
- Wang X.L.
- Wang X.L.
- Wang Y.
- Wang Y.
- Wang Z.M.
- Wang Z.M.
- Ward H.
- Ward H.
- Watson J.W.
- Watson J.W.
- Webb J.C.
- Wells R.
- Wells R.
- Westfall G.D.
- Westfall G.D.
- Wetzler A.
- Whitten Jr. C.
- Whitten C., Jr.
- Wieman H.
- Wieman H.
- Willson R.
- Wissink S.W.
- Wissink S.W.
- Witt R.
- Witt R.
- Wood J.
- Wood J.
- Wu J.
- Wu J.
- Xu N.
- Xu N.
- Xu Z.
- Xu Z.
- Xu Z.Z.
- Xu Z.Z.
- Yakutin A.E.
- Yamamoto E.
- Yamamoto E.
- Yang J.
- Yepes P.
- Yepes P.
- Yurevich V.I.
- Yurevich V.I.
- Zanevski Y.V.
- Zanevsky Y.V.
- Zborovsky I.
- Zhang H.
- Zhang H.
- Zhang H.Y.
- Zhang W.M.
- Zhang W.M.
- Zhang Z.P.
- Zhang Z.P.
- Zolnierczuk P.A.
- Zoulkarneev R.
- Zoulkarneev R.
- Zoulkarneeva J.
- Zoulkarneeva Y.
- Zubarev A.N.
- Zubarev A.N.
- Publication venue
- 'Elsevier BV'
- Publication date
- 01/01/2005
- Field of study
Identified mid-rapidity particle spectra of π±, K±, and
p(pˉ) from 200 GeV p+p and d+Au collisions are reported. A
time-of-flight detector based on multi-gap resistive plate chamber technology
is used for particle identification. The particle-species dependence of the
Cronin effect is observed to be significantly smaller than that at lower
energies. The ratio of the nuclear modification factor (RdAu) between
protons (p+pˉ) and charged hadrons (h) in the transverse momentum
range 1.2<pT<3.0 GeV/c is measured to be
1.19±0.05(stat)±0.03(syst) in minimum-bias collisions and shows little
centrality dependence. The yield ratio of (p+pˉ)/h in minimum-bias d+Au
collisions is found to be a factor of 2 lower than that in Au+Au collisions,
indicating that the Cronin effect alone is not enough to account for the
relative baryon enhancement observed in heavy ion collisions at RHIC.Comment: 6 pages, 4 figures, 1 table. We extended the pion spectra from
transverse momentum 1.8 GeV/c to 3. GeV/
Plasma Wakefield Acceleration with a Modulated Proton Bunch
- 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.
- Bharadwaj 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.
- Cai X.Z.
- Caines H.
- Calderon De La Barca Sanchez M.
- Castillo J.
- Catu O.
- Cebra D.
- Chajecki Z.
- Chaloupka P.
- Chattopdhyay 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.
- Dedovich T.G.
- Dephillips M.
- Derevschikov A.A.
- Didenko L.
- Dietel T.
- Djawotho P.
- Dogra S.M.
- Dong W.J.
- Dong X.
- Draper J.E.
- Du F.
- 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.
- 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 Anupam
- Gutierrez T.D.
- Haag 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.
- Ishihara A.
- 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.
- Kim B.C.
- Kiryluk J.
- Kisiel A.
- 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 Q.
- Li Y.
- Lin G.
- Lindenbaum S.J.
- Lisa M.A.
- Liu Franklin
- 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 Lilian
- 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.
- Mitchell J.
- Mohanty B.
- Molnar L.
- Moore C.F.
- Morozov D.A.
- Morozov V.
- 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.
- Reid J.G.
- 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 Alexandre
- 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.
- Stanislaus 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.
- Tarnowsky T.
- Thein D.
- Thomas J.H.
- Timmins A.R.
- Timoshenko S.
- Tokarev M.
- Trainor T.A.
- Trentalange S.
- Tribble R.E.
- Tsai O.
- Ulery J.
- Ullrich T.
- Underwood D.G.
- Van Buren G.
- Van Der Kolk N.
- Van Leeuwen M.
- VanderMolen A.M.
- Varma R.
- Vasilevski I.M.
- Vasiliev A.N.
- Vernet R.
- Vigdor S.E.
- Viyogi Y.P.
- Vokal S.
- Voloshin S.A.
- Waggoner B.
- Wang F.
- Wang Gang
- Wang J.S.
- Wang X.L.
- Wang Y.
- 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 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
- Publication date
- 01/01/2007
- Field of study
The plasma wakefield amplitudes which could be achieved via the modulation of
a long proton bunch are investigated. We find that in the limit of long bunches
compared to the plasma wavelength, the strength of the accelerating fields is
directly proportional to the number of particles in the drive bunch and
inversely proportional to the square of the transverse bunch size. The scaling
laws were tested and verified in detailed simulations using parameters of
existing proton accelerators, and large electric fields were achieved, reaching
1 GV/m for LHC bunches. Energy gains for test electrons beyond 6 TeV were found
in this case.Comment: 9 pages, 7 figure
The energy dependence of pt angular correlations inferred from mean-pt fluctuation scale dependence in heavy ion collisions at the SPS and RHIC
- 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 B.
- 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.
- Dedovich T.G.
- DePhillips M.
- Derevschikov A.A.
- Didenko L.
- Dietel T.
- Djawotho P.
- Dogra S.M.
- Dong W.J.
- Dong X.
- Draper J.E.
- Du F.
- 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 M.
- Fachini P.
- Fatemi R.
- Fedorisin J.
- Filimonov K.
- Filip P.
- Finch E.
- Fine V.
- Fisyak Y.
- Fu J.
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- Timmins A.R.
- Timoshenko S.
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- 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 J. S.
- Wang X. L.
- Wang Y.
- Watson J.W.
- Webb J.C.
- Westfall G.D.
- Wetzler A.
- Whitten Jr. C. A.
- 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
- 'IOP Publishing'
- Publication date
- 17/05/2006
- Field of study
We present the first study of the energy dependence of pt angular
correlations inferred from event-wise mean transverse momentum
fluctuations in heavy ion collisions. We compare our large-acceptance
measurements at CM energies $\sqrt{s_{NN}} =$ 19.6, 62.4, 130 and 200 GeV to
SPS measurements at 12.3 and 17.3 GeV. $p_t$ angular correlation structure
suggests that the principal source of $p_t$ correlations and fluctuations is
minijets (minimum-bias parton fragments). We observe a dramatic increase in
correlations and fluctuations from SPS to RHIC energies, increasing linearly
with $\ln \sqrt{s_{NN}}$ from the onset of observable jet-related
fluctuations near 10 GeV.Comment: 10 pages, 4 figure
Experimental progress in positronium laser physics
- Author
- A. Alonso
- A. Anderson
- A. Antognini
- A. Antognini
- A. Antognini
- A. Aspect
- A. Badertscher
- A. Badertscher
- A. Beyer
- A. Beyer
- A. Bhatia
- A. Czarnecki
- A. Czarnecki
- A. Damascelli
- A. Deller
- A. Deller
- A. Deller
- A. Deller
- A. Dupasquier
- A. Einstein
- A. Friedland
- A. Greenberger
- A. Gumberidze
- A. Held
- A. Igarashi
- A. Igarashi
- A. Igarashi
- A. Ishida
- A. Loeb
- A. Miyazaki
- A. Ore
- A. Ore
- A. Osterwalder
- A. Osterwalder
- A. Pokraka
- A. Pokraka
- A. Raspini
- A. Rich
- A. Rich
- A. Rich
- A. Schuster
- A. Schüller
- A. Sommerfeld
- A. Speck
- A. Weiss
- A.C.L. Jones
- A.C.L. Jones
- A.C.L. Jones
- A.C.L. Jones
- A.C.L. Jones
- A.C.L. Jones
- A.D. Cronin
- A.D. Sakharov
- A.E. Charman
- A.E. Ruark
- A.G. Cohen
- A.H. Al-Ramadhan
- A.H. Baugher
- A.H. Hoang
- A.I. Alekseev
- A.I. Alekseev
- A.J. Dessler
- A.J. Garner
- A.J. Leggett
- A.J. Varandas
- A.K. Bhatia
- A.K. Bhatia
- A.K. Bhatia
- A.K. Bhatia
- A.L. Goodgame
- A.M. Alonso
- A.M. Alonso
- A.M. Alonso
- A.M. Alonso
- A.M. Frolov
- A.M. Frolov
- A.M. Frolov
- A.M. Frolov
- A.O. Barut
- A.P. Mills
- A.P. Mills
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.R. Koymen
- A.R. Penner
- A.R. Swann
- A.S. Gevorkyan
- A.S. Kadyrov
- A.T. Lee
- A.W. Hunt
- A.W. Hunt
- B. Cagnac
- B. de Beauvoir
- B. Ghaffari
- B. Jaduszliwer
- B.C. Sawyer
- B.I. Deutch
- B.K. Arbic
- B.S. Cooper
- B.S. Cooper
- C. Bordé
- C. Fabre
- C. Harabati
- C. He
- C. He
- C. Hodges
- C. Hugenschmidt
- C. Hugenschmidt
- C. Hugenschmidt
- C. Schwob
- C. Seiler
- C. Sommer
- C. Surko
- C. Wieman
- C.A. Isaac
- C.D. Anderson
- C.D. Anderson
- C.D. Dermer
- C.D. Molek
- C.E. Carlson
- C.G. Fischer
- C.G. Parthey
- C.H. Hodges
- C.H. Storry
- C.J. Baker
- C.J. Edwardson
- C.M. Surko
- C.M. Surko
- C.M. Surko
- C.M. Surko
- C.M. Surko
- C.M. Varma
- C.M. Will
- C.N. Yang
- C.S. Allred
- C.V. Briscoe
- C.W. Oates
- Ch. Seiler
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- D. Abbott
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- D. Cassidy
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- D. Hanneke
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- D. Kielpinski
- D. Schwalm
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- D.B. Cassidy
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- D.B. Kinghorn
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- D.G. Costello
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- D.G. Green
- D.H. Bailey
- D.H. McIntyre
- D.J. Day
- D.L. Griscom
- D.M. Chen
- D.M. Schrader
- D.P. van der Werf
- D.S. Hajdukovic
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- D.S. Hajdukovic
- D.S. Weiss
- D.W. Fitzakerley
- D.W. Gidley
- D.W. Gidley
- D.W. Gidley
- D.W. Gidley
- D.W. Gidley
- D.W. Gidley
- D.W. Gidley
- D.W. Keith
- D.Z. Kandula
- David B. Cassidy
- E. Hessels
- E. Ivanov
- E. Mátyus
- E. So
- E. Vliegen
- E. Vliegen
- E. Vliegen
- E. Vliegen
- E. Vliegen
- E.A. Donley
- E.A. Hylleraas
- E.A. Hylleraas
- E.D. Bloom
- E.D. Shaw
- E.D. Theriot
- E.G. Adelberger
- E.J. Galvez
- E.J. Galvez
- E.M. Rasel
- E.P. Liang
- E.W. Hagley
- F. Biraben
- F. Biraben
- F. Biraben
- F. Bloch
- F. Ebel
- F. Fleischer
- F. Guillemot
- F. Hasselbach
- F. Merkt
- F. Nez
- F. Nez
- F. Pereira Dos Santos
- F. Tuomisto
- F. Vagizov
- F.C. Witteborn
- G. Baur
- G. Bearman
- G. Beck
- G. Blanford
- G. Breit
- G. Chardin
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- G. Dufour
- G. Feinberg
- G. Ferey
- G. Gabrielse
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- G. Laricchia
- G. Laricchia
- G. Testera
- G. Timp
- G.B. Andresen
- G.C. Baldwin
- G.C. Baldwin
- G.C. Branco
- G.F. Chew
- G.F. Gribakin
- G.G. Ryzhikh
- G.R. Massoumi
- G.S. Adkins
- G.S. Adkins
- G.S. Adkins
- G.S. Adkins
- G.T. Bodwin
- G.W. Biedermann
- G.W. Biedermann
- G.W. Erickson
- G.W. Ford
- G.W.F. Drake
- G.W.F. Drake
- H. Ceeh
- H. Deng
- H. Grotch
- H. Higaki
- H. Hotop
- H. Iijima
- H. Kragh
- H. Lamm
- H. Li
- H. Mazaki
- H. Saito
- H. Saito
- H. Saito
- H. Stoll
- H. Stoll
- H. Stolz
- H. Terabe
- H. Yabu
- H.G. Peng
- H.K. Avetissian
- H.K. Avetissian
- H.L. Bethlem
- H.L. Bethlem
- H.O. Anger
- H.O. Anger
- H.W. Kendall
- I. Bondarev
- I. Kylänpää
- I.A. Ivanov
- I.A. Ivanov
- I.A. Ivanov
- I.I. Fabrikant
- I.J. Rosenberg
- I.N. Meshkov
- J. Algers
- J. Botero
- J. Callaway
- J. Estrada
- J. Kuriplach
- J. Mayer
- J. Mitroy
- J. Mitroy
- J. Mitroy
- J. Pirenne
- J. Scherk
- J. Shapiro
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- J. Usukura
- J. Usukura
- J. Wheatley
- J. Yang
- J. Zatorski
- J.A. Gibbard
- J.A. Ludlow
- J.A. Wheeler
- J.C. Greenbank
- J.C. Palathingal
- J.D. Jackson
- J.D. Tasson
- J.E. McClintock
- J.F. Clauser
- J.H. Malmberg
- J.L. Hall
- J.L. Rowsell
- J.M. Anthony
- J.M. Larkin
- J.M. Lockhart
- J.M. McGuirk
- J.M. Rost
- J.N. Tan
- J.P. Connerade
- J.P. Gordon
- J.P. Merrison
- J.R. Danielson
- J.R. Danielson
- J.R. Danielson
- J.R. Danielson
- J.R. Haynes
- J.W. Humberston
- K. Cassella
- K. Danzmann
- K. Ito
- K. Kirch
- K. Kirsten
- K. Marko
- K. Michishio
- K. Michishio
- K. Michishio
- K. Michishio
- K. Pachucki
- K. Pachucki
- K. Pachucki
- K. Shibuya
- K. Shibuya
- K. Shu
- K. Strasburger
- K. Varga
- K. Varga
- K. Wada
- K. Wada
- K. Wada
- K.B. Davis
- K.F. Canter
- K.F. Canter
- K.F. Canter
- K.G. Dvoyan
- K.G. Lynn
- K.G. Lynn
- K.G. Lynn
- K.G. Lynn
- K.M. Daily
- K.P. Marzlin
- K.P. Ziock
- K.P. Ziock
- K.S. Chan
- K.S. Khaw
- K.S. Lai
- K.S. Shah
- L. Di Noto
- L. Dick
- L. Liszkay
- L. Liszkay
- L. Liszkay
- L. Liszkay
- L. Madansky
- L. Michel
- L. Wolfenstein
- L.B. Okun
- L.D. van Buuren
- L.I. Schiff
- L.S. Vasilenko
- L.V. J∅rgensen
- M. Ahmadi
- M. Amoretti
- M. Arndt
- M. Baker
- M. Bertolotti
- M. Born
- M. Boustimi
- M. Charlton
- M. Charlton
- M. Charlton
- M. Chin
- M. Deutsch
- M. Deutsch
- M. Deutsch
- M. Deutsch
- M. Doser
- M. Eldrup
- M. Eldrup
- M. Emami-Razavi
- M. Fukugita
- M. Glyavin
- M. Haas
- M. Haghighat
- M. Halka
- M. Jungmann
- M. Kakimoto
- M. Kasevich
- M. Maekawa
- M. Oberthaler
- M. O’Keeffe
- M. Petkov
- M. Puchalski
- M. Puchalski
- M. Randić
- M. Shipman
- M. Skalsey
- M. Skalsey
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- M. Tuomisaari
- M. Villata
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- M. Villata
- M. Weinelt
- M. Weinstein
- M. Weinstein
- M.A. Lee
- M.A. Stroscio
- M.E. Phelps
- M.H. Anderson
- M.H. Holzscheiter
- M.H. Holzscheiter
- M.H. Weber
- M.H. Weber
- M.J. Puska
- M.J.T.F. Cabbolet
- M.K. Oberthaler
- M.L. Good
- M.L. Lewis
- M.M. Dellweg
- M.M. Nieto
- M.P. Petkov
- M.R. Poulsen
- M.S. Fee
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- M.S. Fee
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- M.T. Bell
- M.W. Ritter
- N. Blinov
- N. Fazleev
- N. Prantzos
- N. Shinohara
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- S. Pendyala
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- S.J. Brawley
- S.J. Brawley
- S.J. Buckman
- S.J. Tao
- S.J. Ward
- S.L. Andersen
- S.L. Andersen
- S.M. Curry
- S.M. Kim
- S.N. Gninenko
- S.R. Lundeen
- S.V. Demidov
- S.Y. Chuang
- T. Aoyama
- T. Brandt
- T. Breeden
- T. Chang
- T. Cowan
- T. Goldman
- T. Goldman
- T. Halfmann
- T. Hyodo
- T. Kumita
- T. Matsumoto
- T. Mitsui
- T. Mitsui
- T. Namba
- T. Rieger
- T. Svensson
- T. Thiele
- T. Udem
- T. Udem
- T. Yamazaki
- T. Yamazaki
- T.A. Collaboration
- T.A. Pond
- T.A. Pond
- T.C. Griffith
- T.C. Griffith
- T.D. Lee
- T.D. Steiger
- T.E. Wall
- T.E. Wall
- T.E.O. Ericson
- T.F. Gallagher
- T.J. Phillips
- T.N. Horsky
- T.R. Weber
- T.W. Darling
- T.W. Hänsch
- T.W. Hänsch
- T.W. Hänsch
- T.W. Hänsch
- U. Fano
- U. Jentschura
- U.I. Uggerh∅j
- V. Baryshevsky
- V. Dolmatov
- V. Letokhov
- V. Meyer
- V.A. Dzuba
- V.A. Dzuba
- V.A. Dzuba
- V.A. Kostelecký
- V.A. Kostelecký
- V.B. Berestetski
- V.D. Ovsiannikov
- V.G. Baryshevsky
- V.I. Korobov
- V.I. Sbitnev
- V.L. Telegdi
- V.W. Hughes
- V.W. Hughes
- V.W. Hughes
- W. Bernreuther
- W. Bernreuther
- W. Brandt
- W. Brandt
- W. Brandt
- W. Kohn
- W. Stoeffl
- W.A. Bertsche
- W.A. Perkins
- W.E. Cooke
- W.E. Frieze
- W.E. Lamb
- W.E. Lamb
- W.F. Brinkman
- W.H. Wing
- W.P. Spencer
- W.P. West
- X. Cheng
- X. Lu
- X.P. Huang
- Y. Enomoto
- Y. Ho
- Y. Kataoka
- Y. Liao
- Y. Nagashima
- Y. Nagashima
- Y. Nagashima
- Y. Nagashima
- Y. Nagashima
- Y. Nagashima
- Y. Pu
- Y. Pu
- Y. Sasaki
- Y. Suzuki
- Y. Tatematsu
- Y. Yamakita
- Y. Yamazaki
- Y. Zhou
- Y. Zhou
- Y. Zhou
- Y.H. Wang
- Y.K. Ho
- Y.K. Ho
- Y.K. Ho
- Z. Liao
- Z. Qi-Ren
- Z. Wang
- Z. Yu
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
An Observational Overview of Solar Flares
- Author
- A. Asai
- A. Asai
- A. Asai
- A. Asai
- A. Asai
- A. Bleybel
- A. Caspi
- A. Caspi
- A. Czaykowska
- A. Czaykowska
- A. Jardins Des
- A. Severny
- A. Veronig
- A. Veronig
- A. Veronig
- A. Vourlidas
- A. Vourlidas
- A. Vourlidas
- A.-C. Donea
- A.C. Lin
- A.C. Sterling
- A.C. Sterling
- A.E. Covington
- A.G. Emslie
- A.G. Emslie
- A.G. Emslie
- A.G. Emslie
- A.G. Kosovichev
- A.G. Kosovichev
- A.G. Kosovichev
- A.I. Poland
- A.L. Kiplinger
- A.M. Melo
- A.M. Veronig
- A.M. Veronig
- A.M. Veronig
- A.N. Parmar
- A.O. Benz
- A.O. Benz
- A.O. Benz
- A.R. Inglis
- A.V.R. Silva
- A.V.R. Silva
- B. Anwar
- B. De Pontieu
- B. Joshi
- B. R. Dennis
- B. Schmieder
- B. Schmieder
- B. Vršnak
- B. Vršnak
- B.E. Woodgate
- B.J. Thompson
- B.N. Handy
- B.R. Dennis
- B.R. Dennis
- B.V. Somov
- B.V. Somov
- B.W. Lites
- C. Caroubalos
- C. Chifor
- C. Debi Prasad
- C. Denker
- C. Foullon
- C. Kuckein
- C. Lindsey
- C. Liu
- C. Liu
- C. Liu
- C.H. Mandrini
- C.H. Mandrini
- C.H. Miklenic
- C.J. Schrijver
- C.J. Schrijver
- C.J. Schrijver
- C.J. Schrijver
- C.P. Catalano
- C.P. Goff
- C.R. DeVore
- C.U. Keller
- D. Alexander
- D. Alexander
- D. Maričić
- D. Moses
- D. Tripathi
- D.A. Biesecker
- D.A. Falconer
- D.B. Jess
- D.B. Jess
- D.E. Gary
- D.E. McKenzie
- D.F. Neidig
- D.G. Wentzel
- D.L. Mickey
- D.M. Smith
- D.M. Zarro
- D.M. Zarro
- D.P. Cox
- D.V. Reames
- D.W. Longcope
- D.W. Longcope
- D.W. Longcope
- E. Antonucci
- E. Vogt
- E. Wiehr
- E.H.B.M. Gronenschild
- E.J. Schmahl
- E.J. Schmahl
- E.L. Chupp
- E.N. Parker
- E.P. Kontar
- E.R. Priest
- E.W. Cliver
- E.W. Cliver
- E.W. Cliver
- E.W. Cliver
- E.W. Cliver
- F. Fárník
- F. Fárník
- F. Fárník
- F. Reale
- F. Rubio da Costa
- F. Tang
- F.Q. Orrall
- G. Aulanier
- G. Aulanier
- G. Barnes
- G. Barnes
- G. Cauzzi
- G. Mann
- G. Mann
- G. Poletto
- G. Zanna Del
- G.-X. Ai
- G.A. Doschek
- G.A. Doschek
- G.A. Doschek
- G.D. Holman
- G.E. Brueckner
- G.H. Fisher
- G.H. Fisher
- G.H. Fisher
- G.H.J. Oord van den
- G.J. Hurford
- G.J. Hurford
- G.J. Hurford
- G.J. Hurford
- G.K. Parks
- H. Hara
- H. Hudson
- H. Isobe
- H. Isobe
- H. Ji
- H. Ji
- H. Ji
- H. Ji
- H. Ji
- H. Koshiishi
- H. Li
- H. Lin
- H. Lin
- H. S. Hudson
- H. Wang
- H. Wang
- H. Wang
- H. Wang
- H. Zirin
- H. Zirin
- H.E. Petschek
- H.F. Beek van
- H.P. Warren
- H.P. Warren
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.T. Claßen
- H.V. Cane
- H.W. Dodson
- I.D. Palmer
- J. Aboudarham
- J. Jing
- J. Jing
- J. Jing
- J. Lang
- J. Lee
- J. Li
- J. Qiu
- J. Qiu
- J. Qiu
- J. Sylwester
- J. Sylwester
- J. Sylwester
- J. Zhang
- J. Zhang
- J.-P. Delaboudinière
- J.-P. Meyer
- J.-P. Wuelser
- J.A. Grayson
- J.A. Miller
- J.C. Allred
- J.C. Brown
- J.C. Brown
- J.C. Brown
- J.C. Brown
- J.C. Brown
- J.C. Brown
- J.C. Brown
- J.C. Brown
- J.C. Martínez-Oliveros
- J.C. Martínez-Oliveros
- J.D. Graham
- J.E. Vernazza
- J.I. Khan
- J.I. Khan
- J.J. Sudol
- J.K. Thalmann
- J.L. Culhane
- J.L. Culhane
- J.L. Culhane
- J.L. Culhane
- J.L.R. Saba
- J.M. McTiernan
- J.M. McTiernan
- J.M. Wilcox
- J.P. Wild
- J.T. Mariska
- J.W. Brosius
- J.W. Brosius
- J.W. Brosius
- J.W. Harvey
- K. Harvey
- K. Hori
- K. Jir̂ička
- K. Ohki
- K. Phillips
- K. Shibasaki
- K. Wilhelm
- K.D. Leka
- K.D. Leka
- K.G. McClements
- K.J. Frost
- K.J.H. Phillips
- K.J.H. Phillips
- K.J.H. Phillips
- K.J.H. Phillips
- K.K. Reeves
- K.P. Dere
- K.P. Dere
- K.T. Strong
- L. Bone
- L. Bone
- L. Fletcher
- L. Fletcher
- L. Fletcher
- L. Fletcher
- L. Fletcher
- L. Fletcher
- L. Fletcher
- L. Golub
- L. Ofman
- L. Sui
- L. Sui
- L. Sui
- L. Teriaca
- L. Teriaca
- L.E. Orwig
- L.F. Burlaga
- L.K. Harra
- L.K. Harra
- M. Battaglia
- M. Battaglia
- M. Battaglia
- M. Gros
- M. Hesse
- M. Jin
- M. Karlický
- M. Karlický
- M. Kretzschmar
- M. Pick
- M. Temmer
- M. Temmer
- M. Temmer
- M. Tomczak
- M.A. Ellison
- M.D. Ding
- M.D. Ding
- M.E. Machado
- M.E. Machado
- M.E. Machado
- M.J. Aschwanden
- M.J. Aschwanden
- M.J. Aschwanden
- M.J. Aschwanden
- M.J. Aschwanden
- M.J. Hagyard
- M.J. Hagyard
- M.K. Georgoulis
- M.R. Kundu
- M.R. Kundu
- M.R. Perrenoud
- M.S. Wheatland
- M.S. Wheatland
- N. Narukage
- N. Raouafi
- N.B. Crosby
- N.D. Kostiuk
- N.D.R. Ranns
- N.R. Sheeley Jr.
- N.R. Sheeley Jr.
- O. von der Luehe
- P. Démoulin
- P. Démoulin
- P. Démoulin
- P. Démoulin
- P. Evenson
- P. Evenson
- P. Gallagher
- P. Giuliani
- P. Hoyng
- P. Kaufmann
- P. Lemaire
- P. Li
- P. Mazzotta
- P. Mein
- P. Messmer
- P. Saint-Hilaire
- P. Saint-Hilaire
- P. Saint-Hilaire
- P. T. Grigis
- P.A. Sweet
- P.C. Grigis
- P.C. Grigis
- P.C. Grigis
- P.H. Scherrer
- P.J. Baum
- P.J. Cargill
- P.L. Rochus
- P.R. Young
- P.S. McIntosh
- P.S. McIntosh
- P.T. Gallagher
- P.T. Gallagher
- Q. Chen
- Q. Fu
- Q.R. Chen
- Q.R. Chen
- R. Cameron
- R. Jain
- R. Liu
- R. O. Milligan
- R. Pallavicini
- R. Pallavicini
- R. Ramaty
- R. Ramaty
- R. Saldanha
- R.A. Harrison
- R.A. Harrison
- R.A. Howard
- R.A. Kopp
- R.A. Mewaldt
- R.A. Mewaldt
- R.A. Schwartz
- R.C. Canfield
- R.C. Canfield
- R.C. Canfield
- R.C. Carrington
- R.G. Athay
- R.G. Giovanelli
- R.J. Thomas
- R.O. Milligan
- R.O. Milligan
- R.O. Milligan
- R.O. Milligan
- R.P. Lin
- R.P. Lin
- R.P. Lin
- R.P. Lin
- R.T.J. McAteer
- S. Gburek
- S. Imada
- S. Kahler
- S. Kahler
- S. Krucker
- S. Krucker
- S. Krucker
- S. Krucker
- S. Krucker
- S. Krucker
- S. Krucker
- S. Masson
- S. Masuda
- S. Masuda
- S. Régnier
- S. Régnier
- S. Régnier
- S. Tomczyk
- S. Tsuneta
- S. Tsuneta
- S. Ueno
- S.A. Bogachev
- S.A. Matthews
- S.E. Gibson
- S.F. Martin
- S.I. Syrovatskii
- S.M. White
- S.M. White
- S.R. Kane
- S.R. Kane
- S.R. Kane
- S.R. Kane
- S.R. Kane
- T. Bai
- T. Bai
- T. Gold
- T. Hirayama
- T. Kondo
- T. Kosugi
- T. Mrozek
- T. Mrozek
- T. Sakao
- T. Sakao
- T. Sakurai
- T. Shimizu
- T. Spirock
- T. Takakura
- T. Wang
- T. Yokoyama
- T. Zhou
- T.E. Berger
- T.G. Forbes
- T.G. Forbes
- T.G. Forbes
- T.G. Moran
- T.N. Woods
- T.N. Woods
- T.R. Metcalf
- T.R. Metcalf
- T.R. Metcalf
- T.R. Metcalf
- T.R. Metcalf
- T.R. Metcalf
- T.R. Rimmele
- T.S. Bastian
- T.S. Bastian
- T.S. Bastian
- U. Feldman
- U. Feldman
- U. Feldman
- V. Bothmer
- V. Ontiveros
- V. Petrosian
- V.S. Gorbachev
- V.S. Titov
- V.V. Zharkova
- V.V. Zharkova
- W. Dröge
- W. Liu
- W. Liu
- W. Liu
- W. Liu
- W. Liu
- W. Liu
- W. Liu
- W. Otruba
- W.J. MacCombie
- W.M. Neupert
- W.P. Abbett
- X.-M. Hua
- Y. Avignon
- Y. Cui
- Y. Muraki
- Y. Su
- Y. Uchida
- Y. Wang
- Y. Xu
- Y.-H. Yang
- Y.N. Su
- Y.P. Li
- Y.P. Li
- Y.P. Li
- Y.P. Li
- Z. Ning
- Z. Švestka
- Z. Švestka
- Z. Švestka
- Z.F. Švestka
- Å.M. Janse
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/09/2011
- Field of study
We present an overview of solar flares and associated phenomena, drawing upon
a wide range of observational data primarily from the RHESSI era. Following an
introductory discussion and overview of the status of observational
capabilities, the article is split into topical sections which deal with
different areas of flare phenomena (footpoints and ribbons, coronal sources,
relationship to coronal mass ejections) and their interconnections. We also
discuss flare soft X-ray spectroscopy and the energetics of the process. The
emphasis is to describe the observations from multiple points of view, while
bearing in mind the models that link them to each other and to theory. The
present theoretical and observational understanding of solar flares is far from
complete, so we conclude with a brief discussion of models, and a list of
missing but important observations.Comment: This is an article for a monograph on the physics of solar flares,
inspired by RHESSI observations. The individual articles are to appear in
Space Science Reviews (2011
Azimuthal anisotropy in Au+Au collisions at √s\u3csub\u3eNN\u3c/sub\u3e = 200 GeV
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- Adams J.
- Aggarwal M.M.
- Ahammed Z.
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- Belaga V.V.
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- Bhasin A.
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- Billmeier A.
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- Blyth S-L.
- Bonner B.E.
- Botje M.
- Boucham A.
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- Bravar A.
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- Cadman R.V.
- Cai X.Z.
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- Calderón de la Barca Sánchez M.
- Castillo J.
- Catu O.
- Cebra D.
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- Chikanian A.
- Christie W.
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- Crawford H.J.
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- de Moura M.M.
- Derevschikov A.A.
- Didenko L.
- Dietel T.
- Dogra S.M.
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- Dutta Mazumdar M.R.
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- Gutierrez T.D.
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- Hamed A.
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- Ludlam T.
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- Magestro D.
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- Mahapatra D.P.
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- Martin L.
- Marx J.N.
- Matis H.S.
- Matulenko Yu.A.
- McClain C.J.
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- Meissner F.
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- Ogawa A.
- Okorokov V.
- Oldenburg M.
- Olson D.
- Pal S.K.
- Panebratsev Y.
- Panitkin S.Y.
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- Peryt W.
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- 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.
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- Ray R.L.
- Razin S.V.
- Reichhold D.
- Reid J.G.
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- Shestermanov K.E.
- Shimanskiy S.S.
- Sichtermann E.
- Simon F.
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- Sugarbaker E.
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- Szarwas P.
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- Takahashi J.
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- Thein D.
- Thomas J.H.
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- Tsai O.D.
- Ulery J.
- Ullrich T.
- Underwood D.G.
- Urkinbaev A.
- 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.
- Vznuzdaev M.
- Waggoner W.T.
- Wang F.
- Wang G.
- Wang G.
- Wang X.L.
- Wang Y.
- Wang Y.
- Wang Z.M.
- Ward H.
- Watson J.W.
- Webb J.C.
- Wells R.
- Westfall G.D.
- Wetzler A.
- Whitten Jr. C. A.
- 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.
- Zanevsky Y.V.
- Zhang H.
- Zhang W.M.
- Zhang Z.P.
- Zoulkarneev R.
- Zoulkarneeva Y.
- Zubarev A.N.
- Publication venue
- DigitalCommons@CalPoly
- Publication date
- 14/07/2005
- Field of study
The results from the STAR Collaboration on directed flow (ν1), elliptic flow (ν2), and the fourth harmonic (ν4) in the anisotropic azimuthal distribution of particles from Au+Au collisions at √sNN=200GeV are summarized and compared with results from other experiments and theoretical models. Results for identified particles are presented and fit with a blast-wave model. Different anisotropic flow analysis methods are compared and nonflow effects are extracted from the data. For ν2, scaling with the number of constituent quarks and parton coalescence are discussed. For ν4, scaling with v22 and quark coalescence are discussed
Longitudinal Double-Spin Asymmetry and Cross Section for Inclusive Jet Production in Polarized Proton Collisions at √s = 200 GeV
- Author
- Abelev B.I.
- 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.
- Benedosso F.
- Bhardwaj S.
- Bhasin A.
- Bhati A.K.
- Bichsel H.
- Bielcik J.
- Bielcikova J.
- Bland L.C.
- Blyth S-L.
- Bonner B.E.
- Botje M.
- Bouchet J.
- Brandin A.V.
- Bravar A.
- Burton T.P.
- Bystersky M.
- Cadman R.V.
- Cai X.Z.
- Caines H.
- Calderón de la Barca Sánchez M.
- Castillo J.
- Catu O.
- Cebra D.
- Chajecki Z.
- Chaloupka P.
- Chattopadhyay S.
- Chen H.F.
- Chen J.H.
- 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.
- Dash S.
- Daugherity M.
- de Moura M.M.
- Dedovich T.G.
- DePhillips M.
- Derevschikov A.A.
- Didenko L.
- Dietel T.
- Djawotho P.
- Dogra S.M.
- Dong W.J.
- Dong X.
- Draper J.E.
- Du F.
- 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 M.
- Fachini P.
- Fatemi R.
- Fedorisin J.
- Filip P.
- Finch E.
- Fine V.
- Fisyak Y.
- Fu J.
- Gagliardi C.A.
- Gaillard L.
- 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.
- Gupta N.
- Gutierrez T. D.
- Haag B.
- Hallman T.J.
- Hamed A.
- Harris J.W.
- He W.
- Heinz M.
- Henry T.W.
- Hepplemann S.
- Hippolyte B.
- Hirsch A.
- Hjort E.
- Hoffman A.M.
- 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.
- Kim B.C.
- Kiryluk J.
- Kisiel A.
- Kislov E.M.
- Klein S.R.
- Kocoloski A.
- 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 Q.
- Li Y.
- Lin G.
- Lin X.
- 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.
- 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.
- Millane J.
- 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.
- 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.
- 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.
- 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.
- Sakuma T.
- Salur S.
- Sandweiss J.
- Sarsour M.
- Sazhin P.S.
- Schambach J.
- Scharenberg R.P.
- Schmitz N.
- 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.
- Stanislaus 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.
- Tarnowsky 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 J.S.
- Wang X.L.
- Wang Y.
- Watson J.W.
- Webb J.C.
- Westfall G.D.
- Wetzler A.
- Whitten Jr. C. A.
- 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
- 18/12/2006
- Field of study
We report a measurement of the longitudinal double-spin asymmetry ALL and the differential cross section for inclusive midrapidity jet production in polarized proton collisions at √s=200 GeV. The cross section data cover transverse momenta
Two-particle correlations on transverse momentum and momentum dissipation in Au-Au collisions at sqrt(sNN) = 130 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.
- Calderón de la Barca Sánchez 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.
- Dedovich T.G.
- DePhillips M.
- Derevschikov A.A.
- Didenko L.
- Dietel T.
- Djawotho P.
- Dogra S.M.
- Dong W.J.
- Dong X.
- Draper J.E.
- Du F.
- 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 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.
- Haag 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.
- Ishihara A.
- 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.
- Kim B.C.
- Kiryluk J.
- Kisiel A.
- 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 Q.
- 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.
- Reid J.G.
- 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.
- Stanislaus 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.
- Tarnowsky 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 J.S.
- Wang X.L.
- Wang Y.
- Watson J.W.
- Webb J.C.
- Westfall G.D.
- Wetzler A.
- Whitten Jr. C. A.
- 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
- 30/03/2007
- Field of study
Measurements of two-particle correlations on transverse momentum pt for Au–Au collisions at GeV are presented. Significant large-momentum-scale correlations are observed for charged primary hadrons with 0.15 ≤ pt ≤ 2 GeV/c and pseudorapidity |η| ≤ 1.3. Such correlations were not observed in a similar study at lower energy and are not predicted by theoretical collision models. Their direct relation to mean-pt fluctuations measured in the same angular acceptance is demonstrated. Positive correlations are observed for pairs of particles which have large pt values while negative correlations occur for pairs in which one particle has large pt and the other has much lower pt. The correlation amplitudes per final state particle increase with collision centrality. The observed correlations are consistent with a scenario in which the transverse momentum of hadrons associated with initial-stage semi-hard parton scattering is dissipated by the medium to lower pt
The energy dependence of p\u3csub\u3et\u3c/sub\u3e angular correlations inferred from mean-p\u3csub\u3et\u3c/sub\u3e fluctuation scale dependence in heavy ion collisions at the SPS and RHIC
- 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 B.
- 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.
- Dedovich T.G.
- DePhillips M.
- Derevschikov A.A.
- Didenko L.
- Dietel T.
- Djawotho P.
- Dogra S.M.
- Dong W.J.
- Dong X.
- Draper J.E.
- Du F.
- 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 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 A.
- Gutierrez T.D.
- Haag 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.
- Kim B.C.
- Kiryluk J.
- Kisiel A.
- 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 Q.
- 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.
- 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.
- Stanislaus 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.
- Tarnowsky 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 J. S.
- Wang X. L.
- Wang Y.
- Watson J.W.
- Webb J.C.
- Westfall G.D.
- Wetzler A.
- Whitten Jr. C. A.
- 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
- 18/01/2007
- Field of study
We present the first study of the energy dependence of pt angular correlations inferred from event-wise mean transverse momentum pt fluctuations in heavy ion collisions. We compare our large-acceptance measurements at CM energies , 62.4, 130 and 200 GeV to SPS measurements at 12.3 and 17.3 GeV. pt angular correlation structure suggests that the principal source of pt correlations and fluctuations is minijets (minimum-bias parton fragments). We observe a dramatic increase in correlations and fluctuations from SPS to RHIC energies, increasing linearly with from the onset of observable jet-related pt fluctuations near 10 GeV
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
We 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
- …