15 research outputs found
The PHENIX Experiment at RHIC
- Author
- A. Bazilevsky
- A. Chikanian
- A. Claussen
- A. Denisov
- A. Durum
- A. Harvey
- A. Kandasamy
- A. Khanzadeev
- A. Khomoutnikov
- A. Kiyomichi
- A. Landran
- A. Lebedev
- A. Makeev
- A. Masaike
- A. Milov
- A. Nianine
- A. Oskarsson
- A. Patwa
- A. Petridis
- A. Posey
- A. Sakaguchi
- A. Soldatov
- A. Taketani
- A. Trivedi
- A. Tsvetkov
- A. Usachev
- A. Vasiliev
- A. Vinogradov
- A. Vorobyov
- A. Yokoro
- A.A. Rose
- A.D. Frawley
- A.K. Mohanty
- A.L. Wintenberg
- B. Bassalleck
- B. Cole
- B. Gim
- B. Hong
- B. Jacak
- B. Komkov
- B. Pasmantirer
- B. Uppiliappan
- B.G. Wong-Swanson
- B.M. Johnson
- B.R. Schlei
- B.V. Dinesh
- C. Barlag
- C. Blume
- C. Jacobs
- C. Knapp
- C. Morris
- C. Moscone
- C. Pancake
- C. Pearson
- C. Sangster
- C. Vaa
- C. Witzig
- C. Zou
- C.-Y. Chi
- C.F. Maguire
- C.L. Britton
- C.L. Woody
- C.P. Singh
- D. Autrey
- D. Bucher
- D. Clark
- D. Crook
- D. Dutta
- D. Fong
- D. Gan
- D. Jaffe
- D. Markushin
- D. Stueken
- D. Whitehouse
- D.D. Bluhm
- D.E. Fields
- D.E. McMillan
- D.E. Quigley
- D.E. Smith
- D.M. Lee
- D.M. Wolfe
- D.P. Morrison
- D.P. Morrison
- E. Bosze
- E. Kistenev
- E. Melnikov
- E. O'Brien
- E. Roschin
- E. Stenlund
- E. Taniguchi
- E. Vznuzdaev
- E.J. Desmond
- E.J. Kennedy
- E.M. Bohne
- E.M. Takagui
- F. Obenshain
- F. Plasil
- F.K. Wohn
- F.W. Sippach
- G. Alley
- G. Bunce
- G. David
- G. Jackson
- G. James
- G. Petitt
- G. Richardson
- G. Smith
- G. Solodov
- G. Xu
- G.A. Sleege
- G.R. Young
- G.S. Kyle
- G.S. Rao
- G.W. Turner
- H. Buesching
- H. Cunitz
- H. En'yo
- H. Hamagaki
- H. Hara
- H. Hayashi
- H. Ohnishi
- H. Sako
- H. Satoh
- H. Schlagheck
- H. Torii
- H. Uto
- H. Wu
- H.-A. Gustafsson
- H.D. Sato
- H.D. Skank
- H.W. van Hecke
- I. Otterlund
- I. Ravinovich
- I. Shein
- I. Sibiriak
- I. Statekin
- I. Tserruya
- I.D. Ojha
- J. Barrette
- J. Behrendt
- J. Bernardin
- J. Bowers
- J. Branning
- J. Chang
- J. Chiba
- J. Ferriera
- J. Fried
- J. Gannon
- J. Harder
- J. Kapustinsky
- J. Kikuchi
- J. Lowe
- J. McClelland
- J. Romanski
- J. Schmidt
- J. Simon-Gillo
- J. Thomas
- J. Writt
- J.A. Mead
- J.A. Moore
- J.A. Negrin
- J.B. Archuleta
- J.C. Hill
- J.G. Boissevain
- J.G. Lajoie
- J.H. Kang
- J.H. Park
- J.L. Nagle
- J.L. Thomas
- J.M. Moss
- J.P. Jones
- J.P. Sullivan
- J.R. Archuleta
- J.S. Haggerty
- J.S. Hicks
- J.T. Mitchell
- J.W. Halliwell
- J.W. Johnson
- J.W. Noe
- J.W. Walker
- K. Enosawa
- K. Filimonov
- K. Hatanaka
- K. Imai
- K. Karadjev
- K. Kurita
- K. McCabe
- K. Minuzzo
- K. Oyama
- K. Pope
- K. Read
- K. Reygers
- K. Shigaki
- K. Soderstrom
- K. Tung
- K. Yagi
- K.H. Tanaka
- K.S. Lee
- K.S. Sim
- L. Cope
- L. Kochenda
- L. Kudin
- L. Mullins
- L. Nikkinen
- L. Osterman
- L. Paffrath
- L. Zhang
- L.J. Marek
- L.J. Morrison
- L.L. Chavez
- M. Allen
- M. Cafferty
- M. Hibino
- M. Ikeno
- M. Inaba
- M. Ippolitov
- M. Ishihara
- M. Kaneta
- M. Kann
- M. Kennedy
- M. Kurata
- M. Libkind
- M. Marx
- M. Montag
- M. Okamura
- M. Pollack
- M. Rosati
- M. Volkov
- M. Xiao
- M.A. Kelley
- M.C. Smith
- M.J. Bennett
- M.J. Leitch
- M.J. Tannenbaum
- M.L. Brooks
- M.L. Purschke
- M.L. Simpson
- M.M. Murray
- M.N. Ericson
- M.S. Chung
- M.S. Emery
- M.S. Musrock
- N. Hayashi
- N. Heine
- N. Miftakhov
- N. Saito
- N. Smirnov
- N. Starinski
- N. Tyurin
- N. Wagner
- O. Alford
- O. Dietzsch
- O. Miyamura
- O. Sasaki
- O. Tarasenkova
- O. Teodorescu
- P. Chand
- P. Nilsson
- P. O'Connor
- P. Paul
- P. Pitukhin
- P.J. Kroon
- P.L. McGaughey
- P.N. Kirk
- P.W. Stankus
- Q. Li
- Q. Zhu
- R. Begay
- R. Chappell
- R. Conway
- R. Cunningham
- R. Hayano
- R. Hazel
- R. Higuchi
- R. Holmes
- R. Hutter
- R. Lind
- R. Martin
- R. McGrath
- R. Palmer
- R. Petersen
- R. Prigl
- R. Santo
- R. Schleuter
- R. Seto
- R. Smith
- R. Stotzer
- R. Vogt
- R. Yamamoto
- R.G. Jones
- R.I. Vandermolen
- R.K. Choudhury
- R.P. Pisani
- S. Bathe
- S. Belikov
- S. Bellavia
- S. Belyaev
- S. Butsyk
- S. Chernichenko
- S. Coe
- S. Durrant
- S. Eiseman
- S. Fokin
- S. Gavin
- S. Hahn
- S. Held
- S. Johnson
- S. Kahn
- S. Kato
- S. Klinksiek
- S. Kumar
- S. Nagamiya
- S. Nikolaev
- S. Nishimura
- S. Rankowitz
- S. Salomone
- S. Sato
- S. Soeding
- S. Teruhi
- S. Tonse
- S. Urasawa
- S. Zhou
- S.F. Pate
- S.H. Aronson
- S.H. Robinson
- S.J. Lee
- S.K. Charagi
- S.K. Gupta
- S.K. Mark
- S.K. Tuli
- S.N. White
- S.P. Sorensen
- S.P. Stoll
- S.Q. Daniel
- S.S. Frank
- S.S. Kapoor
- S.S. Ryu
- S.T. Mulhall
- S.V. Greene
- S.X. Lin
- S.Y. Fung
- S.Y. Kim
- T. Hirano
- T. Ichihara
- T. Ishikawa
- T. Katayama
- T. Kawaguchi
- T. Kohama
- T. Kozlowski
- T. Matsumoto
- T. Nayak
- T. Peitzmann
- T. Sakaguchi
- T. Sakuma
- T. Shiina
- T. Shimada
- T. Sugitate
- T. Svensson
- T. Tominaka
- T. Vercelli
- T.-A. Shibata
- T.A. Carey
- T.C. Awes
- T.F. Gee
- T.J. Miller
- T.K. Hemmick
- T.K. Shea
- T.L. Thomas
- U. Jagadish
- V. Baublis
- V. Bumazhnov
- V. Cianciolo
- V. Evseev
- V. Kozlov
- V. Kuriatkov
- V. Lebedev
- V. Manko
- V. Onuchin
- V. Pantuev
- V. Papavassiliou
- V. Penumetcha
- V. Perevoztchikov
- V. Riabov
- V. Samsonov
- V. Semenov
- V. Shelikhov
- V. Singh
- V. Tarakanov
- V. Vishnevskii
- V. Williamson
- V.I. Kochetkov
- V.V. Makeev
- W. Allen
- W. Guryn
- W. Smith
- W. Stokes
- W. Tian
- W. Verhoeven
- W. Wong
- W.-C. Chang
- W.A. Zajc
- W.D. Thomas
- W.E. Sondheim
- W.L. Bryan
- W.L. Kehoe
- W.W. Kinnison
- X. Liu
- X. Wei
- X.C. He
- Y. Akiba
- Y. Arai
- Y. Batygin
- Y. Berdnikov
- Y. Goto
- Y. Gutnikov
- Y. Iwata
- Y. Mao
- Y. Miake
- Y. Miyamoto
- Y. Nagasaka
- Y. Nakada
- Y. Qi
- Y. Riabov
- Y. Sakemi
- Y. Sumi
- Y. Takahashi
- Y. Takata
- Y. Tanaka
- Y. Watanabe
- Y. Ye
- Y. Yokota
- Y.A. Kamyshkov
- Y.G. Kim
- Y.I. Makdisi
- Y.V. Efremenko
- Z. Fraenkel
- Z. Li
- Z. Sun
- Z.-F. Wang
- Publication venue
- 'Elsevier BV'
- Publication date
- 01/01/1998
- Field of study
The physics emphases of the PHENIX collaboration and the design and current
status of the PHENIX detector are discussed. The plan of the collaboration for
making the most effective use of the available luminosity in the first years of
RHIC operation is also presented.Comment: 5 pages, 1 figure. Further details of the PHENIX physics program
available at http://www.rhic.bnl.gov/phenix
Overview of Phenix results from the first RHIC run
- Author
- Adcox K.
- Adler S.S.
- Ajitanand N.N.
- Akiba Y.
- Allen W.
- Alley G.
- Aphecetche Laurent
- Arai Y.
- Archuleta J.B.
- Archuleta J.R.
- Armijo V.
- Aronson S.H.
- Atatekin I.
- Autrey D.
- Averbeck R.
- Awes T.C.
- Barish K.N.
- Barnes P.D.
- Barrette J.
- Bassalleck B.
- Bathe S.
- Baublis V.
- Bazilevsky A.
- Behrendt J.
- Belikov S.
- Bellaiche F.G.
- Belyaev S.T.
- Bennett M.J.
- Berdnikov Y.
- Bluhm D.D.
- Bobrek M.
- Boissevain J.G.
- Boose S.
- Botelho S.
- Branning J.
- Britton C.L.
- Brooks M.L.
- Brown D.S.
- Bruner N.
- Bryan W.L.
- Bucher D.
- Buesching H.
- Bumazhnov V.
- Bunce G.
- Burward-Hoy J.
- Butsyk S.
- Cafferty M.M.
- Carey T.A.
- Chand P.
- Chang J.
- Chang W.C.
- Chappell R.B.
- Chavez L.L.
- Chernichenko S.
- Chi C.Y.
- Chiba J.
- Chiu M.
- Choudhury R.K.
- Christ T.
- Chujo T.
- Chung M.S.
- Chung P.
- Cianciolo V.
- Cole B.A.
- Crook D.W.
- Cunitz H.
- d'Enterria D.G.
- Daniel S.Q.
- David G.
- Delagrange H.
- Denisov A.
- Deshpande A.
- Desmond E.J.
- Dietzsch O.
- Dinesh B.V.
- Drees A.
- Durum A.
- Dutta D.
- Ebisu K.
- Echave M.A.
- Efremenko Y.V.
- El Chenawi K.
- Emery M.S.
- Enyo H.
- Ericson M.N.
- Esumi S.
- Evseev V.
- Ewell L.
- Ferdousi T.
- Fields D.E.
- Fokin S.L.
- Fraenkel Z.
- Frank S.S.
- Franz A.
- Frawley A.D.
- Fried J.
- Fung S.Y.
- Gannon J.
- Garpman S.
- Gee T.F.
- Ghosh T.K.
- Giannotti P.
- Gil Y.
- Glenn A.
- Godoi A.L.
- Goto Y.
- Greene S.V.
- Grosse Perdekamp M.
- Gupta S.K.
- Guryn W.
- Gustafsson H.A.
- Haggerty J.S.
- Hahn S.F.
- Hamagaki H.
- Hansen A.G.
- Hara H.
- Harder J.
- Hart G.W.
- Hartouni E.P.
- Hayano R.
- Hayashi N.
- He X.
- Heine N.
- Heistermann F.
- Heuser J.
- Hibino M.
- Hicks J.S.
- Hill J.C.
- Ho D.S.
- Homma K.
- Hong B.
- Hoover A.
- Hutchins J.R.
- Hutter R.
- Ichihara T.
- Imai K.
- Ippolitov M.S.
- Ishihara M.
- Jacak B.V.
- Jagadish U.
- Jang W.Y.
- Jia J.
- Johnson B.M.
- Johnson S.C.
- Jones J.P.
- Joo K.S.
- Kahn S.
- Kametani S.
- Kamyshkov Y.A.
- Kandasamy A.
- Kang J.H.
- Kann M.
- Kapoor S.S.
- Karadjev K.V.
- Kato S.
- Kelley M.A.
- Kelly Steven
- Kennedy M.
- Khachaturov B.
- Khanzadeev A.
- Khomoutnikov A.
- Kikuchi J.
- Kim D.J.
- Kim H.J.
- Kim S.Y.
- Kim Y.G.
- Kinnison W.W.
- Kistenev E.
- Kiyomichi A.
- Klein-Boesing C.
- Klinksiek S.
- Kochenda L.
- Kochetkov D.
- Kochetkov V.
- Koehler D.
- Kohama T.
- Komkov B.
- Kozlov A.
- Kozlov V.
- Kravtsov P.
- Kroon P.J.
- Kuriatkov V.
- Kurita K.
- Kweon M.J.
- Kwon Y.
- Kyle G.S.
- Lacey R.
- Lajoie J.G.
- Lauret J.
- Lebedev A.,
- Lebedev V.A.
- Lee D.M.
- Leitch M.J.
- Li X.H.
- Li Zhenyu
- Lim D.J.
- Lind R.
- Liu M.X.
- Liu X.
- Liu Z.
- Mahon J.
- Makdisi Y.I.
- Manko V.I.
- Mao Y.
- Marek L.J.
- Mark S.K.
- Markacs S.
- Markushin D.
- Martinez Garcia Gines
- Marx M.D.
- Masaike A.
- Matathias F.
- Matsumoto T.
- Mcgahern W.
- Mcgaughey P.L.
- Mcmillan D.E.
- Melnikov E.
- Merschmeyer M.
- Messer F.
- Messer M.
- Miake Y.
- Miftakhov N.
- Milov A.
- Mioduszewski S.
- Mischke R.E.
- Mishra G.C.
- Mitchell J.T.
- Mohanty A.K.
- Montoya B.C.
- Moore J.A.
- Morrison D.P.
- Moscone C.G.
- Moss J.M.
- Muhlbacher F.
- Muniruzzaman M.
- Murata J.
- Nagamiya S.
- Nagasaka Y.
- Nagle J.L.
- Nakada Y.
- Nandi B.K.
- Newby J.
- Nikkinen L.
- Nikolaev S.A.
- Nilsson P.
- Nishimura S.
- Nyanin A.S.
- Nystrand J.
- O'Brien E.
- Ogilvie C.A.
- Ohnishi H.
- Ojha I.D.
- Ono M.
- Onuchin V.
- Oskarsson A.
- Osterman L.
- Otterlund I.
- Oyama K.
- Paffrath L.
- Palounek A.P.T.
- Pancake C.
- Pantuev V.S.
- Papavassiliou V.
- Pasmantirer B.
- Pate S.F.
- Pearson C.
- Peitzmann T.
- Petridis A.N.
- Pinkenburg C.
- Pisani R.P.
- Pitukhin P.
- Plasil F.
- Pollack M.
- Pope K.
- Prigl R.
- Purschke M.L.
- Rankowitz S.
- Ravinovich I.
- Read K.F.
- Reygers K.
- Riabov V.
- Riabov Y.
- Richardson G.
- Robinson S.H.
- Rosati M.
- Roschin E.
- Rose A.A.
- Ruggiero R.
- Ryu S.S.
- Saito N.
- Sakaguchi A.
- Sakaguchi T.
- Sako H.
- Sakuma T.
- Samsonov V.
- Sangster T.C.
- Santo R.
- Sato H.D.
- Sato S.
- Sawada S.
- Schlei B.R.
- Schutz Y.
- Semenov V.
- Seto R.
- Shea T.K.
- Shein I.
- Shibata T.A.
- Shigaki K.
- Shiina T.
- Shin Y.H.
- Sibiriak I.G.
- Silvermyr D.
- Sim K.S.
- Simon-Gillo J.
- Singh C.P.
- Singh V.
- Sippach F.W.
- Sivertz M.
- Skank H.D.
- Sleege G.A.
- Smith D.E.
- Smith G.
- Smith M.C.
- Soldatov A.
- Soltz R.A.
- Sondheim W.E.
- Sorensen S.
- Stankus P.W.
- Starinsky N.
- Steinberg P.
- Stenlund E.
- Ster A.
- Stoll S.P.
- Sugioka M.
- Sugitate T.
- Sullivan J.P.
- Sumi Y.
- Sun Z.
- Suzuki M.
- Takagui E.M.
- Taketani A.
- Tamai M.
- Tanaka K.H.
- Tanaka Y.
- Taniguchi E.
- Tannenbaum M.J.
- Tarakanov V.
- Tarasenkova O.
- Thomas J.
- Thomas J.H.
- Thomas T.L.
- Thomas W.D.
- Tian W.
- Tojo J.
- Torii H.
- Towell R.S.
- Trofimov V.
- Tserruya I.
- Tsuruoka H.
- Tsvetkov A.A.
- Tuli S.K.
- Tydesjo H.
- Tyurin N.
- Ushiroda T.
- van Hecke H.W.
- Vasilev A.A.
- Velissaris C.
- Velkovska J.
- Velkovsky M.
- Verhoeven W.
- Vinogradov A.A.
- Volkov M.A.
- Vorobyov A.
- Vznuzdaev E.
- Walker J.W.
- Wang H.
- Wang S.
- Watanabe Y.
- White S.N.
- Whitus B.R.
- Wintenberg A.L.
- Witzig C.
- Wohn F.K.
- Wong-Swanson B.G.
- Woody C.L.
- Xie W.
- Yagi K.
- Yokkaichi S.
- Young G.R.
- Yushmanov I.E.
- Zajc W.A.
- Zhang Zhen
- Zhou S.
- Publication venue
- 'Elsevier BV'
- Publication date
- 01/01/2002
- Field of study
Heavy flavor production in PHENIX
- Author
- Adler S.S.
- Afanasiev S.
- Aidala C.
- Ajitanand N.N.
- Akiba Y.
- Al-Jamel A.
- Alexander J.
- Alley G.
- Amirikas R.
- Aoki K.
- Aphecetche Laurent
- Archuleta J.B.
- Archuleta J.R.
- Armendariz R.
- Armijo V.
- Aronson S.H.
- Averbeck R.
- Awes T.C.
- Azmoun R.
- Babintsev V.
- Baldisseri A.
- Barish K.N.
- Barnes P.D.
- Bassalleck B.
- Bathe S.
- Batsouli S.
- Baublis V.
- Bauer F.
- Bazilevsky A.
- Belikov S.
- Berdnikov Y.
- Bhagavatula S.
- Bjorndal M.T.
- Bobrek M.
- Boissevain J.G.
- Boose S.
- Borel H.
- Borenstein S.
- Britton Jr. C.L.
- Brooks M.L.
- Brown D.S.
- Brun N.
- Bruner N.
- Bryan W.L.
- Bucher D.
- Buesching H.
- Bumazhnov V.
- Bunce G.
- Burward-Hoy J.M.
- Butsyk S.
- Cafferty M.M.
- Camard X.
- Chai J.-S.
- Chand P.
- Chang W.C.
- Chappell R.B.
- Chernichenko S.
- Chevel A.
- Chi C.Y.
- Chiba J.
- Chiu M.
- Choi I.J.
- Choi J.
- Chollet S.
- Choudhury R.K.
- Chujo T.
- Cianciolo V.
- Clark D.
- Cobigo Y.
- Cole B.A.
- Comets M.P.
- Constantin P.
- Csanad M.
- Csorgo T.
- Cunitz H.
- Cussonneau Jean-Pierre
- D'Enterria D.G.
- Das K.
- David G.
- Deak F.
- Debraine A.
- Delagrange H.
- Denisov A.
- Deshpande A.
- Desmond E.J.
- Devismes A.
- Dietzsch O.
- Drachenberg J.L.
- Drapier O.
- Drees A.
- Drees K.A.
- Durietz R.
- Durum A.
- Dutta D.
- Dzhordzhadze V.
- Echave M.A.
- Efremenko Y.V.
- Elchenawi K.
- Emery M.S.
- Enokizono A.
- Enyo H.
- Ericson M.N.
- Espagnon B.
- Esumi S.
- Evseev V.
- Ewell L.
- Fields D.E.
- Finck C.
- Fleuret F.
- Fokin S.L.
- Fox B.D.
- Fraenkel Z.
- Frank S.S.
- Frantz J.E.
- Franz A.
- Frawley A.D.
- Fried J.
- Fukao Y.
- Fung S.-Y.
- Gadrat S.
- Gannon J.
- Garpman S.
- Gastaldi F.
- Gee T.F.
- Germain Marie
- Ghosh T.K.
- Giannotti P.
- Glenn A.
- Gogiberidze G.
- Gonin M.
- Gosset J.
- Goto Y.
- Granier De Cassagnac R.
- Grau N.
- Greene S.V.
- Grosse Perdekamp M.
- Guryn W.
- Gustafsson H.-A.
- Hachiya T.
- Haggerty J.S.
- Hahn S.F.
- Hamagaki H.
- Hansen A.G.
- Harder J.
- Hart G.W.
- Hartouni E.P.
- Harvey M.
- Hasuko K.
- Hayano R.
- Hayashi N.
- He X.
- Heffner M.
- Heine N.
- Hemmick T.K.
- Heuser J.M.
- Hibino M.
- Hicks J.S.
- Hidas P.
- Hiejima H.
- Hill J.C.
- Hobbs R.
- Holzmann W.
- Homma K.
- Hong B.
- Hoover A.
- Horaguchi T.
- Hutchins J.R.
- Hutter R.
- Ichihara T.
- Ikonnikov V.V.
- Imai K.
- Inaba M.
- Inuzuka M.
- Isenhower D.
- Isenhower L.
- Ishihara M.
- Issah M.
- Isupov A.
- Jacak B.V.
- Jagadish U.
- Jang W.Y.
- Jeong Y.
- Jia J.
- Jinnouchi O.
- Johnson B.M.
- Johnson S.C.
- Jones Jr. J.P.
- Joo K.S.
- Jouan D.
- Kahn S.
- Kajihara F.
- Kametani S.
- Kamihara N.
- Kandasamy A.
- Kaneta M.
- Kang J.H.
- Kann M.
- Kapoor S.S.
- Karadjev K.V.
- Karar A.
- Kato S.
- Katou K.
- Kawabata T.
- Kazantsev A.
- Kelley M.A.
- Kelly Steven
- Khachaturov B.
- Khanzadeev A.
- Kikuchi J.
- Kim D.H.
- Kim D.J.
- Kim D.W.
- Kim E.
- Kim G.-B.
- Kim H.J.
- Kinney E.
- Kiss A.
- Kistenev E.
- Kiyomichi A.
- Kiyoyama K.
- Klein-Boesing C.
- Kobayashi H.
- Kochenda L.
- Kochetkov V.
- Koehler D.
- Kohama T.
- Kohara R.
- Komkov B.
- Konno M.
- Kopytine M.
- Kotchetkov D.
- Kozlov A.
- Kozlov V.
- Kravtsov P.
- Kroon P.J.
- Kuberg C.H.
- Kunde G.J.
- Kuriatkov V.
- Kurita K.
- Kuroki Y.
- Kweon M.J.
- Kwon Y.
- Kyle G.S.
- Lacey R.
- Ladygin V.
- Lajoie J.G.
- Le Bornec Y.
- Lebedev A.,
- Lebedev V.A.
- Leckey S.
- Lee D.M.
- Lee S.,
- Leitch M.J.
- Leite M.A.L.
- Li X.H.
- Lim H.
- Litvinenko A.
- Liu M.X.
- Liu Yehan
- Lopez J.D.
- Maguire C.F.
- Makdisi Y.I.
- Malakhov A.
- Manko V.I.
- Mao Y.
- Marek L.J.
- Martinez Garcia Gines
- Marx M.D.
- Masui H.
- Matathias F.
- Matsumoto T.
- McCain M.C.
- McGaughey P.L.
- McKay R.
- Melnikov E.
- Messer F.
- Miake Y.
- Miftakhov N.
- Milan J.
- Miller T.E.
- Milov A.
- Mioduszewski S.
- Mischke R.E.
- Mishra G.C.
- Mitchell J.T.
- Mohanty A.K.
- Montoya B.C.
- Moore J.A.
- Morrison D.P.
- Moss J.M.
- Muehlbacher F.
- Mukhopadhyay D.
- Muniruzzaman M.
- Murata J.
- Nagamiya S.
- Nagle J.L.
- Nakamura T.
- Nandi B.K.
- Nara M.
- Newby J.
- Nikolaev S.A.
- Nilsson P.
- Nyanin A.S.
- Nystrand J.
- O'Brien E.
- Ogilvie C.A.
- Ohnishi H.
- Ojha I.D.
- Okada H.
- Okada K.
- Ono M.
- Onuchin V.
- Oskarsson A.
- Otterlund I.
- Oyama K.
- Ozawa K.
- Pal D.
- Palounek A.P.T.
- Pancake C.
- Pantuev V.S.
- Papavassiliou V.
- Park J.
- Park W.J.
- Parmar A.
- Pate S.F.
- Pearson C.
- Pei H.
- Peitzmann T.
- Penev V.
- Peng J.-C.
- Pereira H.
- Peresedov V.
- Pierson A.
- Pinkenburg C.
- Pisani R.P.
- Plasil F.
- Prigl R.
- Puill G.
- Purschke M.L.
- Purwar A.K.
- Qualls J.M.
- Rak J.
- Rankowitz S.
- Ravinovich I.
- Read K.F.
- Reuter M.
- Reygers K.
- Riabov V.
- Riabov Y.
- Robinson S.H.
- Roche G.
- Romana A.
- Rosati M.
- Roschin E.
- Rosendahl S.S.E.
- Rosnet P.
- Ruggiero R.
- Rumpf M.
- Rykov V.L.
- Ryu S.S.
- Sadler M.E.
- Saito N.
- Sakaguchi T.
- Sakai M.
- Sakai S.
- Samsonov V.
- Sanfratello L.
- Santo R.
- Sato H.D.
- Sato S.
- Sawada S.
- Schutz Y.
- Semenov V.
- Seto R.
- Shaw M.R.
- Shea T.K.
- Shein I.
- Shibata T.-A.
- Shigaki K.
- Shiina T.
- Shimomura M.
- Sickles A.
- Silva C.L.
- Silvermyr D.
- Sim K.S.
- Singh C.P.
- Singh V.
- Sippach F.W.
- Sivertz M.
- Skank H.D.
- Sleege G.A.
- Smith D.E.
- Smith G.
- Smith M.C.
- Soldatov A.
- Soltz R.A.
- Sondheim W.E.
- Sorensen S.P.
- Sourikova I.V.
- Staley F.
- Stankus P.W.
- Stenlund E.
- Stepanov M.
- Ster A.
- Stoll S.P.
- Sugitate T.
- Sullivan J.P.
- Takagi S.
- Takagui E.M.
- Taketani A.
- Tamai M.
- Tanaka K.H.
- Tanaka Y.
- Tanida K.
- Tannenbaum M.J.
- Tarakanov V.
- Taranenko A.
- Tarjan P.
- Tepe J.D.
- Thomas T.L.
- Togawa M.
- Tojo J.
- Torii H.
- Towell R.S.
- Tram V.-N.
- Trofimov V.
- Tserruya I.
- Tsuchimoto Y.
- Tsuruoka H.
- Tuli S.K.
- Tydesjo H.
- Tyurin N.
- Uam T.J.
- Van Hecke H.W.
- Vasiliev A.A.
- Vassent M.
- Velkovska J.
- Velkovsky M.
- Verhoeven W.
- Veszpremi V.
- Villatte L.
- Vinogradov A.A.
- Volkov M.A.
- Vznuzdaev E.
- Wang X.R.
- Watanabe Y.
- White S.N.
- Whitus B.R.
- Willis N.
- Wintenberg A.L.
- Wohn F.K.
- Woody C.L.
- Xie W.
- Yang Y.
- Yanovich A.
- Yokkaichi S.
- Young G.R.
- Yushmanov I.E.
- Zajc W.A.
- Zhang C.
- Zhang L.
- Zhou S.
- Zhou S.J.
- Zimanyi J.
- Zolin L.
- Zong X.
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 04/11/2004
- Field of study
O. Drapier on behalf of the PHENIX Collaboration, EIThe PHENIX experiment at RHIC measured single electron spectra in p + p, d + Au and Au + Au collisions at sNN=200 GeV, and in Au + Au collisions at sNN=62.4 GeV. In these spectra, electrons from semi-leptonic decays of charmed particles are the dominant contribution after subtraction of all 'photonic' sources (photon conversions, Dalitz decays, decays of light vector mesons). The p + p open charm production cross-section is found to be in good agreement with pQCD NLO calculations. The shape of the distributions obtained for p + p interactions is compared with those observed for nucleus-nucleus collisions. From p + p to d + Au and Au + Au interactions, open charm production is found to scale with the number of binary collisions Ncoll . Au + Au data at sNN=62.4 GeV is compatible with the ISR p + p results scaled by Ncoll . The elliptic flow parameter v2 of heavy flavor electrons has also been measured, and is found to be non-zero in the intermediate pT range
Differential probes of medium-induced energy loss
- Author
- Adler S.S.
- Afanasiev S.
- Aidala C.
- Ajitanand N.N.
- Akiba Y.
- Al-Jamel A.
- Alexander J.
- Alley G.
- Amirikas R.
- Aoki K.
- Aphecetche Laurent
- Archuleta J.B.
- Archuleta J.R.
- Armendariz R.
- Armijo V.
- Aronson S.H.
- Averbeck R.
- Awes T.C.
- Azmoun R.
- Babintsev V.
- Baldisseri A.
- Barish K.N.
- Barnes P.D.
- Bassalleck B.
- Bathe S.
- Batsouli S.
- Baublis V.
- Bauer F.
- Bazilevsky A.
- Belikov S.
- Berdnikov Y.
- Bhagavatula S.
- Bjorndal M.T.
- Bobrek M.
- Boissevain J.G.
- Boose S.
- Borel H.
- Borenstein S.
- Britton Jr. C.L.
- Brooks M.L.
- Brown D.S.
- Brun N.
- Bruner N.
- Bryan W.L.
- Bucher D.
- Buesching H.
- Bumazhnov V.
- Bunce G.
- Burward-Hoy J.M.
- Butsyk S.
- Cafferty M.M.
- Camard X.
- Chai J.-S.
- Chand P.
- Chang W.C.
- Chappell R.B.
- Chernichenko S.
- Chevel A.
- Chi C.Y.
- Chiba J.
- Chiu M.
- Choi I.J.
- Choi J.
- Chollet S.
- Choudhury R.K.
- Chujo T.
- Cianciolo V.
- Clark D.
- Cobigo Y.
- Cole B.A.
- Comets M.P.
- Constantin P.
- Csanad M.
- Csorgo T.
- Cunitz H.
- Cussonneau Jean-Pierre
- D'Enterria D.G.
- Das K.
- David G.
- Deak F.
- Debraine A.
- Delagrange H.
- Denisov A.
- Deshpande A.
- Desmond E.J.
- Devismes A.
- Dietzsch O.
- Drachenberg J.L.
- Drapier O.
- Drees A.
- Drees K.A.
- Durietz R.
- Durum A.
- Dutta D.
- Dzhordzhadze V.
- Echave M.A.
- Efremenko Y.V.
- El Chenawi K.
- Emery M.S.
- Enokizono A.
- Enyo H.
- Ericson M.N.
- Espagnon B.
- Esumi S.
- Evseev V.
- Ewell L.
- Fields D.E.
- Finck C.
- Fleuret F.
- Fokin S.L.
- Fox B.D.
- Fraenkel Z.
- Frank S.S.
- Frantz J.E.
- Franz A.
- Frawley A.D.
- Fried J.
- Fukao Y.
- Fung S.-Y.
- Gadrat S.
- Gannon J.
- Garpman S.
- Gastaldi F.
- Gee T.F.
- Germain Marie
- Ghosh T.K.
- Giannotti P.
- Glenn A.
- Gogiberidze G.
- Gonin M.
- Gosset J.
- Goto Y.
- Granier De Cassagnac R.
- Grau N.
- Greene S.V.
- Grosse Perdekamp M.
- Guryn W.
- Gustafsson H.-A.
- Hachiya T.
- Haggerty J.S.
- Hahn S.F.
- Hamagaki H.
- Hansen A.G.
- Harder J.
- Hart G.W.
- Hartouni E.P.
- Harvey M.
- Hasuko K.
- Hayano R.
- Hayashi N.
- He X.
- Heffner M.
- Heine N.
- Hemmick T.K.
- Heuser J.M.
- Hibino M.
- Hicks J.S.
- Hidas P.
- Hiejima H.
- Hill J.C.
- Hobbs R.
- Holzmann W.
- Homma K.
- Hong B.
- Hoover A.
- Horaguchi T.
- Hutchins J.R.
- Hutter R.
- Ichihara T.
- Ikonnikov V.V.
- Imai K.
- Inaba M.
- Inuzuka M.
- Isenhower D.
- Isenhower L.
- Ishihara M.
- Issah M.
- Isupov A.
- Jacak B.V.
- Jagadish U.
- Jang W.Y.
- Jeong Y.
- Jia J.
- Jinnouchi O.
- Johnson B.M.
- Johnson S.C.
- Jones Jr. J.P.
- Joo K.S.
- Jouan D.
- Kahn S.
- Kajihara F.
- Kametani S.
- Kamihara N.
- Kandasamy A.
- Kaneta M.
- Kang J.H.
- Kann M.
- Kapoor S.S.
- Karadjev K.V.
- Karar A.
- Kato S.
- Katou K.
- Kawabata T.
- Kazantsev A.
- Kelley M.A.
- Kelly Steven
- Khachaturov B.
- Khanzadeev A.
- Kikuchi J.
- Kim D.H.
- Kim D.J.
- Kim D.W.
- Kim E.
- Kim G.-B.
- Kim H.J.
- Kinney E.
- Kiss A.
- Kistenev E.
- Kiyomichi A.
- Kiyoyama K.
- Klein-Boesing C.
- Kobayashi H.
- Kochenda L.
- Kochetkov V.
- Koehler D.
- Kohama T.
- Kohara R.
- Komkov B.
- Konno M.
- Kopytine M.
- Kotchetkov D.
- Kozlov A.
- Kozlov V.
- Kravtsov P.
- Kroon P.J.
- Kuberg C.H.
- Kunde G.J.
- Kuriatkov V.
- Kurita K.
- Kuroki Y.
- Kweon M.J.
- Kwon Y.
- Kyle G.S.
- Lacey R.
- Ladygin V.
- Lajoie J.G.
- Le Bornec Y.
- Lebedev A.,
- Lebedev V.A.
- Leckey S.
- Lee D.M.
- Lee S.,
- Leitch M.J.
- Leite M.A.L.
- Li X.H.
- Lim H.
- Litvinenko A.
- Liu M.X.
- Liu Yehan
- Lopez J.D.
- Maguire C.F.
- Makdisi Y.I.
- Malakhov A.
- Manko V.I.
- Mao Y.
- Marek L.J.
- Martinez Garcia Gines
- Marx M.D.
- Masui H.
- Matathias F.
- Matsumoto T.
- McCain M.C.
- McGaughey P.L.
- McKay R.
- Melnikov E.
- Messer F.
- Miake Y.
- Miftakhov N.
- Milan J.
- Miller T.E.
- Milov A.
- Mioduszewski S.
- Mischke R.E.
- Mishra G.C.
- Mitchell J.T.
- Mohanty A.K.
- Montoya B.C.
- Moore J.A.
- Morrison D.P.
- Moss J.M.
- Muehlbacher F.
- Mukhopadhyay D.
- Muniruzzaman M.
- Murata J.
- Nagamiya S.
- Nagle J.L.
- Nakamura T.
- Nandi B.K.
- Nara M.
- Newby J.
- Nikolaev S.A.
- Nilsson P.
- Nyanin A.S.
- Nystrand J.
- O'Brien E.
- Ogilvie C.A.
- Ohnishi H.
- Ojha I.D.
- Okada H.
- Okada K.
- Ono M.
- Onuchin V.
- Oskarsson A.
- Otterlund I.
- Oyama K.
- Ozawa K.
- Pal D.
- Palounek A.P.T.
- Pancake C.
- Pantuev V.S.
- Papavassiliou V.
- Park J.
- Park W.J.
- Parmar A.
- Pate S.F.
- Pearson C.
- Pei H.
- Peitzmann T.
- Penev V.
- Peng J.-C.
- Pereira H.
- Peresedov V.
- Pierson A.
- Pinkenburg C.
- Pisani R.P.
- Plasil F.
- Prigl R.
- Puill G.
- Purschke M.L.
- Purwar A.K.
- Qualls J.M.
- Rak J.
- Rankowitz S.
- Ravinovich I.
- Read K.F.
- Reuter M.
- Reygers K.
- Riabov V.
- Riabov Y.
- Robinson S.H.
- Roche G.
- Romana A.
- Rosati M.
- Roschin E.
- Rosendahl S.S.E.
- Rosnet P.
- Ruggiero R.
- Rumpf M.
- Rykov V.L.
- Ryu S.S.
- Sadler M.E.
- Saito N.
- Sakaguchi T.
- Sakai M.
- Sakai S.
- Samsonov V.
- Sanfratello L.
- Santo R.
- Sato H.D.
- Sato S.
- Sawada S.
- Schutz Y.
- Semenov V.
- Seto R.
- Shaw M.R.
- Shea T.K.
- Shein I.
- Shibata T.-A.
- Shigaki K.
- Shiina T.
- Shimomura M.
- Sickles A.
- Silva C.L.
- Silvermyr D.
- Sim K.S.
- Singh C.P.
- Singh V.
- Sippach F.W.
- Sivertz M.
- Skank H.D.
- Sleege G.A.
- Smith D.E.
- Smith G.
- Smith M.C.
- Soldatov A.
- Soltz R.A.
- Sondheim W.E.
- Sorensen S.P.
- Sourikova I.V.
- Staley F.
- Stankus P.W.
- Stenlund E.
- Stepanov M.
- Ster A.
- Stoll S.P.
- Sugitate T.
- Sullivan J.P.
- Takagi S.
- Takagui E.M.
- Taketani A.
- Tamai M.
- Tanaka K.H.
- Tanaka Y.
- Tanida K.
- Tannenbaum M.J.
- Tarakanov V.
- Taranenko A.
- Tarjan P.
- Tepe J.D.
- Thomas T.L.
- Togawa M.
- Tojo J.
- Torii H.
- Towell R.S.
- Tram V.-N.
- Trofimov V.
- Tserruya I.
- Tsuchimoto Y.
- Tsuruoka H.
- Tuli S.K.
- Tydesjo H.
- Tyurin N.
- Uam T.J.
- Van Hecke H.W.
- Vasiliev A.A.
- Vassent M.
- Velkovska J.
- Velkovsky M.
- Verhoeven W.
- Veszpremi V.
- Villatte L.
- Vinogradov A.A.
- Volkov M.A.
- Vznuzdaev E.
- Wang X.R.
- Watanabe Y.
- White S.N.
- Whitus B.R.
- Willis N.
- Wintenberg A.L.
- Wohn F.K.
- Woody C.L.
- Xie W.
- Yang Y.
- Yanovich A.
- Yokkaichi S.
- Young G.R.
- Yushmanov I.E.
- Zajc W.A.
- Zhang C.
- Zhang L.
- Zhou S.
- Zhou S.J.
- Zimanyi J.
- Zolin L.
- Zong X.
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/01/2005
- Field of study
B. Cole on behalf of the PHENIX Collaboration -EIResults from the PHENIX experiment of measurements of high- pT particle production presented at the Hard Probes 2004 Conference are summarized. This paper focuses on a sub-set of the measurements presented at the conference, namely the suppression of π0 production at moderate to high pT as a function of angle with respect to the collision reaction plane, Δϕ , for different collision centralities. The data are presented in the form of nuclear modification factor as a function of angle with respect to the reaction plane, RAA(Δϕ) . The data are analyzed using empirical estimates of the medium-induced energy loss obtained from the RAA(Δϕ) values. A geometric analysis is performed with the goal of understanding the simultaneous dependence of RAA on Δϕ and centrality. We find that the centrality and Δϕ dependence of the π0 suppression can be made approximately consistent using an admittedly over-simplistic description of the geometry of the jet propagation in the medium but only if the energy loss is effectively reduced for short parton path lengths in the medium. We find that with a more "canonical" treatment of the quenching geometry, the π0 suppression varies more rapidly with Δϕ than would be expected from the centrality dependence of the suppression
Quarkonium production from d+Au to Au+Au collisions
- Author
- Adler S.S.
- Afanasiev S.
- Aidala C.
- Ajitanand N.N.
- Akiba Y.
- Al-Jamel A.
- Alexander J.
- Alley G.
- Amirikas R.
- Aoki K.
- Aphecetche Laurent
- Archuleta J.B.
- Archuleta J.R.
- Armendariz R.
- Armijo V.
- Aronson S.H.
- Averbeck R.
- Awes T.C.
- Azmoun R.
- Babintsev V.
- Baldisseri A.
- Barish K.N.
- Barnes P.D.
- Bassalleck B.
- Bathe S.
- Batsouli S.
- Baublis V.
- Bauer F.
- Bazilevsky A.
- Belikov S.
- Berdnikov Y.
- Bhagavatula S.
- Bjorndal M.T.
- Bobrek M.
- Boissevain J.G.
- Boose S.
- Borel H.
- Borenstein S.
- Britton Jr. C.L.
- Brooks M.L.
- Brown D.S.
- Brun N.
- Bruner N.
- Bryan W.L.
- Bucher D.
- Buesching H.
- Bumazhnov V.
- Bunce G.
- Burward-Hoy J.M.
- Butsyk S.
- Cafferty M.M.
- Camard X.
- Chai J.-S.
- Chand P.
- Chang W.C.
- Chappell R.B.
- Chernichenko S.
- Chevel A.
- Chi C.Y.
- Chiba J.
- Chiu M.
- Choi I.J.
- Choi J.
- Chollet S.
- Choudhury R.K.
- Chujo T.
- Cianciolo V.
- Clark D.
- Cobigo Y.
- Cole B.A.
- Comets M.P.
- Constantin P.
- Csanad M.
- Csorgo T.
- Cunitz H.
- Cussonneau Jean-Pierre
- D'Enterria D.G.
- Das K.
- David G.
- Deak F.
- Debraine A.
- Delagrange H.
- Denisov A.
- Deshpande A.
- Desmond E.J.
- Devismes A.
- Dietzsch O.
- Drachenberg J.L.
- Drapier O.
- Drees A.
- Drees K.A.
- Du Rietz R.
- Durum A.
- Dutta D.
- Dzhordzhadze V.
- Echave M.A.
- Efremenko Y.V.
- El Chenawi K.
- Emery M.S.
- Enokizono A.
- Enyo H.
- Ericson M.N.
- Espagnon B.
- Esumi S.
- Evseev V.
- Ewell L.
- Fields D.E.
- Finck C.
- Fleuret F.
- Fokin S.L.
- Fox B.D.
- Fraenkel Z.
- Frank S.S.
- Frantz J.E.
- Franz A.
- Frawley A.D.
- Fried J.
- Fukao Y.
- Fung S.-Y.
- Gadrat S.
- Gannon J.
- Garpman S.
- Gastaldi F.
- Gee T.F.
- Germain Marie
- Ghosh T.K.
- Giannotti P.
- Glenn A.
- Gogiberidze G.
- Gonin M.
- Gosset J.
- Goto Y.
- Granier De Cassagnac R.
- Grau N.
- Greene S.V.
- Grosse Perdekamp M.
- Guryn W.
- Gustafsson H.-A.
- Hachiya T.
- Haggerty J.S.
- Hahn S.F.
- Hamagaki H.
- Hansen A.G.
- Harder J.
- Hart G.W.
- Hartouni E.P.
- Harvey M.
- Hasuko K.
- Hayano R.
- Hayashi N.
- He X.
- Heffner M.
- Heine N.
- Hemmick T.K.
- Heuser J.M.
- Hibino M.
- Hicks J.S.
- Hidas P.
- Hiejima H.
- Hill J.C.
- Hobbs R.
- Holzmann W.
- Homma K.
- Hong B.
- Hoover A.
- Horaguchi T.
- Hutchins J.R.
- Hutter R.
- Ichihara T.
- Ikonnikov V.V.
- Imai K.
- Inaba M.
- Inuzuka M.
- Isenhower D.
- Isenhower L.
- Ishihara M.
- Issah M.
- Isupov A.
- Jacak B.V.
- Jagadish U.
- Jang W.Y.
- Jeong Y.
- Jia J.
- Jinnouchi O.
- Johnson B.M.
- Johnson S.C.
- Jones Jr. J.P.
- Joo K.S.
- Jouan D.
- Kahn S.
- Kajihara F.
- Kametani S.
- Kamihara N.
- Kandasamy A.
- Kaneta M.
- Kang J.H.
- Kann M.
- Kapoor S.S.
- Karadjev K.V.
- Karar A.
- Kato S.
- Katou K.
- Kawabata T.
- Kazantsev A.
- Kelley M.A.
- Kelly Steven
- Khachaturov B.
- Khanzadeev A.
- Kikuchi J.
- Kim D.H.
- Kim D.J.
- Kim D.W.
- Kim E.
- Kim G.-B.
- Kim H.J.
- Kinney E.
- Kiss A.
- Kistenev E.
- Kiyomichi A.
- Kiyoyama K.
- Klein-Boesing C.
- Kobayashi H.
- Kochenda L.
- Kochetkov V.
- Koehler D.
- Kohama T.
- Kohara R.
- Komkov B.
- Konno M.
- Kopytine M.
- Kotchetkov D.
- Kozlov A.
- Kozlov V.
- Kravtsov P.
- Kroon P.J.
- Kuberg C.H.
- Kunde G.J.
- Kuriatkov V.
- Kurita K.
- Kuroki Y.
- Kweon M.J.
- Kwon Y.
- Kyle G.S.
- Lacey R.
- Ladygin V.
- Lajoie J.G.
- Le Bornec Y.
- Lebedev A.,
- Lebedev V.A.
- Leckey S.
- Lee D.M.
- Lee S.,
- Leitch M.J.
- Leite M.A.L.
- Li X.H.
- Lim H.
- Litvinenko A.
- Liu M.X.
- Liu Yehan
- Lopez J.D.
- Maguire C.F.
- Makdisi Y.I.
- Malakhov A.
- Manko V.I.
- Mao Y.
- Marek L.J.
- Martinez Garcia Gines
- Marx M.D.
- Masui H.
- Matathias F.
- Matsumoto T.
- McCain M.C.
- McGaughey P.L.
- McKay R.
- Melnikov E.
- Messer F.
- Miake Y.
- Miftakhov N.
- Milan J.
- Miller T.E.
- Milov A.
- Mioduszewski S.
- Mischke R.E.
- Mishra G.C.
- Mitchell J.T.
- Mohanty A.K.
- Montoya B.C.
- Moore J.A.
- Morrison D.P.
- Moss J.M.
- Muehlbacher F.
- Mukhopadhyay D.
- Muniruzzaman M.
- Murata J.
- Nagamiya S.
- Nagle J.L.
- Nakamura T.
- Nandi B.K.
- Nara M.
- Newby J.
- Nikolaev S.A.
- Nilsson P.
- Nyanin A.S.
- Nystrand J.
- O'Brien E.
- Ogilvie C.A.
- Ohnishi H.
- Ojha I.D.
- Okada H.
- Okada K.
- Ono M.
- Onuchin V.
- Oskarsson A.
- Otterlund I.
- Oyama K.
- Ozawa K.
- Pal D.
- Palounek A.P.T.
- Pancake C.
- Pantuev V.S.
- Papavassiliou V.
- Park J.
- Park W.J.
- Parmar A.
- Pate S.F.
- Pearson C.
- Pei H.
- Peitzmann T.
- Penev V.
- Peng J.-C.
- Pereira H.
- Peresedov V.
- Pierson A.
- Pinkenburg C.
- Pisani R.P.
- Plasil F.
- Prigl R.
- Puill G.
- Purschke M.L.
- Purwar A.K.
- Qualls J.M.
- Rak J.
- Rankowitz S.
- Ravinovich I.
- Read K.F.
- Reuter M.
- Reygers K.
- Riabov V.
- Riabov Y.
- Robinson S.H.
- Roche G.
- Romana A.
- Rosati M.
- Roschin E.
- Rosendahl S.S.E.
- Rosnet P.
- Ruggiero R.
- Rumpf M.
- Rykov V.L.
- Ryu S.S.
- Sadler M.E.
- Saito N.
- Sakaguchi T.
- Sakai M.
- Sakai S.
- Samsonov V.
- Sanfratello L.
- Santo R.
- Sato H.D.
- Sato S.
- Sawada S.
- Schutz Y.
- Semenov V.
- Seto R.
- Shaw M.R.
- Shea T.K.
- Shein I.
- Shibata T.-A.
- Shigaki K.
- Shiina T.
- Shimomura M.
- Sickles A.
- Silva C.L.
- Silvermyr D.
- Sim K.S.
- Singh C.P.
- Singh V.
- Sippach F.W.
- Sivertz M.
- Skank H.D.
- Sleege G.A.
- Smith D.E.
- Smith G.
- Smith M.C.
- Soldatov A.
- Soltz R.A.
- Sondheim W.E.
- Sorensen S.P.
- Sourikova I.V.
- Staley F.
- Stankus P.W.
- Stenlund E.
- Stepanov M.
- Ster A.
- Stoll S.P.
- Sugitate T.
- Sullivan J.P.
- Takagi S.
- Takagui E.M.
- Taketani A.
- Tamai M.
- Tanaka K.H.
- Tanaka Y.
- Tanida K.
- Tannenbaum M.J.
- Tarakanov V.
- Taranenko A.
- Tarjan P.
- Tepe J.D.
- Thomas T.L.
- Togawa M.
- Tojo J.
- Torii H.
- Towell R.S.
- Tram V.-N.
- Trofimov V.
- Tserruya I.
- Tsuchimoto Y.
- Tsuruoka H.
- Tuli S.K.
- Tydesjo H.
- Tyurin N.
- Uam T.J.
- Van Hecke H.W.
- Vasiliev A.A.
- Vassent M.
- Velkovska J.
- Velkovsky M.
- Verhoeven W.
- Veszpremi V.
- Villatte L.
- Vinogradov A.A.
- Volkov M.A.
- Vznuzdaev E.
- Wang X.R.
- Watanabe Y.
- White S.N.
- Whitus B.R.
- Willis N.
- Wintenberg A.L.
- Wohn F.K.
- Woody C.L.
- Xie W.
- Yang Y.
- Yanovich A.
- Yokkaichi S.
- Young G.R.
- Yushmanov I.E.
- Zajc W.A.
- Zhang C.
- Zhang L.
- Zhou S.
- Zhou S.J.
- Zimanyi J.
- Zolin L.
- Zong X.
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 04/11/2004
- Field of study
M. Rosati on behalf of the PHENIX Collaboration EIThe PHENIX experiment measured J/ψ production in pp, d+Au and Au+Au reactions at \sqrt{^sNN}=200GeVoverawiderangeofrapidityandtransversemomentum.Thenuclearmodificationfactorobtainedbycomparingthed+Auandppcrosssectionsasafunctionofrapidity,isconsistentwithshadowingofthegluondistributionfunctions.J/\psi$ production in Au+Au collisions was compared to the production in pp collisions and it was found to be inconsistent with models that predict strong enhancement relative to binary collision scaling