Beam-energy-dependent Two-pion Interferometry And The Freeze-out Eccentricity Of Pions Measured In Heavy Ion Collisions At The Star Detector

dc.creatorAdamczyk
dc.creatorL.; Adkins
dc.creatorJ. K.; Agakishiev
dc.creatorG.; Aggarwal
dc.creatorM. M.; Ahammed
dc.creatorZ.; Alekseev
dc.creatorI.; Alford
dc.creatorJ.; Anson
dc.creatorC. D.; Aparin
dc.creatorA.; Arkhipkin
dc.creatorD.; Aschenauer
dc.creatorE. C.; Averichev
dc.creatorG. S.; Banerjee
dc.creatorA.; Beavis
dc.creatorD. R.; Bellwied
dc.creatorR.; Bhasin
dc.creatorA.; Bhati
dc.creatorA. K.; Bhattarai
dc.creatorP.; Bichsel
dc.creatorH.; Bielcik
dc.creatorJ.; Bielcikova
dc.creatorJ.; Bland
dc.creatorL. C.; Bordyuzhin
dc.creatorI. G.; Borowski
dc.creatorW.; Bouchet
dc.creatorJ.; Brandin
dc.creatorA. V.; Brovko
dc.creatorS. G.; Bueltmann
dc.creatorS.; Bunzarov
dc.creatorI.; Burton
dc.creatorT. P.; Butterworth
dc.creatorJ.; Caines
dc.creatorH.; Sanchez
dc.creatorM. Calderon de la Barca; Cebra
dc.creatorD.; Cendejas
dc.creatorR.; Cervantes
dc.creatorM. C.; Chaloupka
dc.creatorP.; Chang
dc.creatorZ.; Chattopadhyay
dc.creatorS.; Chen
dc.creatorH. F.; Chen
dc.creatorJ. H.; Chen
dc.creatorL.; Cheng
dc.creatorJ.; Cherney
dc.creatorM.; Chikanian
dc.creatorA.; Christie
dc.creatorW.; Chwastowski
dc.creatorJ.; Codrington
dc.creatorM. J. M.; Contin
dc.creatorG.; Cramer
dc.creatorJ. G.; Crawford
dc.creatorH. J.; Cui
dc.creatorX.; Das
dc.creatorS.; Leyva
dc.creatorA. Davila; De Silva
dc.creatorL. C.; Debbe
dc.creatorR. R.; Dedovich
dc.creatorT. G.; Deng
dc.creatorJ.; Derevschikov
dc.creatorA. A.; Derradi de Souza
dc.creatorR.; Dhamija
dc.creatorS.; di Ruzza
dc.creatorB.; Didenko
dc.creatorL.; Dilks
dc.creatorC.; Ding
dc.creatorF.; Djawotho
dc.creatorP.; Dong
dc.creatorX.; Drachenberg
dc.creatorJ. L.; Draper
dc.creatorJ. E.; Du
dc.creatorC. M.; Dunkelberger
dc.creatorL. E.; Dunlop
dc.creatorJ. C.; Efimov
dc.creatorL. G.; Engelage
dc.creatorJ.; Engle
dc.creatorK. S.; Eppley
dc.creatorG.; Eun
dc.creatorL.; Evdokimov
dc.creatorO.; Eyser
dc.creatorO.; Fatemi
dc.creatorR.; Fazio
dc.creatorS.; Fedorisin
dc.creatorJ.; Filip
dc.creatorP.; Finch
dc.creatorE.; Fisyak
dc.creatorY.; Flores
dc.creatorC. E.; Gagliardi
dc.creatorC. A.; Gangadharan
dc.creatorD. R.; Garand
dc.creatorD.; Geurts
dc.creatorF.; Gibson
dc.creatorA.; Girard
dc.creatorM.; Gliske
dc.creatorS.; Greiner
dc.creatorL.; Grosnick
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dc.creatorD. S.; Guo
dc.creatorY.; Gupta
dc.creatorA.; Gupta
dc.creatorS.; Guryn
dc.creatorW.; Haag
dc.creatorB.; Hamed
dc.creatorA.; Han
dc.creatorL-X.; Haque
dc.creatorR.; Harris
dc.creatorJ. W.; Heppelmann
dc.creatorS.; Hirsch
dc.creatorA.; Hoffmann
dc.creatorG. W.; Hofman
dc.creatorD. J.; Horvat
dc.creatorS.; Huang
dc.creatorB.; Huang
dc.creatorH. Z.; Huang
dc.creatorX.; Huck
dc.creatorP.; Humanic
dc.creatorT. J.; Igo
dc.creatorG.; Jacobs
dc.creatorW. W.; Jang
dc.creatorH.; Judd
dc.creatorE. G.; Kabana
dc.creatorS.; Kalinkin
dc.creatorD.; Kang
dc.creatorK.; Kauder
dc.creatorK.; Ke
dc.creatorH. W.; Keane
dc.creatorD.; Kechechyan
dc.creatorA.; Kesich
dc.creatorA.; Khan
dc.creatorZ. H.; Kikola
dc.creatorD. P.; Kisel
dc.creatorI.; Kisiel
dc.creatorA.; Koetke
dc.creatorD. D.; Kollegger
dc.creatorT.; Konzer
dc.creatorJ.; Koralt
dc.creatorI.; Kosarzewski
dc.creatorL. K.; Kotchenda
dc.creatorL.; Kraishan
dc.creatorA. F.; Kravtsov
dc.creatorP.; Krueger
dc.creatorK.; Kulakov
dc.creatorI.; Kumar
dc.creatorL.; Kycia
dc.creatorR. A.; Lamont
dc.creatorM. A. C.; Landgraf
dc.creatorJ. M.; Landry
dc.creatorK. D.; Lauret
dc.creatorJ.; Lebedev
dc.creatorA.; Lednicky
dc.creatorR.; Lee
dc.creatorJ. H.; LeVine
dc.creatorM. J.; Li
dc.creatorC.; Li
dc.creatorW.; Li
dc.creatorX.; Li
dc.creatorX.; Li
dc.creatorY.; Li
dc.creatorZ. M.; Lisa
dc.creatorM. A.; Liu
dc.creatorF.; Ljubicic
dc.creatorT.; Llope
dc.creatorW. J.; Lomnitz
dc.creatorM.; Longacre
dc.creatorR. S.; Luo
dc.creatorX.; Ma
dc.creatorG. L.; Ma
dc.creatorY. G.; Don
dc.creatorD. M. M. D. Madagodagettige; Mahapatra
dc.creatorD. P.; Majka
dc.creatorR.; Margetis
dc.creatorS.; Markert
dc.creatorC.; Masui
dc.creatorH.; Matis
dc.creatorH. S.; McDonald
dc.creatorD.; McShane
dc.creatorT. S.; Minaev
dc.creatorN. G.; Mioduszewski
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dc.creatorM. M.; Morozov
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dc.creatorM. K.; Nandi
dc.creatorB. K.; Nasim
dc.creatorMd.; Nayak
dc.creatorT. K.; Nelson
dc.creatorJ. M.; Nigmatkulov
dc.creatorG.; Nogach
dc.creatorL. V.; Noh
dc.creatorS. Y.; Novak
dc.creatorJ.; Nurushev
dc.creatorS. B.; Odyniec
dc.creatorG.; Ogawa
dc.creatorA.; Oh
dc.creatorK.; Ohlson
dc.creatorA.; Okorokov
dc.creatorV.; Oldag
dc.creatorE. W.; Olvitt
dc.creatorD. L.
dc.creatorJr.; Pachr
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dc.creatorT.; Pawlik
dc.creatorB.; Pei
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dc.creatorJ.; Poljak
dc.creatorN.; Poniatowska
dc.creatorK.; Porter
dc.creatorJ.; Poskanzer
dc.creatorA. M.; Pruthi
dc.creatorN. K.; Przybycien
dc.creatorM.; Pujahari
dc.creatorP. R.; Putschke
dc.creatorJ.; Qiu
dc.creatorH.; Quintero
dc.creatorA.; Ramachandran
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dc.creatorR.; Raniwala
dc.creatorS.; Ray
dc.creatorR. L.; Riley
dc.creatorC. K.; Ritter
dc.creatorH. G.; Roberts
dc.creatorJ. B.; Rogachevskiy
dc.creatorO. V.; Romero
dc.creatorJ. L.; Ross
dc.creatorJ. F.; Roy
dc.creatorA.; Ruan
dc.creatorL.; Rusnak
dc.creatorJ.; Rusnakova
dc.creatorO.; Sahoo
dc.creatorN. R.; Sahu
dc.creatorP. K.; Sakrejda
dc.creatorI.; Salur
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dc.creatorJ.; Sangaline
dc.creatorE.; Sarkar
dc.creatorA.; Schambach
dc.creatorJ.; Scharenberg
dc.creatorR. P.; Schmah
dc.creatorA. M.; Schmidke
dc.creatorW. B.; Schmitz
dc.creatorN.; Seger
dc.creatorJ.; Seyboth
dc.creatorP.; Shah
dc.creatorN.; Shahaliev
dc.creatorE.; Shanmuganathan
dc.creatorP. V.; Shao
dc.creatorM.; Sharma
dc.creatorB.; Shen
dc.creatorW. Q.; Shi
dc.creatorS. S.; Shou
dc.creatorQ. Y.; Sichtermann
dc.creatorE. P.; Singaraju
dc.creatorR. N.; Skoby
dc.creatorM. J.; Smirnov
dc.creatorD.; Smirnov
dc.creatorN.; Solanki
dc.creatorD.; Sorensen
dc.creatorP.; Spinka
dc.creatorH. M.; Srivastava
dc.creatorB.; Stanislaus
dc.creatorT. D. S.; Stevens
dc.creatorJ. R.; Stock
dc.creatorR.; Strikhanov
dc.creatorM.; Stringfellow
dc.creatorB.; Sumbera
dc.creatorM.; Sun
dc.creatorX.; Sun
dc.creatorX. M.; Sun
dc.creatorY.; Sun
dc.creatorZ.; Surrow
dc.creatorB.; Svirida
dc.creatorD. N.; Symons
dc.creatorT. J. M.; Szelezniak
dc.creatorM. A.; Takahashi
dc.creatorJ.; Tang
dc.creatorA. H.; Tang
dc.creatorZ.; Tarnowsky
dc.creatorT.; Thomas
dc.creatorJ. H.; Timmins
dc.creatorA. R.; Tlusty
dc.creatorD.; Tokarev
dc.creatorM.; Trentalange
dc.creatorS.; Tribble
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dc.creatorB. A.; Tsai
dc.creatorO. D.; Turnau
dc.creatorJ.; Ullrich
dc.creatorT.; Underwood
dc.creatorD. G.; Van Buren
dc.creatorG.; van Nieuwenhuizen
dc.creatorG.; Vandenbroucke
dc.creatorM.; Vanfossen
dc.creatorJ. A.
dc.creatorJr.; Varma
dc.creatorR.; Vasconcelos
dc.creatorG. M. S.; Vasiliev
dc.creatorA. N.; Vertesi
dc.creatorR.; Videbaek
dc.creatorF.; Viyogi
dc.creatorY. P.; Vokal
dc.creatorS.; Vossen
dc.creatorA.; Wada
dc.creatorM.; Wang
dc.creatorF.; Wang
dc.creatorG.; Wang
dc.creatorH.; Wang
dc.creatorJ. S.; Wang
dc.creatorX. L.; Wang
dc.creatorY.; Wang
dc.creatorY.; Webb
dc.creatorG.; Webb
dc.creatorJ. C.; Westfall
dc.creatorG. D.; Wieman
dc.creatorH.; Wissink
dc.creatorS. W.; Witt
dc.creatorR.; Wu
dc.creatorY. F.; Xiao
dc.creatorZ.; Xie
dc.creatorW.; Xin
dc.creatorK.; Xu
dc.creatorH.; Xu
dc.creatorJ.; Xu
dc.creatorN.; Xu
dc.creatorQ. H.; Xu
dc.creatorY.; Xu
dc.creatorZ.; Yan
dc.creatorW.; Yang
dc.creatorC.; Yang
dc.creatorY.; Yang
dc.creatorY.; Ye
dc.creatorZ.; Yepes
dc.creatorP.; Yi
dc.creatorL.; Yip
dc.creatorK.; Yoo
dc.creatorI-K.; Yu
dc.creatorN.; Zawisza
dc.creatorY.; Zbroszczyk
dc.creatorH.; Zha
dc.creatorW.; Zhang
dc.creatorJ. B.; Zhang
dc.creatorJ. L.; Zhang
dc.creatorS.; Zhang
dc.creatorX. P.; Zhang
dc.creatorY.; Zhang
dc.creatorZ. P.; Zhao
dc.creatorF.; Zhao
dc.creatorJ.; Zhong
dc.creatorC.; Zhu
dc.creatorX.; Zhu
dc.creatorY. H.; Zoulkarneeva
dc.creatorY.; Zyzak
dc.creatorM.
dc.date2015-Jul
dc.date2016-06-07T13:13:57Z
dc.date2016-06-07T13:13:57Z
dc.date.accessioned2018-03-29T01:34:46Z
dc.date.available2018-03-29T01:34:46Z
dc.identifier
dc.identifierBeam-energy-dependent Two-pion Interferometry And The Freeze-out Eccentricity Of Pions Measured In Heavy Ion Collisions At The Star Detector. Amer Physical Soc, v. 92, p. Jul-2015.
dc.identifier0556-2813
dc.identifierWOS:000357807800003
dc.identifier10.1103/PhysRevC.92.014904
dc.identifierhttp://journals.aps.org/prc/abstract/10.1103/PhysRevC.92.014904
dc.identifierhttp://repositorio.unicamp.br/jspui/handle/REPOSIP/241530
dc.identifier.urihttp://repositorioslatinoamericanos.uchile.cl/handle/2250/1305228
dc.descriptionFundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)
dc.descriptionConselho Nacional de Desenvolvimento Científico e Tecnológico (CNPq)
dc.descriptionWe present results of analyses of two-pion interferometry in Au + Au collisions at root s(NN) = 7.7, 11.5, 19.6, 27, 39, 62.4, and 200 GeV measured in the STAR detector as part of the BNL Relativistic Heavy Ion Collider Beam Energy Scan program. The extracted correlation lengths (Hanbury-Brown-Twiss radii) are studied as a function of beam energy, azimuthal angle relative to the reaction plane, centrality, and transverse mass (m(T)) of the particles. The azimuthal analysis allows extraction of the eccentricity of the entire fireball at kinetic freeze-out. The energy dependence of this observable is expected to be sensitive to changes in the equation of state. A new global fit method is studied as an alternate method to directly measure the parameters in the azimuthal analysis. The eccentricity shows a monotonic decrease with beam energy that is qualitatively consistent with the trend from all model predictions and quantitatively consistent with a hadronic transport model.
dc.description92
dc.description1
dc.description
dc.description
dc.description
dc.descriptionRHIC Operations Group
dc.descriptionRCF at BNL
dc.descriptionNERSC Center at LBNL
dc.descriptionKISTI Center in Korea
dc.descriptionOpen Science Grid consortium
dc.descriptionOffice of NP within the US DOE Office of Science
dc.descriptionOffice of HEP within the US DOE Office of Science
dc.descriptionUS NSF
dc.descriptionCNRS/IN2P3
dc.descriptionFundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)
dc.descriptionMinistry of Education and Science of the Russian Federation
dc.descriptionNNSFC
dc.descriptionCAS
dc.descriptionMoST
dc.descriptionMoE of China
dc.descriptionKorean Research Foundation
dc.descriptionGA of the Czech Republic
dc.descriptionMSMT of the Czech Republic
dc.descriptionFIAS of Germany
dc.descriptionDAE
dc.descriptionDST
dc.descriptionCSIR of India
dc.descriptionNational Science Centre of Poland
dc.descriptionNational Research Foundation of the Republic of Croatia, Ministry of Science, Education and Sports of the Republic of Croatia
dc.descriptionRosAtom of Russia
dc.descriptionFundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)
dc.descriptionConselho Nacional de Desenvolvimento Científico e Tecnológico (CNPq)
dc.description
dc.description
dc.description
dc.languageen
dc.publisherAMER PHYSICAL SOC
dc.publisher
dc.publisherCOLLEGE PK
dc.relationPHYSICAL REVIEW C
dc.rightsaberto
dc.sourceWOS
dc.subjectQuark-gluon Plasma
dc.subjectRelativistic Nuclear Collisions
dc.subjectBose-einstein Correlations
dc.subjectTransverse-momentum
dc.subjectCoulomb Corrections
dc.subjectPb+pb Collisions
dc.subjectPhase-transition
dc.subjectCritical-point
dc.subjectSps Energies
dc.subjectQcd
dc.titleBeam-energy-dependent Two-pion Interferometry And The Freeze-out Eccentricity Of Pions Measured In Heavy Ion Collisions At The Star Detector
dc.typeArtículos de revistas


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