Bulk Properties of the System Formed in Au+Au Collisions at $\sqrt{s_{\mathrm{NN}}}$ = 14.5 GeV

STAR Collaboration; J Adam; L Adamczyk; J. R Adams; J. K Adkins; G Agakishiev; M. M Aggarwal; Z Ahammed; I Alekseev; D. M Anderson; R Aoyama; A Aparin; E. C Aschenauer; M. U Ashraf; F. G Atetalla; A Attri; G. S Averichev; V Bairathi; K Barish; A. J Bassill; A Behera; R Bellwied; A Bhasin; A. K Bhati; J Bielcik; J Bielcikova; L. C Bland; I. G Bordyuzhin; J. D Brandenburg; A. V Brandin; J Bryslawskyj; I Bunzarov; J Butterworth; H Caines; M. Calderón de la Barca Sánchez; D Cebra; I Chakaberia; P Chaloupka; B. K Chan; F-H Chang; Z Chang; N Chankova-Bunzarova; A Chatterjee; S Chattopadhyay; J. H Chen; X Chen; J Cheng; M Cherney; W Christie; H. J Crawford; M Csanád; S Das; T. G Dedovich; I. M Deppner; A. A Derevschikov; L Didenko; C Dilks; X Dong; J. L Drachenberg; J. C Dunlop; T Edmonds; N Elsey; J Engelage; G Eppley; R Esha; S Esumi; O Evdokimov; J Ewigleben; O Eyser; R Fatemi; S Fazio; P Federic; J Fedorisin; Y Feng; P Filip; E Finch; Y Fisyak; L Fulek; C. A Gagliardi; T Galatyuk; F Geurts; A Gibson; K Gopal; D Grosnick; A Gupta; W Guryn; A. I Hamad; A Hamed; J. W Harris; L He; S Heppelmann; N Herrmann; L Holub; Y Hong; S Horvat; B Huang; H. Z Huang; S. L Huang; T Huang; X Huang; T. J Humanic; P Huo; G Igo; W. W Jacobs; C Jena; A Jentsch; Y JI; J Jia; K Jiang; S Jowzaee; X Ju; E. G Judd; S Kabana; S Kagamaster; D Kalinkin; K Kang; D Kapukchyan; K Kauder; H. W Ke; D Keane; A Kechechyan; M Kelsey; Y. V Khyzhniak; D. P Kikoła; C Kim; T. A Kinghorn; I Kisel; A Kisiel; M Kocan; L Kochenda; L. K Kosarzewski; L Kramarik; P Kravtsov; K Krueger; N. Kulathunga Mudiyanselage; L Kumar; R. Kunnawalkam Elayavalli; J. H Kwasizur; R Lacey; J. M Landgraf; J Lauret; A Lebedev; R Lednicky; J. H Lee; C Li; W Li; X Li; Y Li; Y Liang; R Licenik; T Lin; A Lipiec; M. A Lisa; F Liu; H Liu; P Liu; T Liu; X Liu; Y Liu; Z Liu; T Ljubicic; W. J Llope; M Lomnitz; R. S Longacre; S Luo; X Luo; G. L Ma; L Ma; R Ma; Y. G Ma; N Magdy; R Majka; D Mallick; S Margetis; C Markert; H. S Matis; O Matonoha; J. A Mazer; K Meehan; J. C Mei; N. G Minaev; S Mioduszewski; D Mishra; B Mohanty; M. M Mondal; I Mooney; Z Moravcova; D. A Morozov; Md Nasim; K Nayak; J. M Nelson; D. B Nemes; M Nie; G Nigmatkulov; T Niida; L. V Nogach; T Nonaka; G Odyniec; A Ogawa; S Oh; V. A Okorokov; B. S Page; R Pak; Y Panebratsev; B Pawlik; D Pawlowska; H Pei; C Perkins; R. L Pintér; J Pluta; J Porter; M Posik; N. K Pruthi; M Przybycien; J Putschke; A Quintero; S. K Radhakrishnan; S Ramachandran; R. L Ray; R Reed; H. G Ritter; J. B Roberts; O. V Rogachevskiy; J. L Romero; L Ruan; J Rusnak; O Rusnakova; N. R Sahoo; P. K Sahu; S Salur; J Sandweiss; J Schambach; W. B Schmidke; N Schmitz; B. R Schweid; F Seck; J Seger; M Sergeeva; R Seto; P Seyboth; N Shah; E Shahaliev; P. V Shanmuganathan; M Shao; F Shen; W. Q Shen; S. S Shi; Q. Y Shou; E. P Sichtermann; S Siejka; R Sikora; M Simko; J Singh; S Singha; D Smirnov; N Smirnov; W Solyst; P Sorensen; H. M Spinka; B Srivastava; T. D. S Stanislaus; M Stefaniak; D. J Stewart; M Strikhanov; B Stringfellow; A. A. P Suaide; T Sugiura; M Sumbera; B Summa; X. M Sun; Y Sun; B Surrow; D. N Svirida; P Szymanski; A. H Tang; Z Tang; A Taranenko; T Tarnowsky; J. H Thomas; A. R Timmins; D Tlusty; M Tokarev; C. A Tomkiel; S Trentalange; R. E Tribble; P Tribedy; S. K Tripathy; O. D Tsai; B Tu; Z Tu; T Ullrich; D. G Underwood; I Upsal; G Van Buren; J Vanek; A. N Vasiliev; I Vassiliev; F Videbæk; S Vokal; S. A Voloshin; F Wang; G Wang; P Wang; Y Wang; J. C Webb; L Wen; G. D Westfall; H Wieman; S. W Wissink; R Witt; Y Wu; Z. G Xiao; G Xie; W Xie; H Xu; N Xu; Q. H Xu; Y. F Xu; Z Xu; C Yang; Q Yang; S Yang; Y Yang; Z Yang; Z Ye; L Yi; K Yip; H Zbroszczyk; W Zha; D Zhang; L Zhang; S Zhang; X. P Zhang; Y Zhang; Z Zhang; J Zhao; C Zhong; C Zhou; X Zhu; Z Zhu; M Zurek; M Zyzak

doi:10.48550/arxiv.1908.03585

$Bulk Properties of the System Formed in Au+Au Collisions at $\sqrt{s_{\mathrm{NN}}}$ = 14.5 GeV$

Preprint

Bulk Properties of the System Formed in Au+Au Collisions at $\sqrt{s_{\mathrm{NN}}}$ = 14.5 GeV

STAR Collaboration, J Adam, L Adamczyk, J. R Adams, J. K Adkins, G Agakishiev, M. M Aggarwal, Z Ahammed, I Alekseev, D. M Anderson, …

08/09/2019

DOI: https://doi.org/10.48550/arxiv.1908.03585

Abstract

We report systematic measurements of bulk properties of the system created in Au+Au collisions at $\sqrt{s_{\mathrm{NN}}}$ = 14.5 GeV recorded by the STAR detector at the Relativistic Heavy Ion Collider (RHIC).The transverse momentum spectra of $\pi^{\pm}$, $K^{\pm}$ and $p(\bar{p})$ are studied at mid-rapidity ($|y| < 0.1$) for nine centrality intervals. The centrality, transverse momentum ($p_T$),and pseudorapidity ($\eta$) dependence of inclusive charged particle elliptic flow ($v_2$), and rapidity-odd charged particles directed flow ($v_{1}$) results near mid-rapidity are also presented. These measurements are compared with the published results from Au+Au collisions at other energies, and from Pb+Pb collisions at $\sqrt{s_{\mathrm{NN}}}$ = 2.76 TeV. The results at $\sqrt{s_{\mathrm{NN}}}$ = 14.5 GeV show similar behavior as established at other energies and fit well in the energy dependence trend. These results are important as the 14.5 GeV energy fills the gap in $\mu_B$, which is of the order of 100 MeV,between $\sqrt{s_{\mathrm{NN}}}$ =11.5 and 19.6 GeV. Comparisons of the data with UrQMD and AMPT models show poor agreement in general.

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Title: Bulk Properties of the System Formed in Au+Au Collisions at $\sqrt{s_{\mathrm{NN}}}$ = 14.5 GeV
Creators: STAR Collaboration
J Adam
L Adamczyk
J. R Adams
J. K Adkins
G Agakishiev
M. M Aggarwal
Z Ahammed
I Alekseev
D. M Anderson
R Aoyama
A Aparin
E. C Aschenauer
M. U Ashraf
F. G Atetalla
A Attri
G. S Averichev
V Bairathi
K Barish
A. J Bassill
A Behera
R Bellwied
A Bhasin
A. K Bhati
J Bielcik
J Bielcikova
L. C Bland
I. G Bordyuzhin
J. D Brandenburg
A. V Brandin
J Bryslawskyj
I Bunzarov
J Butterworth
H Caines
M. Calderón de la Barca Sánchez
D Cebra
I Chakaberia
P Chaloupka
B. K Chan
F-H Chang
Z Chang
N Chankova-Bunzarova
A Chatterjee
S Chattopadhyay
J. H Chen
X Chen
J Cheng
M Cherney
W Christie
H. J Crawford
M Csanád
S Das
T. G Dedovich
I. M Deppner
A. A Derevschikov
L Didenko
C Dilks
X Dong
J. L Drachenberg
J. C Dunlop
T Edmonds
N Elsey
J Engelage
G Eppley
R Esha
S Esumi
O Evdokimov
J Ewigleben
O Eyser
R Fatemi
S Fazio
P Federic
J Fedorisin
Y Feng
P Filip
E Finch
Y Fisyak
L Fulek
C. A Gagliardi
T Galatyuk
F Geurts
A Gibson
K Gopal
D Grosnick
A Gupta
W Guryn
A. I Hamad
A Hamed
J. W Harris
L He
S Heppelmann
N Herrmann
L Holub
Y Hong
S Horvat
B Huang
H. Z Huang
S. L Huang
T Huang
X Huang
T. J Humanic
P Huo
G Igo
W. W Jacobs
C Jena
A Jentsch
Y JI
J Jia
K Jiang
S Jowzaee
X Ju
E. G Judd
S Kabana
S Kagamaster
D Kalinkin
K Kang
D Kapukchyan
K Kauder
H. W Ke
D Keane
A Kechechyan
M Kelsey
Y. V Khyzhniak
D. P Kikoła
C Kim
T. A Kinghorn
I Kisel
A Kisiel
M Kocan
L Kochenda
L. K Kosarzewski
L Kramarik
P Kravtsov
K Krueger
N. Kulathunga Mudiyanselage
L Kumar
R. Kunnawalkam Elayavalli
J. H Kwasizur
R Lacey
J. M Landgraf
J Lauret
A Lebedev
R Lednicky
J. H Lee
C Li
W Li
X Li
Y Li
Y Liang
R Licenik
T Lin
A Lipiec
M. A Lisa
F Liu
H Liu
P Liu
T Liu
X Liu
Y Liu
Z Liu
T Ljubicic
W. J Llope
M Lomnitz
R. S Longacre
S Luo
X Luo
G. L Ma
L Ma
R Ma
Y. G Ma
N Magdy
R Majka
D Mallick
S Margetis
C Markert
H. S Matis
O Matonoha
J. A Mazer
K Meehan
J. C Mei
N. G Minaev
S Mioduszewski
D Mishra
B Mohanty
M. M Mondal
I Mooney
Z Moravcova
D. A Morozov
Md Nasim
K Nayak
J. M Nelson
D. B Nemes
M Nie
G Nigmatkulov
T Niida
L. V Nogach
T Nonaka
G Odyniec
A Ogawa
S Oh
V. A Okorokov
B. S Page
R Pak
Y Panebratsev
B Pawlik
D Pawlowska
H Pei
C Perkins
R. L Pintér
J Pluta
J Porter
M Posik
N. K Pruthi
M Przybycien
J Putschke
A Quintero
S. K Radhakrishnan
S Ramachandran
R. L Ray
R Reed
H. G Ritter
J. B Roberts
O. V Rogachevskiy
J. L Romero
L Ruan
J Rusnak
O Rusnakova
N. R Sahoo
P. K Sahu
S Salur
J Sandweiss
J Schambach
W. B Schmidke
N Schmitz
B. R Schweid
F Seck
J Seger
M Sergeeva
R Seto
P Seyboth
N Shah
E Shahaliev
P. V Shanmuganathan
M Shao
F Shen
W. Q Shen
S. S Shi
Q. Y Shou
E. P Sichtermann
S Siejka
R Sikora
M Simko
J Singh
S Singha
D Smirnov
N Smirnov
W Solyst
P Sorensen
H. M Spinka
B Srivastava
T. D. S Stanislaus
M Stefaniak
D. J Stewart
M Strikhanov
B Stringfellow
A. A. P Suaide
T Sugiura
M Sumbera
B Summa
X. M Sun
Y Sun
B Surrow
D. N Svirida
P Szymanski
A. H Tang
Z Tang
A Taranenko
T Tarnowsky
J. H Thomas
A. R Timmins
D Tlusty
M Tokarev
C. A Tomkiel
S Trentalange
R. E Tribble
P Tribedy
S. K Tripathy
O. D Tsai
B Tu
Z Tu
T Ullrich
D. G Underwood
I Upsal
G Van Buren
J Vanek
A. N Vasiliev
I Vassiliev
F Videbæk
S Vokal
S. A Voloshin
F Wang
G Wang
P Wang
Y Wang
J. C Webb
L Wen
G. D Westfall
H Wieman
S. W Wissink
R Witt
Y Wu
Z. G Xiao
G Xie
W Xie
H Xu
N Xu
Q. H Xu
Y. F Xu
Z Xu
C Yang
Q Yang
S Yang
Y Yang
Z Yang
Z Ye
L Yi
K Yip
H Zbroszczyk
W Zha
D Zhang
L Zhang
S Zhang
X. P Zhang
Y Zhang
Z Zhang
J Zhao
C Zhong
C Zhou
X Zhu
Z Zhu
M Zurek
M Zyzak
Identifiers: 991006034256502656
Academic Unit: Physics
Language: English
Resource Type: Preprint

Bulk Properties of the System Formed in Au+Au Collisions at $\sqrt{s_{\mathrm{NN}}}$ = 14.5 GeV

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