Open charm yields in d+Au collisions at root s(NN)=200 GeV

J Adams; M M Aggarwal; Z Ahammed; J Amonett; B D Anderson; D Arkhipkin; G S Averichev; S K Badyal; Y Bai; J Balewski; O Barannikova; L S Barnby; J Baudot; S Bekele; V V Belaga; R Bellwied; J Berger; B I Bezverkhny; S Bharadwaj; A Bhasin; A K Bhati; V S Bhatia; H Bichsel; A Billmeier; L C Bland; C O Blyth; B E Bonner; M Botje; A Boucham; A V Brandin; A Bravar; M Bystersky; R V Cadman; X Z Cai; H Caines; M Calderon de la Barca Sanchez; J Castillo; D Cebra; Z Chajecki; P Chaloupka; S Chattopadhyay; H F Chen; Y Chen; J Cheng; M Cherney; A Chikanian; W Christie; J P Coffin; T M Cormier; J G Cramer; H J Crawford; D Das; S Das; M M de Moura; A A Derevschikov; L Didenko; T Dietel; S M Dogra; W J Dong; Dong; J E Draper; F Du; A K Dubey; V B Dunin; J C Dunlop; M R Dutta Mazumdar; Eckardt; W R Edwards; L G Efimov; Emelianov; J Engelage; G Eppley; B Erazmus; M Estienne; P Fachini; J Faivre; R Fatemi; J Fedorisin; K Filimonov; P Filip; E Finch; Fine; Y Fisyak; K Fomenko; J Fu; C A Gagliardi; L Gaillard; J Gans; M S Ganti; L Gaudichet; F Geurts; Ghazikhanian; P Ghosh; J E Gonzalez; O Grachov; O Grebenyuk; D Grosnick; S M Guertin; Y Guo; A Gupta; T D Gutierrez; T J Hallman; A Hamed; D Hardtke; J W Harris; M Heinz; T W Henry; S Hepplemann; B Hippolyte; A Hirsch; E Hjort; G W Hoffmann; H Z Huang; S L Huang; E W Hughes; T J Humanic; G Igo; A Ishihara; P Jacobs; W W Jacobs; M Janik; H Jiang; P G Jones; E G Judd; S Kabana; K Kang; M Kaplan; D Keane; V Y Khodyrev; J Kiryluk; A Kisiel; E M Kislov; J Klay; Klein; D D Koetke; T Kollegger; M Kopytine; L Kotchenda; M Kramer; P Kravtsov; Kravtsov; K Krueger; C Kuhn; A I Kulikov; A Kumar; R K Kutuev; A A Kuznetsov; MAC Lamont; J M Landgraf; S Lange; F Laue; J Lauret; A Lebedev; R Lednicky; S Lehocka; M J LeVine; C Li; Q Li; Y Li; G Lin; S J Lindenbaum; M A Lisa; F Liu; L Liu; Q J Liu; Z Liu; T Ljubicic; W J Llope; H Long; R S Longacre; M Lopez-Noriega; W A Love; Y Lu; T Ludlam; D Lynn; G L Ma; J G Ma; Y G Ma; D Magestro; S Mahajan; D P Mahapatra; R Majka; L K Mangotra; R Manweiler; S Margetis; C Markert; L Martin; J N Marx; H S Matis; Y A Matulenko; C J McClain; T S McShane; F Meissner; Y Melnick; A Meschanin; M L Miller; N G Minaev; C Mironov; A Mischke; D K Mishra; J Mitchell; B Mohanty; L Molnar; C F Moore; D A Morozov; M G Munhoz; B K Nandi; S K Nayak; T K Nayak; J M Nelson; P K Netrakanti; V A Nikitin; L V Nogach; S B Nurushev; G Odyniec; A Ogawa; Okorokov; M Oldenburg; D Olson; S K Pal; Y Panebratsev; S Y Panitkin; A I Pavlinov; T Pawlak; T Peitzmann; Perevoztchikov; C Perkins; W Peryt; V A Petrov; S C Phatak; R Picha; M Planinic; J Pluta; N Porile; J Porter; A M Poskanzer; M Potekhin; E Potrebenikova; BVKS Potukuchi; D Prindle; C Pruneau; J Putschke; G Rakness; R Raniwala; S Raniwala; O Ravel; R L Ray; S V Razin; D Reichhold; J G Reid; G Renault; F Retiere; A Ridiger; H G Ritter; J B Roberts; O V Rogachevskiy; J L Romero; A Rose; C Roy; L Ruan; R Sahoo; Sakrejda; S Salur; J Sandweiss; M Sarsour; Savin; P S Sazhin; J Schambach; R P Scharenberg; N Schmitz; K Schweda; J Seger; P Seyboth; E Shahaliev; M Shao; W Shao; M Sharma; W Q Shen; K E Shestermanov; S S Shimanskiy; E Sichtermann; F Simon; R N Singaraju; G Skoro; N Smirnov; R Snellings; G Sood; P Sorensen; J Sowinski; J Speltz; H M Spinka; B Srivastava; A Stadnik; TDS Stanislaus; R Stock; A Stolpovsky; M Strikhanov; B Stringfellow; AAP Suaide; E Sugarbaker; C Suire; M Sumbera; B Surrow; TJM Symons; A Szanto de Toledo; P Szarwas; A Tai; J Takahashi; A H Tang; T Tarnowsky; D Thein; J H Thomas; S Timoshenko; M Tokarev; T A Trainor; S Trentalange; R E Tribble; O D Tsai; J Ulery; T Ullrich; D G Underwood; A Urkinbaev; G Van Buren; M van Leeuwen; A M Vander Molen; R Varma; I M Vasilevski; A N Vasiliev; R Vernet; S E Vigdor; Y P Viyogi; S Vokal; S A Voloshin; M Vznuzdaev; W T Waggoner; F Wang; G Wang; X L Wang; Y Wang; Z M Wang; H Ward; J W Watson; J C Webb; R Wells; G D Westfall; A Wetzler; C Whitten; H Wieman; S W Wissink; R Witt; J Wood; J Wu; N Xu; Z Xu; Z Z Xu; E Yamamoto; P Yepes; Yurevich; Y V Zanevsky; H Zhang; W M Zhang; Z P Zhang; R Zoulkarneev; Y Zoulkarneeva; A N Zubarev

doi:10.1103/PhysRevLett.94.062301

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Open charm yields in d+Au collisions at root s(NN)=200 GeV

Journal article

Peer reviewed

Open charm yields in d+Au collisions at root s(NN)=200 GeV

J Adams, M M Aggarwal, Z Ahammed, J Amonett, B D Anderson, D Arkhipkin, G S Averichev, S K Badyal, Y Bai, J Balewski, …

Physical review letters, Vol.94(6)

02/18/2005

DOI: https://doi.org/10.1103/PhysRevLett.94.062301

PMID: 15783724

Abstract

Physical Sciences

Physics

Physics, Multidisciplinary

Science & Technology

Midrapidity open charm spectra from direct reconstruction of D-0((D) over bar (0))-->K(-/+)pi(+/-) in d(+)Au collisions and indirect electron-positron measurements via charm semileptonic decays in p+p and d+Au collisions at roots(NN)=200 GeV are reported. The D-0((D) over bar (0)) spectrum covers a transverse momentum (p(T)) range of 0.1< p(T) < 3 GeV/c, whereas the electron spectra cover a range of 1< p(T) < 4 GeV/c. The electron spectra show approximate binary collision scaling between p+p and d+Au collisions. From these two independent analyses, the differential cross section per nucleon-nucleon binary interaction at midrapidity for open charm production from d+Au collisions at BNL RHIC is dsigma(c)((c)) over bar (NN)/dy=0.30+/-0.04(stat)+/-0.09(syst) mb. The results are compared to theoretical calculations. Implications for charmonium results in A+A collisions are discussed.

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Title: Open charm yields in d+Au collisions at root s(NN)=200 GeV
Creators: J Adams
M M Aggarwal
Z Ahammed
J Amonett
B D Anderson
D Arkhipkin
G S Averichev
S K Badyal
Y Bai
J Balewski
O Barannikova
L S Barnby
J Baudot
S Bekele
V V Belaga
R Bellwied
J Berger
B I Bezverkhny
S Bharadwaj
A Bhasin
A K Bhati
V S Bhatia
H Bichsel
A Billmeier
L C Bland
C O Blyth
B E Bonner
M Botje
A Boucham
A V Brandin
A Bravar
M Bystersky
R V Cadman
X Z Cai
H Caines
M Calderon de la Barca Sanchez
J Castillo
D Cebra
Z Chajecki
P Chaloupka
S Chattopadhyay
H F Chen
Y Chen
J Cheng
M Cherney
A Chikanian
W Christie
J P Coffin
T M Cormier
J G Cramer
H J Crawford
D Das
S Das
M M de Moura
A A Derevschikov
L Didenko
T Dietel
S M Dogra
W J Dong
Dong
J E Draper
F Du
A K Dubey
V B Dunin
J C Dunlop
M R Dutta Mazumdar
Eckardt
W R Edwards
L G Efimov
Emelianov
J Engelage
G Eppley
B Erazmus
M Estienne
P Fachini
J Faivre
R Fatemi
J Fedorisin
K Filimonov
P Filip
E Finch
Fine
Y Fisyak
K Fomenko
J Fu
C A Gagliardi
L Gaillard
J Gans
M S Ganti
L Gaudichet
F Geurts
Ghazikhanian
P Ghosh
J E Gonzalez
O Grachov
O Grebenyuk
D Grosnick
S M Guertin
Y Guo
A Gupta
T D Gutierrez
T J Hallman
A Hamed
D Hardtke
J W Harris
M Heinz
T W Henry
S Hepplemann
B Hippolyte
A Hirsch
E Hjort
G W Hoffmann
H Z Huang
S L Huang
E W Hughes
T J Humanic
G Igo
A Ishihara
P Jacobs
W W Jacobs
M Janik
H Jiang
P G Jones
E G Judd
S Kabana
K Kang
M Kaplan
D Keane
V Y Khodyrev
J Kiryluk
A Kisiel
E M Kislov
J Klay
Klein
D D Koetke
T Kollegger
M Kopytine
L Kotchenda
M Kramer
P Kravtsov
Kravtsov
K Krueger
C Kuhn
A I Kulikov
A Kumar
R K Kutuev
A A Kuznetsov
MAC Lamont
J M Landgraf
S Lange
F Laue
J Lauret
A Lebedev
R Lednicky
S Lehocka
M J LeVine
C Li
Q Li
Y Li
G Lin
S J Lindenbaum
M A Lisa
F Liu
L Liu
Q J Liu
Z Liu
T Ljubicic
W J Llope
H Long
R S Longacre
M Lopez-Noriega
W A Love
Y Lu
T Ludlam
D Lynn
G L Ma
J G Ma
Y G Ma
D Magestro
S Mahajan
D P Mahapatra
R Majka
L K Mangotra
R Manweiler
S Margetis
C Markert
L Martin
J N Marx
H S Matis
Y A Matulenko
C J McClain
T S McShane
F Meissner
Y Melnick
A Meschanin
M L Miller
N G Minaev
C Mironov
A Mischke
D K Mishra
J Mitchell
B Mohanty
L Molnar
C F Moore
D A Morozov
M G Munhoz
B K Nandi
S K Nayak
T K Nayak
J M Nelson
P K Netrakanti
V A Nikitin
L V Nogach
S B Nurushev
G Odyniec
A Ogawa
Okorokov
M Oldenburg
D Olson
S K Pal
Y Panebratsev
S Y Panitkin
A I Pavlinov
T Pawlak
T Peitzmann
Perevoztchikov
C Perkins
W Peryt
V A Petrov
S C Phatak
R Picha
M Planinic
J Pluta
N Porile
J Porter
A M Poskanzer
M Potekhin
E Potrebenikova
BVKS Potukuchi
D Prindle
C Pruneau
J Putschke
G Rakness
R Raniwala
S Raniwala
O Ravel
R L Ray
S V Razin
D Reichhold
J G Reid
G Renault
F Retiere
A Ridiger
H G Ritter
J B Roberts
O V Rogachevskiy
J L Romero
A Rose
C Roy
L Ruan
R Sahoo
Sakrejda
S Salur
J Sandweiss
M Sarsour
Savin
P S Sazhin
J Schambach
R P Scharenberg
N Schmitz
K Schweda
J Seger
P Seyboth
E Shahaliev
M Shao
W Shao
M Sharma
W Q Shen
K E Shestermanov
S S Shimanskiy
E Sichtermann
F Simon
R N Singaraju
G Skoro
N Smirnov
R Snellings
G Sood
P Sorensen
J Sowinski
J Speltz
H M Spinka
B Srivastava
A Stadnik
TDS Stanislaus
R Stock
A Stolpovsky
M Strikhanov
B Stringfellow
AAP Suaide
E Sugarbaker
C Suire
M Sumbera
B Surrow
TJM Symons
A Szanto de Toledo
P Szarwas
A Tai
J Takahashi
A H Tang
T Tarnowsky
D Thein
J H Thomas
S Timoshenko
M Tokarev
T A Trainor
S Trentalange
R E Tribble
O D Tsai
J Ulery
T Ullrich
D G Underwood
A Urkinbaev
G Van Buren
M van Leeuwen
A M Vander Molen
R Varma
I M Vasilevski
A N Vasiliev
R Vernet
S E Vigdor
Y P Viyogi
S Vokal
S A Voloshin
M Vznuzdaev
W T Waggoner
F Wang
G Wang
G Wang
X L Wang
Y Wang
Y Wang
Z M Wang
H Ward
J W Watson
J C Webb
R Wells
G D Westfall
A Wetzler
C Whitten
H Wieman
S W Wissink
R Witt
J Wood
J Wu
N Xu
Z Xu
Z Z Xu
E Yamamoto
P Yepes
Yurevich
Y V Zanevsky
H Zhang
W M Zhang
Z P Zhang
R Zoulkarneev
Y Zoulkarneeva
A N Zubarev
Publication Details: Physical review letters, Vol.94(6)
Publisher: Amer Physical Soc
Number of pages: 6
Identifiers: 991006034142502656
Academic Unit: Physics
Language: English
Resource Type: Journal article

Open charm yields in d+Au collisions at root s(NN)=200 GeV

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