Measurement of the F-2 structure function in deep inelastic e(+)p scattering using 1994 data from the ZEUS detector at HERA

M Derrick; D Krakauer; S Magill; D Mikunas; B Musgrave; Okrasinski; J Repond; R Stanek; R L Talaga; H Zhang; MCK Mattingly; F Anselmo; P Antonioli; G Bari; M Basile; L Bellagamba; D Boscherini; A Bruni; G Bruni; P Bruni; G C Romeo; G Castellini; L Cifarelli; F Cindolo; A Contin; M Corradi; Gialas; P Giusti; G Iacobucci; G Laurenti; G Levi; A Margotti; T Massam; R Nania; F Palmonari; A Pesci; A Polini; G Sartorelli; Y Z Garcia; A Zichichi; C Amelung; A Bornheim; J Crittenden; R Deffner; T Doeker; M Eckert; L Feld; A Frey; M Geerts; M Grothe; H Hartmann; K Heinloth; L Heinz; E Hilger; H P Jakob; U F Katz; S Mengel; E Paul; M Pfeiffer; C Rembser; D Schramm; J Stamm; R Wedemeyer; S CampbellRobson; A Cassidy; W N Cottingham; N Dyce; B Foster; S George; M E Hayes; G P Heath; H F Heath; D Piccioni; D G Roff; R J Tapper; R Yoshida; M Arneodo; R Ayad; M Capua; A Garfagnini; L Iannotti; H Schioppa; G Susinno; A Caldwell; N Cartiglia; Z Jing; W Liu; J A Parsons; S Ritz; F Sciulli; P B Straub; L Wai; S Yang; Q Zhu; P Borzemski; J Chwastowski; A Eskreys; Z Jakubowski; M B Przybycien; M Zachara; L Zawiejski; L Adamczyk; B Bednarek; K Jelen; D Kisielewska; T Kowalski; M Przybycien; E RulikowskaZarebska; L Suszycki; J Zajac; Z Dulinski; A Kotanski; G Abbiendi; LAT Bauerdick; U Behrens; H Beier; J K Bienlein; G Cases; O Deppe; K Desler; G Drews; M Flasinski; D J Gilkinson; C Glasman; P Gottlicher; J GrosseKnetter; T Haas; W Hain; D Hasell; H Hessling; Y Iga; K F Johnson; P Joos; M Kasemann; R Klanner; W Koch; U Kotz; H Kowalski; J Labs; A Ladage; B Lohr; M Lowe; D Luke; J Mainusch; O Manczak; J Milewski; T Monteiro; JST Ng; D Notz; K Ohrenberg; K Piotrzkowski; M Roco; M Rohde; J Roldan; U Schneekloth; W Schulz; F Selonke; B Surrow; E Tassi; T Voss; D Westphal; G Wolf; U Wollmer; C Youngman; W Zeuner; H J Grabosch; A Kharchilava; S M Mari; A Meyer; S Schlenstedt; N Wulff; G Barbagli; E Gallo; P Pelfer; G Maccarrone; S DePasquale; L Votano; A Bamberger; S Eisenhardt; T Trefzger; S Wolfle; J T Bromley; N H Brook; P J Bussey; A T Doyle; D H Saxon; L E Sinclair; M L Utley; A S Wilson; A Dannemann; U Holm; D Horstmann; R Sinkus; K Wick; B D Burow; L Hagge; E Lohrmann; G Poelz; W Schott; F Zetsche; T C Bacon; N Brummer; Butterworth; V L Harris; G Howell; BHY Hung; L Lamberti; K R Long; D B Miller; N Pavel; A Prinias; J K Sedgbeer; D Sideris; A F Whitfield; U Mallik; M Z Wang; S M Wang; J T Wu; P Cloth; D Filges; S H An; G H Cho; B J Ko; S B Lee; S W Nam; H S Park; S K Park; S Kartik; H J Kim; R R McNeil; W Metcalf; V K Nadendla; F Barreiro; J P Fernandez; R Graciani; J M Hernandez; L Hervas; L Labarga; M Martinez; J delPeso; J Puga; J Terron; J F deTroconiz; F Corriveau; D S Hanna; J Hartmann; L W Hung; J N Lim; C G Matthews; P M Patel; M Riveline; D G Stairs; M StLaurent; R Ullmann; G Zacek; T Tsurugai; Bashkirov; B A Dolgoshein; A Stifutkin; G L Bashindzhagyan; P F Ermolov; L K Gladilin; Y A Golubkov; V D Kobrin; I A Korzhavina; V A Kuzmin; O Y Lukina; A S Proskuryakov; A A Savin; L M Shcheglova; A N Solomin; N P Zotov; M Botje; F Chlebana; J Engelen; M deKamps; P Kooijman; A Kruse; A vanSighem; H Tiecke; W Verkerke; J Vossebeld; M Vreeswijk; L Wiggers; E deWolf; R vanWoudenberg; D Acosta; B Bylsma; L S Durkin; J Gilmore; C Li; T Y Ling; P Nylander; I H Park; T A Romanowski; D S Bailey; R J Cashmore; A M CooperSarkar; RCE Devenish; N Harnew; M Lancaster; L Lindemann; J D McFall; C Nath; V A Noyes; A Quadt; Tickner; H Uijterwaal; R Walczak; D S Waters; F F Wilson; T Yip; A Bertolin; R Brugnera; R Carlin; F DalCorso; M DeGiorgi; U Dosselli; S Limentani; M Morandin; M Posocco; L Stanco; R Stroili; C Voci; F Zuin; J Bulmahn; R G Feild; B Y Oh; J J Whitmore; G DAgostini; G Marini; A Nigro; J C Hart; N A McCubbin; T P Shah; E Barberis; T Dubbs; C Heusch; M VanHook; W Lockman; J T Rahn; HFW Sadrozinski; A Seiden; D C Williams; J Biltzinger; R J Seifert; O Schwarzer; A H Walenta; G Zech; H Abramowicz; G Briskin; S Dagan; A Levy; J I Fleck; M Inuzuka; T Ishii; M Kuze; S Mine; M Nakao; Suzuki; K Tokushuku; K Umemori; S Yamada; Y Yamazaki; M Chiba; R Hamatsu; T Hirose; K Homma; S Kitamura; T Matsushita; K Yamauchi; R Cirio; M Costa; M I Ferrero; S Maselli; C Peroni; R Sacchi; A Solano; A Staiano; M Dardo; D C Bailey; F Benard; M Brkic; C P Fagerstroem; G F Hartner; K K Joo; G M Levman; J F Martin; R S Orr; S Polenz; C R Sampson; D Simmons; R J Teuscher; J M Butterworth; C D Catterall; T W Jones; P B Kaziewicz; J B Lane; R L Saunders; J Shulman; M R Sutton; B Lu; L W Mo; W Bogusz; J Ciborowski; J Gajewski; G Grzelak; M Kasprzak; M Krzyzanowski; K Muchorowski; R J Nowak; J M Pawlak; T Tymieniecka; A K Wroblewski; J A Zakrzewski; A F Zarnecki; M Adamus; C Coldewey; Y Eisenberg; D Hochman; U Karshon; D Revel; D ZerZion; W F Badgett; J Breitweg; D Chapin; R Cross; S Dasu; C Foudas; R J Loveless; S Mattingly; D D Reeder; S Silverstein; W H Smith; A Vaiciulis; M Wodarczyk; S Bhadra; M L Cardy; W R Frisken; M Khakzad; W N Murray; W B Schmidke

doi:10.1007/s002880050260

Back

Journal article

Measurement of the F-2 structure function in deep inelastic e(+)p scattering using 1994 data from the ZEUS detector at HERA

M Derrick, D Krakauer, S Magill, D Mikunas, B Musgrave, Okrasinski, J Repond, R Stanek, R L Talaga, H Zhang, …

Zeitschrift für Physik. C, Particles and fields, Vol.72(3), pp.399-424

01/10/1996

DOI: https://doi.org/10.1007/s002880050260

Abstract

Physical Sciences

Physics

Physics, Particles & Fields

Science & Technology

We present measurements of the structure function F-2 in e(+)p scattering at HERA in the range 3.5 GeV2 < Q(2) < 5000 GeV2. A new reconstruction method has allowed a significant improvement in the resolution of the kinematic variables and an extension of the kinematic region covered by the experiment. Ac Q(2) < 35 GeV2 the range in x now spans 6.3 . 10(-5) < x < 0.08 providing overlap with measurements from fixed target experiments. At values of Q(2) above 1000 GeV2 the x range extends to 0.5. Systematic errors below 5% have been achieved for most of the kinematic region. The structure function rises as x decreases; the rise becomes more pronounced as Q(2) increases. The behaviour of the structure function data is well described by next-to-leading order perturbative QCD as implemented in the DGLAP evolution equations.

Metrics

1 Record Views

Details

Title: Measurement of the F-2 structure function in deep inelastic e(+)p scattering using 1994 data from the ZEUS detector at HERA
Creators - without role: M Derrick - Argonne National Laboratory
D Krakauer
S Magill
D Mikunas
B Musgrave
Okrasinski
J Repond
R Stanek
R L Talaga
H Zhang
MCK Mattingly
F Anselmo
P Antonioli
G Bari
M Basile
L Bellagamba
D Boscherini
A Bruni
G Bruni
P Bruni
G C Romeo
G Castellini
L Cifarelli
F Cindolo
A Contin
M Corradi
Gialas
P Giusti
G Iacobucci
G Laurenti
G Levi
A Margotti
T Massam
R Nania
F Palmonari
A Pesci
A Polini
G Sartorelli
Y Z Garcia
A Zichichi
C Amelung
A Bornheim
J Crittenden
R Deffner
T Doeker
M Eckert
L Feld
A Frey
M Geerts
M Grothe
H Hartmann
K Heinloth
L Heinz
E Hilger
H P Jakob
U F Katz
S Mengel
E Paul
M Pfeiffer
C Rembser
D Schramm
J Stamm
R Wedemeyer
S CampbellRobson
A Cassidy
W N Cottingham
N Dyce
B Foster
S George
M E Hayes
G P Heath
H F Heath
D Piccioni
D G Roff
R J Tapper
R Yoshida
M Arneodo
R Ayad
M Capua
A Garfagnini
L Iannotti
H Schioppa
G Susinno
A Caldwell
N Cartiglia
Z Jing
W Liu
J A Parsons
S Ritz
F Sciulli
P B Straub
L Wai
S Yang
Q Zhu
P Borzemski
J Chwastowski
A Eskreys
Z Jakubowski
M B Przybycien
M Zachara
L Zawiejski
L Adamczyk
B Bednarek
K Jelen
D Kisielewska
T Kowalski
M Przybycien
E RulikowskaZarebska
L Suszycki
J Zajac
Z Dulinski
A Kotanski
G Abbiendi
LAT Bauerdick
U Behrens
H Beier
J K Bienlein
G Cases
O Deppe
K Desler
G Drews
M Flasinski
D J Gilkinson
C Glasman
P Gottlicher
J GrosseKnetter
T Haas
W Hain
D Hasell
H Hessling
Y Iga
K F Johnson
P Joos
M Kasemann
R Klanner
W Koch
U Kotz
H Kowalski
J Labs
A Ladage
B Lohr
M Lowe
D Luke
J Mainusch
O Manczak
J Milewski
T Monteiro
JST Ng
D Notz
K Ohrenberg
K Piotrzkowski
M Roco
M Rohde
J Roldan
U Schneekloth
W Schulz
F Selonke
B Surrow
E Tassi
T Voss
D Westphal
G Wolf
U Wollmer
C Youngman
W Zeuner
H J Grabosch
A Kharchilava
S M Mari
A Meyer
S Schlenstedt
N Wulff
G Barbagli
E Gallo
P Pelfer
G Maccarrone
S DePasquale
L Votano
A Bamberger
S Eisenhardt
T Trefzger
S Wolfle
J T Bromley
N H Brook
P J Bussey
A T Doyle
D H Saxon
L E Sinclair
M L Utley
A S Wilson
A Dannemann
U Holm
D Horstmann
R Sinkus
K Wick
B D Burow
L Hagge
E Lohrmann
G Poelz
W Schott
F Zetsche
T C Bacon
N Brummer
Butterworth
V L Harris
G Howell
BHY Hung
L Lamberti
K R Long
D B Miller
N Pavel
A Prinias
J K Sedgbeer
D Sideris
A F Whitfield
U Mallik
M Z Wang
S M Wang
J T Wu
P Cloth
D Filges
S H An
G H Cho
B J Ko
S B Lee
S W Nam
H S Park
S K Park
S Kartik
H J Kim
R R McNeil
W Metcalf
V K Nadendla
F Barreiro
J P Fernandez
R Graciani
J M Hernandez
L Hervas
L Labarga
M Martinez
J delPeso
J Puga
J Terron
J F deTroconiz
F Corriveau
D S Hanna
J Hartmann
L W Hung
J N Lim
C G Matthews
P M Patel
M Riveline
D G Stairs
M StLaurent
R Ullmann
G Zacek
T Tsurugai
Bashkirov
B A Dolgoshein
A Stifutkin
G L Bashindzhagyan
P F Ermolov
L K Gladilin
Y A Golubkov
V D Kobrin
I A Korzhavina
V A Kuzmin
O Y Lukina
A S Proskuryakov
A A Savin
L M Shcheglova
A N Solomin
N P Zotov
M Botje - National Institute for Subatomic Physics
F Chlebana - National Institute for Subatomic Physics
J Engelen - National Institute for Subatomic Physics
M deKamps
P Kooijman - National Institute for Subatomic Physics
A Kruse - National Institute for Subatomic Physics
A vanSighem
H Tiecke
W Verkerke - National Institute for Subatomic Physics
J Vossebeld - National Institute for Subatomic Physics
M Vreeswijk - National Institute for Subatomic Physics
L Wiggers - National Institute for Subatomic Physics
E deWolf
R vanWoudenberg
D Acosta
B Bylsma
L S Durkin
J Gilmore
C Li
T Y Ling
P Nylander
I H Park
T A Romanowski
D S Bailey
R J Cashmore
A M CooperSarkar
RCE Devenish
N Harnew
M Lancaster
L Lindemann
J D McFall
C Nath
V A Noyes
A Quadt
Tickner
H Uijterwaal
R Walczak
D S Waters
F F Wilson
T Yip
A Bertolin
R Brugnera
R Carlin
F DalCorso
M DeGiorgi
U Dosselli
S Limentani
M Morandin
M Posocco
L Stanco
R Stroili
C Voci
F Zuin
J Bulmahn
R G Feild
B Y Oh
J J Whitmore
G DAgostini
G Marini
A Nigro
J C Hart
N A McCubbin
T P Shah
E Barberis
T Dubbs
C Heusch
M VanHook
W Lockman
J T Rahn
HFW Sadrozinski
A Seiden
D C Williams
J Biltzinger
R J Seifert
O Schwarzer
A H Walenta
G Zech
H Abramowicz
G Briskin
S Dagan
A Levy
J I Fleck
M Inuzuka
T Ishii
M Kuze
S Mine
M Nakao
Suzuki
K Tokushuku
K Umemori
S Yamada
Y Yamazaki
M Chiba
R Hamatsu
T Hirose
K Homma
S Kitamura
T Matsushita
K Yamauchi
R Cirio
M Costa
M I Ferrero
S Maselli
C Peroni
R Sacchi
A Solano
A Staiano
M Dardo
D C Bailey
F Benard
M Brkic
C P Fagerstroem
G F Hartner
K K Joo
G M Levman
J F Martin
R S Orr
S Polenz
C R Sampson
D Simmons
R J Teuscher
J M Butterworth
C D Catterall
T W Jones
P B Kaziewicz
J B Lane
R L Saunders
J Shulman
M R Sutton
B Lu
L W Mo
W Bogusz
J Ciborowski
J Gajewski
G Grzelak
M Kasprzak
M Krzyzanowski
K Muchorowski
R J Nowak
J M Pawlak
T Tymieniecka
A K Wroblewski
J A Zakrzewski
A F Zarnecki
M Adamus
C Coldewey
Y Eisenberg
D Hochman
U Karshon
D Revel
D ZerZion
W F Badgett
J Breitweg
D Chapin
R Cross
S Dasu
C Foudas
R J Loveless
S Mattingly
D D Reeder
S Silverstein
W H Smith
A Vaiciulis
M Wodarczyk
S Bhadra
M L Cardy
W R Frisken
M Khakzad
W N Murray
W B Schmidke
Publication Details: Zeitschrift für Physik. C, Particles and fields, Vol.72(3), pp.399-424
Publisher: Springer Nature
Number of pages: 26
Identifiers: 9933916208331
Academic Unit: University of Tabuk
Language: English
Resource Type: Journal article