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Determination ofαsfrom energy-energy correlations ine+e−annihilation at 29 GeV

Authors :
J. S. Haggerty
C. A. Heusch
R. Van Kooten
W. Koska
Darien Wood
B. A. Barnett
L. Golding
R. Tschirhart
Kenneth G. Hayes
A. J. Lankford
J. A. Kadyk
D.P. Coupal
Stephen Robert Wagner
S. L. White
Timothy Barklow
P. S. Drell
D. L. Burke
R. Harr
H. O. Ogren
J. A. Jaros
F. Calviño
A. S. Schwarz
Ryszard Stroynowski
M. Petradza
R. A. Ong
D. Fujino
G. Bonvicini
J. P. Alexander
M. L. Perl
I. Juricic
DeStaebler Hc
B. C. Barish
A. Green
R. R. Larsen
P. Rankin
Alan Litke
R. J. Hollebeek
G. S. Abrams
H. F.W. Sadrozinski
A. Snyder
J. M. Brom
J. W. Chapman
D. Karlen
W. B. Schmidke
T. Schalk
G. J. Feldman
R. Frey
D. Nitz
D. Y. Wu
D. Amidei
T. Schaad
R. P. Thun
D. Hutchinson
W. T. Ford
J. Hylen
Gerson Goldhaber
H. Schellman
M. Alvarez
L. Müller
E. Fernandez
B. B. Brabson
Adolphsen Ce
J. A. J. Matthews
W. Kozanecki
Mark E. Nelson
P. R. Burchat
J. Kent
Z. Li
B. D. Milliken
D. I. Meyer
Grosse-Wiesmann P
A. Petersen
E. Wicklund
K. K. Gan
P. C. Rowson
B. W. Leclaire
J. G. Smith
F. A. Harris
D. R. Rust
A. Koide
P. Weber
John E. Bartelt
D. Herrup
A. Seiden
F. Butler
K. Riles
D. P. Stoker
M. E. Levi
P. Voruganti
T. Glanzman
R. C. Field
K.C. Moffeit
Jordan Nash
J. Boyer
W. R. Innes
M. Hoenk
F. Bulos
F. C. Porter
J. Ballam
M. Jaffré
Burton Richter
C. De La Vaissiere
D. Blockus
V. Luth
S. Weisz
R. J. Cence
George Gidal
Larry D. Gladney
P. D. Sheldon
Carl W. Akerlof
Cords D
A. J. Weinstein
Sherwood Parker
G. Hanson
C. Matteuzzi
A. Baden
K. O'Shaughnessy
C. W. Peck
J. Dorfan
John Yelton
A. M. Boyarski
S. R. Klein
C. M. Hawkes
G. H. Trilling
E. Soderstrom
N. S. Lockyer
A. J. Weir
T. Himel
Fordham C
A. Breakstone
D. E. Dorfan
M. S. Gold
H. Veltman
Source :
Physical Review D. 37:3091-3102
Publication Year :
1988
Publisher :
American Physical Society (APS), 1988.

Abstract

We have studied the energy-energy correlation in e+e- annihilation into hadrons at s =29 GeV using the Mark II detector at the SLAC storage ring PEP. We find to O(s2) that s=0.1580.0030.008 if hadronization is described by string fragmentation. Independent fragmentation schemes give s=0.100.14, and give poor agreement with the data. A leading-log shower fragmentation model is found to describe the data well. © 1988 The American Physical Society.

Details

ISSN :
05562821
Volume :
37
Database :
OpenAIRE
Journal :
Physical Review D
Accession number :
edsair.doi...........dac55f287238342e231cd799115c9778
Full Text :
https://doi.org/10.1103/physrevd.37.3091