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Study of Bose-Einstein correlations ine+e−annihilation at 29 GeV

Authors :
H. K. Ticho
L. T. Kerth
Em Wang
D. R. Nygren
G. R. Lynch
W. A. Wenzel
W. E. Slater
A. R. Clark
X. Q. Lu
M. Yamauchi
F. R. Rouse
L. Madansky
M. L. Stevenson
N. Toge
A. D. Bross
R. W. Kenney
J. Hylen
W. M. Zhang
D. L. Fancher
J. M. Hauptman
C. Y. Chien
R. I. Koda
M. Pripstein
S. C. Loken
K. Maruyama
R. R. Kofler
A. Cordier
M. Alston-Garnjost
C. S. Lindsey
M. D. Shapiro
R. F. van Daalen Wetters
Hirotsugu Fujii
O. Chamberlain
K. A. Derby
H. Yamamoto
M. R. Wayne
A. V. Barnes
R. R. Sauerwein
M. T. Ronan
R. van Tyen
A. Pevsner
B. A. Barnett
G. J. Vandalen
W. Gorn
S. O. Melnikoff
A. Barbaro-Galtieri
R. J. Madaras
J. N. Marx
K. K. Kwong
T. Fujii
B. J. Blumenfeld
J. G. Layter
W. Moses
H. S. Kaye
O. I. Dahl
Tuneyoshi Kamae
H. U. Bengtsson
Hiroaki Aihara
C. D. Buchanan
C. T. Day
J. E. Huth
W. Hofmann
R. R. Ross
P. J. Oddone
D. H. Stork
B. Gabioud
D. A. Park
G. Shapiro
J. A. Bakken
P. H. Eberhard
J. W. Gary
B. C. Shen
P. R. Robrish
N. J. Hadley
Peter Nemethy
J. A J Matthews
Source :
Physical Review D. 31:996-1003
Publication Year :
1985
Publisher :
American Physical Society (APS), 1985.

Abstract

Bose-Einstein correlations between like-sign pions have been investigated in e/sup +/e/sup -/ annihilation at ..sqrt..s = 29 GeV using the Time Projection Chamber detector at the SLAC e/sup +/e/sup -/ storage ring PEP. The production rate of like-sign pion pairs with small relative momentum is found to be increased by more than 50% over the rate expected for uncorrelated production of pions. From the correlation length, a typical source radius of 0.65 fm is derived. Data are consistent with a spherical shape of the pion source. No dependence of radius or correlation strength on the event multiplicity is observed.

Details

ISSN :
05562821
Volume :
31
Database :
OpenAIRE
Journal :
Physical Review D
Accession number :
edsair.doi...........1db096790326b674972a99eee39c9387
Full Text :
https://doi.org/10.1103/physrevd.31.996