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Antiproton-proton annihilation at rest into two mesons

Authors :
C. A. Meyer
A. Noble
U. Meyer-Berkhout
B. Schmid
R. P. Haddock
T. Case
P. Schmidt
A. H. Sanjari
G. Pinter
D. Walther
K. Beuchert
J. Zoll
N. Winter
D. Jamnik
D. Engelhardt
W. Dünnweber
Claude Amsler
J. Brose
B. M. Barnett
M. Englert
C.A. Baker
U. Strohbusch
D. Urner
R. Hackmann
M. Suffert
J. Lüdemann
A. Cooper
F. Walter
Herbert Koch
P. Blüm
H. Kalinowsky
K. Peters
C.J. Batty
J. Kisiel
Mark J. Burchell
R. Landua
M. A. Faessler
D.V. Bugg
H. Bossy
E. Schäfer
James A. Bistirlich
Pàl Hidas
U. Wiedner
Kenneth M. Crowe
Michael Doser
S. v. Dombrowski
G. Folger
I. Augustin
Michael Kobel
K. Braune
S. U. Chung
M. Merkel
S. Ravndal
J. P. Merlo
L. Montanet
S. Spanier
B. Kämmle
K. Königsmann
Nigel Hessey
P. Illinger
C. Kolo
P. Birien
F. H. Heinsius
Eberhard Klempt
C. Völcker
H. P. Dietz
Marcel Kunze
T. Kiel
H. Matthaey
R. Bossingham
Z. Jávorfi
C. Straßburger
Č. Zupančič
C. Felix
Source :
Nuclear Physics A. 558:127-136
Publication Year :
1993
Publisher :
Elsevier BV, 1993.

Abstract

Branching ratios for antiproton-proton annihilations at rest into two mesons are given. The data were obtained at LEAR by stopping antiprotons in a liquid hydrogen target. Both charged and neutral annihilation products were detected in the Crystal Barrel detector. Representative data are presented, and their bearing on the general picture of annihilation dynamics is discussed. In addition, preliminary branching ratios for two-body radiative annihilations are given.

Details

ISSN :
03759474
Volume :
558
Database :
OpenAIRE
Journal :
Nuclear Physics A
Accession number :
edsair.doi...........4ab2a37fa65cc746829689204e066f3f
Full Text :
https://doi.org/10.1016/0375-9474(93)90387-d