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New results on heavy-flavor photoproduction from the E687 experiment at FNAL

Authors :
Robert Gardner
G. R. Blackett
Fabrizio Fabbri
M. Pisharody
J. A. Swiatek
M. Vittone
J. F. Filaseta
L. Perasso
R. Culbertson
A. Zallo
Gabriele Gianini
D. Buchholz
W. D. Shephard
Stefano Bianco
Cristina Riccardi
F. Davenport
Randy Ruchti
D. J. Harding
Z. Y. Wu
Luigi Moroni
John Perry Cumalat
V. S. Paolone
S. Cihangir
B. G. Cheon
P. H. Kasper
D. L. Puseljic
A. Sala
Stephen A. Gourlay
T. Handler
N. M. Cason
B. O'Reilly
D. Perdini
L. Cinquini
R. Greene
Alan D. Lopez
James R. Wilson
Senta Greene
J. M. Bishop
J. S. Kang
S. Shukla
S. P. Ratti
H. W.K. Cheung
Willard Johns
P. M. Yager
B. Gobbi
G. Bellini
Paul Sheldon
K. Y. Kim
S. Sarwar
G. N. Kim
C. Dallapiccola
Sandra Malvezzi
M. S. Nehring
P. L. Frabetti
Dario Menasce
T. F. Lin
G. P. Grim
P. Inzani
D. Claes
A. E. Kreymer
D. Torretta
P. Lebrun
S. Sala
M. Di Corato
V. Arena
C. Castoldi
F. Leveraro
J. F. Ginkel
J. N. Butler
G. Boca
C. J. Kennedy
Marco Giammarchi
I. Gaines
P. H. Garbincius
B. Caccianiga
Paolo Vitulo
James E Wiss
L. Garren
E. Meroni
Gianluca Alimonti
Source :
Il Nuovo Cimento A. 107:2025-2043
Publication Year :
1994
Publisher :
Springer Science and Business Media LLC, 1994.

Abstract

The new results on charm from E687 photoproduction experiment are presented. They follow from very high statistic measurents and cover a wide variety of physics items in the charm sector. Charm photoproduction studies, very accurate lifetime measurements, analysis of several semi-leptonic decays and hadronic decays are discussed. Particular attention has been devoted to compare E687 results with other experiments.

Details

ISSN :
18269869 and 03693546
Volume :
107
Database :
OpenAIRE
Journal :
Il Nuovo Cimento A
Accession number :
edsair.doi...........5a02d56f7beb6de6134df3c6078ac6d2