Production and fragmentation of the D ∗0 meson in e +e − annihilations at √ s=29 GeV

E.H. Low; S. Abachi; C. Akerlof; P. Baringer; D. Blockus; B. Brabson; J.-M. Brom; B.G. Bylsma; J. Chapman; B. Cork; R. Debonte; M. Derrick; D. Errede; K.K. Gan; C. Jung; P. Kesten; D. Koltick; P. Kooijman; F.J. Loeffler; J.S. Loos; R.L. McIlwain; D.I. Meyer; D.H. Miller; B. Musgrave; C.R. Ng; D. Nitz; H. Ogren; L.E. Price; L.K. Rangan; J. Repond; D.R. Rust; A. Seidl; E.I. Shibata; K. Sugano; R.T. Thun; J.M. Weiss; D.E. Wood

doi:10.1016/0370-2693(87)90444-8

Back

Production and fragmentation of the D ∗0 meson in e +e − annihilations at √ s=29 GeV

Journal article

Peer reviewed

Production and fragmentation of the D ∗0 meson in e +e − annihilations at √ s=29 GeV

E.H. Low, S. Abachi, C. Akerlof, P. Baringer, D. Blockus, B. Brabson, J.-M. Brom, B.G. Bylsma, J. Chapman, B. Cork, …

Physics letters. B, Vol.183(2), pp.232-236

1987

DOI: 10.1016/0370-2693(87)90444-8

Files and links (1)

url

https://hdl.handle.net/2027.42/26839View

Open Access

Abstract

Neutral D ∗ meson production in e +e − annihilation at √ s=29 GeV has been studied using the high resolution spectrometer. The decay of D ∗0 into D 0γ, where the D 0 decays into K −π +, has been observed. The production cross section in units of the point cross section is 0.63±0.22 for fractional energy Z⩾0.5. The fragmentation function is compared with that of the D ∗+ meson measured in the same experiment.

Details

Title: Subtitle: Production and fragmentation of the D ∗0 meson in e +e − annihilations at √ s=29 GeV
Creators: E.H. Low - Purdue University West Lafayette
S. Abachi - Purdue University West Lafayette
C. Akerlof - University of Michigan
P. Baringer - Purdue University West Lafayette
D. Blockus - Indiana University Bloomington
B. Brabson - Indiana University Bloomington
J.-M. Brom - Indiana University Bloomington
B.G. Bylsma - Purdue University West Lafayette
J. Chapman - University of Michigan
B. Cork - Lawrence Berkeley National Laboratory
R. Debonte - Purdue University West Lafayette
M. Derrick - Argonne National Laboratory
D. Errede - University of Michigan
K.K. Gan - Argonne National Laboratory
C. Jung - Indiana University Bloomington
P. Kesten - University of Michigan
D. Koltick - Purdue University West Lafayette
P. Kooijman - Argonne National Laboratory
F.J. Loeffler - Purdue University West Lafayette
J.S. Loos - Argonne National Laboratory
R.L. McIlwain - University of Michigan
D.I. Meyer - University of Michigan
D.H. Miller - Purdue University System
B. Musgrave - Purdue University West Lafayette
C.R. Ng - Indiana University Bloomington
D. Nitz - Purdue University West Lafayette
H. Ogren - University of Michigan
L.E. Price - Purdue University West Lafayette
L.K. Rangan - Purdue University System
J. Repond - Argonne National Laboratory
D.R. Rust - Indiana University Bloomington
A. Seidl - University of Michigan
E.I. Shibata - Purdue University System
K. Sugano - Argonne National Laboratory
R.T. Thun - University of Michigan
J.M. Weiss - Argonne National Laboratory
D.E. Wood - University of Michigan
Resource Type: Journal article
Publication Details: Physics letters. B, Vol.183(2), pp.232-236
DOI: 10.1016/0370-2693(87)90444-8
ISSN: 0370-2693
eISSN: 1873-2445
Publisher: Elsevier B.V
Language: English
Date published: 1987
Academic Unit: Physics and Astronomy
Record Identifier: 9984627207502771

Metrics

5 Record Views

10 Times Cited - Web of Science