Study of annihilation at rest into ωηπ0

6533b7d0fe1ef96bd125b6a0

RESEARCH PRODUCT

Study of annihilation at rest into ωηπ0

M. Suffert Michael Kobel D. Walther H. Kalinowsky U. Strohbusch A. H. Sanjari J. Zoll B. S. Zou F. Walter P. Schmidt J. Lüdemann C. N. Pinder Pàl Hidas D. S. Armstrong C.j. Batty E. Schäfer I. Augustin M. Merkel P. Illinger K. Peters F. H. Heinsius W. Dünnweber R. Bossingham A. Cooper S. Ravndal Mark J. Burchell Herbert Koch U. Wiedner Bernhard Schmid F. Loser Michael Doser S. Von Dombrowski P. Blüm C. A. Meyer G. Pinter C. Straβburger J. Kisiel A. Noble D.v. Bugg L. Montanet M. A. Faessler R.p. Haddock R. Hackmann J. Salk D. Urner C. Völker Claude Amsler C.a. Baker B. Kämmle Z. Jávorfi F. Ould-saada Kenneth M. Crowe K. Braune S. U. Chung J. P. Merlo K. Beuchert N. Winter D. Jamnik D. Engelhardt C. Kolo M. Englert K. Königsmann T. Degener T. Case H. Matthäy Nigel Hessey P. Birien J. Brose Eberhard Klempt T. Kiel H. P. Dietz S. Spanier B. M. Barnett R. Landua Marcel Kunze Č. Zupančič C. Felix

subject

Physics Nuclear physics Nuclear and High Energy Physics Particle decay Annihilation Meson Branching fraction Elementary particle State (functional analysis)Atomic physics Upper and lower bounds Pseudovector

description

Abstract We have studied p p annihilations at rest in liquid hydrogen into the final state ωηπ 0 where ω decays to π 0 γ . This reaction is dominated by the production of α 0 (980) and contributions from a 2 (1320) and b 1 0 (1235). Upper limits for the production of an axial vector h ′ 1 (1380) meson and vector mesons ω(1390), ω(1600), and φ(1680) decaying to ωη are given. The branching ratio of p p annihilation into ωηπ 0 was determined to be (0.68±0.01±0.05)%.

year	journal	country	edition	language
1994-05-01	Physics Letters B

https://doi.org/10.1016/0370-2693(94)90748-x

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