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Production of π+π−π0 in pp annihilation at rest from atomic p-state

✍ Scribed by B. May; S. Ahmad; C. Amsler; R. Armenteros; E.G. Auld; D.A. Axen; D. Bailey; S. Barlag; G.A. Beer; J.C. Bizot; M. Botlo; J. Butler; M. Comyn; W. Dahme; B. Delcourt; M. Doser; K.D. Duch; K.L. Erdman; F. Feld-Dahme; U. Gastaldi; M. Heel; B. Howard; R. Howard; J. Jeanjean; H. Kalinowsky; F. Kayser; E. Klempt; C. Laa; R. Landua; G.M. Marshall; H. Nguyen; N. Prevot; J. Riedlberger; L.P. Robertson; C. Sabev; U. Schäfer; O. Schreiber; U. Straumann; P. Truoel; H. Vonach; P. Weidenauer; B.L. White; W.R. Wodrich; M. Ziegler

Book ID
113390828
Publisher
Elsevier Science
Year
1989
Tongue
English
Weight
226 KB
Volume
8
Category
Article
ISSN
0920-5632

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Coupled-channel analysis of πππ and KKπ
Coupled-channel analysis of πππ and KKπ final states from pp annihilation at rest in hydrogen targets at three densities
✍ N. Semprini Cesari 📂 Article 📅 1999 🏛 Elsevier Science 🌐 English ⚖ 434 KB

The spin-parity analysis of the reactions pp ~ 7r+Tr-Tr °,K+K-Tr °, K\*K%r~ is performed in the context of an approach which solves the problems connected to the complexity of K+K-Tr ° dynamics and to the number of partial waves involved in pp annihilation at rest. The preliminary results are presen