Study ofK−p→K¯NπReactions at 1.33GeVc

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ID: 274275
1968
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Abstract
The reactions K−p→K¯Nπ at 1.33 GeVc are found to be dominated by K¯*(890)N production. Some evidence is also found for N*(1236)K¯ and Y0*(1520)π production. Slight amounts of Y1*(1765)π are seen. An investigation of the angular distributions of events in the K¯*(890) mass region was made. A backward peaking exists in the production angular distribution of K¯*−p→K¯0π−p. No evidence for this backward peaking is found in the other K¯*N final states. Both production and the decay angular distributions of the K¯*(890) indicate that the K¯*0n final state can be explained by an exchange of a pseudoscalar meson of small mass. In the K¯*−p final states, the exchange of an isotopic spin-zero vector meson as well as a pseudoscalar meson explain the data.
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trower1968physicalstudy Use this key to autocite in the manuscript while using SciMatic Manuscript Manager or Thesis Manager
Authors J. R. Ficenec,R. I. Hulsizer,W. P. Swanson,W. P. Trower;J. R. Ficenec;R. I. Hulsizer;W. P. Swanson;W. P. Trower;
Journal physical review
Year 1968
DOI
10.1103/physrev.169.1034
URL
https://sciprofiles.com/publication/view/471a8d51e78b8729348033d4b754306c
Keywords
gevc n reactions study of k

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