Study of the Δ isobar excitation in nuclei with the (3He,t) reaction

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ID: 270435
1986
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Abstract
Data for the Δ excitation by the (3He,t) reaction at 2.0 GeV on various nuclei are presented together with results on 12C at 1.5 and 2.3 GeV. The Δ peak position and width are found to be target mass independent. Comparison with the p(3He,t) Δ++ reaction, however, shows a shift of the position in energy of the Δ peak. Implications of these results are discussed.
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radvanyi1986physicsstudy Use this key to autocite in the manuscript while using SciMatic Manuscript Manager or Thesis Manager
Authors D. Contardo,M. Bedjidian,J.Y. Grossiord,A. Guichard,R. Haroutunian,J.R. Pizzi,C. Ellegaard,C. Gaarde,J.S. Larsen,C. Goodman,I. Bergqvist,A. Brockstedt,L. Carlen,P. Ekstrom,D. Bachelier,J.L. Boyard,T. Hennino,J.C. Jourdain,M. Roy-Stephan,M. Boivin,P. Radvanyi;D. Contardo;M. Bedjidian;J.Y. Grossiord;A. Guichard;R. Haroutunian;J.R. Pizzi;C. Ellegaard;C. Gaarde;J.S. Larsen;C. Goodman;I. Bergqvist;A. Brockstedt;L. Carlen;P. Ekstrom;D. Bachelier;J.L. Boyard;T. Hennino;J.C. Jourdain;M. Roy-Stephan;M. Boivin;P. Radvanyi;
Journal physics letters b
Year 1986
DOI
10.1016/0370-2693(86)91639-4
URL
https://sciprofiles.com/publication/view/876108f1e16e2caff61dc2c8879179fc
Keywords
gev 3he width shift nuclei 12c isobar excitation

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