Quark Model for High-Energy p^^-N→B^^-B Reactions
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概要
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In an SU(3) symmetric quark model, the high-energy _P^^-N→B^^-B reactions are investigated in the crossed t-channel. It is assumed that the physical baryon octet contained in the direct product 3xotime3xotime3 is given by: 8(physical) =8' cos θ+8 sin θ, where 8 and 8' arise from 3xotime3^^- and 3xotime6 respectively. We find that the available high energy data are in reasonable agreement with our calculations for θsime(15-16)° and b sime 0.2; b is the strange-quark-tononstrange-quark coupling parameter. Also, independently of the mixing angle θ, a number of sum rules are obtained.
- 理論物理学刊行会の論文
- 1971-08-25
著者
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Chand Ramesh
Institute Of Mathematical Sciences Matscience
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Chand Ramesh
Institute Of Mathematical Sciences
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CHAND Ramesh
Institute of Mathematical Sciences, MATSCIENCE
関連論文
- Quark Model for High-Energy p^^-N→B^^-B Reactions
- High Energy Photoproduction of Vector Mesons in a Quark Model