The annihilation process at 2.5 GeV/c

Clayton, J. C.; Mason, P.; Muirhead, H.; Waldren, D.; Rigopoulos, R.; Tsilimigras, P.; Vayaki-Serafimidou, A.

doi:10.1016/0550-3213(70)90214-2

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Dipion Effective Mass Distributions1

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Cited by 12 publications

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“…As seen in the ir jt dipion mass spectra ( Figure 6), there is copious p°(7&5) and f° 1260 GeV/c, the only apparent resonance contributions come from p° and f° production® Evidence has been reported for S" production at 2»5 GeV/c (8).…”

Section: Dipion Effective Mass Distributionsmentioning

confidence: 86%

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Antiproton-proton annihilation into four and five pions at 2.4 and 2.9 GeV/c

Radlinski

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Mi lo General features 2o Dipîon effective mass distributions 3o Three pion effective mass distributions 4o Four pion effective mass distributions 5» Associated production in the five pion channel 6o Summary of the production modes in the five pion annihilation channel Do Effective Mass Distributions of the 4itMM Events ANGULAR DISTRIBUTIONS A. Production Angles of Pions Bo Pion Correlation Angles Co Angular Distributions of Resonance Production lo Production angles of resonances 2o Decay angular distributions CONCLUSION BIBLIOGRAPHY ACKNOWLEDGMENTS

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Section: Dipion Effective Mass Distributionsmentioning

confidence: 86%

“…GeV/c (6), 1.6 GeV/c (7), 2.5 GeV/c (8,9), 2.7 GeV/c (10), 3.28 GeV/c (11), 3.6 GeV/c (12), 3.66 GeV/c (11), 5.7 GeV/c (13)(14)(15), and 6.9 GeV/c (16). The charged rho (p^) decays into a pair while the omega (iu°) decays via a* ïC jr°.…”

Section: Please Note;mentioning

confidence: 99%