The reaction $$\bar p$$ p → $$\bar p$$ pπ+π−π0 at 5.7 GeV/c and a pω0 ( $$\bar p$$ ω0) enhancement at 1.81 GeV

Atherton, H.; Bar-Nir, I.; French, B. R.; Skura, J.; Böhm, J.; Cvach, J.; Jireš, M.; Sedlák, J.; Šimák, V.; Žáček, J.

doi:10.1007/bf02730300

Cited by 9 publications

(1 citation statement)

References 12 publications

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“…With the total pp cross-section at this beam momentum of 60 mb, the cross-sections for the corresponding background channels are estimated at 360 nb, 36 nb and below 6 nb, respectively. For the pp → ∆ ++ (1232)∆ −− (1232)π 0 and pp → π + π − π + π − π 0 background channels the crosssection are known from the measurements at the p beam momentum p = 5.7 GeV/c [17] and [11]. The values are equal σ = 530 µb and σ = 750 µb, respectively.…”

Section: Background Considerationsmentioning

confidence: 99%

Development of electromagnetic calorimeter detectors and simulations for spectroscopic measurements of charmonium with PANDA

Melnychuk

2010

Preprint

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Section: Background Considerationsmentioning

confidence: 99%

Development of electromagnetic calorimeter detectors and simulations for spectroscopic measurements of charmonium with PANDA

Melnychuk

2010

Preprint

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Asymptotic Properties of Hadron Matter in Relative Four-Velocity Space

Baldin

Didenko

1990

Fortschr. Phys.

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Relativistically invariant description of multiple particle processes in the relative 4-velocity space is suggested. The main regularities of multiple particle processes, i.e. the correlation depletion principle of automodelity and intermediate asymptotics are generally formulated within the considered approach. The method based on new variables allows to give a relativistically invariant description of asymptotic properties of the excited hadron and nuclear matter at high energies (hadron jets, clusters, scale invariance, limiting fragmentation etc.). Large experimental material including hadron-hadron, hadron-nucleus, nucleus-nucleus and 7N interactions within an energy of P = 4 -205 GeV/c is analysing. The results obtained prove the truthfulness of main consequences of correlation depletion and automodelity principles. 1* 264 A. M. BALDIN, L. A. DIDENEO, Asymptotic Properties Reference [7]give arguments in favour of the fact that just the quantities b* and not the energy-momentum transfers determine the magnitude of the amplitude and thereby the interaction strength of the objects i and k. I n addition, the quantities bik define at which level (nucleon of quark) we should consider the structure of the interactions objects i and k. These arguments are as follows. 266 A. M. BALDIN, L. A. DIDENKO, Asymptotic PropertieB lo-'

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Polarisation Effect of ρ Produced in $$ \bar pp $$ Interactions at 5.7, 12 and 22.4 GeV/c

Herynek

1985

Nucleon-Nucleon and Nucleon-Antinucleon Interactions

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The reaction $$\bar p$$ p → $$\bar p$$ pπ+π−π0 at 5.7 GeV/c and a pω0 ( $$\bar p$$ ω0) enhancement at 1.81 GeV

Cited by 9 publications

References 12 publications

Development of electromagnetic calorimeter detectors and simulations for spectroscopic measurements of charmonium with PANDA

Development of electromagnetic calorimeter detectors and simulations for spectroscopic measurements of charmonium with PANDA

Asymptotic Properties of Hadron Matter in Relative Four-Velocity Space

Polarisation Effect of ρ Produced in $$ \bar pp $$ Interactions at 5.7, 12 and 22.4 GeV/c

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