Broadening of meson produced coherently in the photonuclear reaction
arXiv:1403.7305 · doi:10.1140/epja/i2013-13123-7
Abstract
The invariant mass distribution spectra are calculated to estimate the hadron parameters of the meson produced coherently in the photonuclear reaction. The elementary reaction occurring in the nucleus is considered to proceed as . We describe the elementary meson photoproduction by the experimentally determined reaction amplitude . The meson propagator is presented by the eikonal form, and the meson nucleus optical potential appearing in it is estimated using the "" approximation. The meson nucleon scattering amplitude extracted from the measurements is used to generate this potential. The calculated invariant mass distribution spectra are compared with those measured at Jefferson Laboratory. The calculated results for the transparency ratio are also presented.
22 pages, 8 figures
References in corpus (8)
- Modification of the rho meson detected by low-mass electron-positron pairs in central Pb-Au collisions at 158 A GeV/c
- Modification of the -Meson Lifetime in Nuclear Matter
- NA60 results on the rho spectral function in In-In collisions
- Phi-meson photoproduction from nuclei
- First measurement of the rho spectral function in nuclear collisions
- Photoproduction of mesons on nuclei near the production threshold
- Low energy ω(\to π^0 γ) meson photoproduction in the nucleus
- meson photoproduction on proton
Cited by in corpus (6)
- Absorption of and mesons in the inclusive photonuclear reaction
- Semihadronic and hadronic decays of and mesons coherently photoproduced in the isoscalar nuclei
- Shadowing in the low energy photonuclear reaction
- Effect of in-medium parameters of rho meson in its photoproduction reactions on nuclei
- Nuclear effects on the meson produced in the inclusive photonuclear reaction
- Forward coherent and mesons production in the photon induced reaction on nuclei