Abstract
The GRAAL collaboration aims at the realization of a polarized and tagged {gamma}-ray beam at the Electron Storage Ring Facility (ESRF) in Grenoble and its use for the study of photoreactions in the energy range 300-1800 MeV, with a 4{pi} detector including the INFN BGO-ball as calorimeter, wire chambers as vertex detector and a plastic wall. The detector, the GRAAL beam and the monitors are described in detail. The physics to be studied include strangeness photoproduction, {eta} and {eta}` production and rare {pi}{sup 0} decays. Monte-Carlo simulations at these experiments are also described. (K.A.) 75 refs.; 35 figs.; 4 tabs.
Citation Formats
GRAAL Collaboration.
GRAAL.
France: N. p.,
1993.
Web.
GRAAL Collaboration.
GRAAL.
France.
GRAAL Collaboration.
1993.
"GRAAL."
France.
@misc{etde_10137040,
title = {GRAAL}
author = {GRAAL Collaboration}
abstractNote = {The GRAAL collaboration aims at the realization of a polarized and tagged {gamma}-ray beam at the Electron Storage Ring Facility (ESRF) in Grenoble and its use for the study of photoreactions in the energy range 300-1800 MeV, with a 4{pi} detector including the INFN BGO-ball as calorimeter, wire chambers as vertex detector and a plastic wall. The detector, the GRAAL beam and the monitors are described in detail. The physics to be studied include strangeness photoproduction, {eta} and {eta}` production and rare {pi}{sup 0} decays. Monte-Carlo simulations at these experiments are also described. (K.A.) 75 refs.; 35 figs.; 4 tabs.}
place = {France}
year = {1993}
month = {Dec}
}
title = {GRAAL}
author = {GRAAL Collaboration}
abstractNote = {The GRAAL collaboration aims at the realization of a polarized and tagged {gamma}-ray beam at the Electron Storage Ring Facility (ESRF) in Grenoble and its use for the study of photoreactions in the energy range 300-1800 MeV, with a 4{pi} detector including the INFN BGO-ball as calorimeter, wire chambers as vertex detector and a plastic wall. The detector, the GRAAL beam and the monitors are described in detail. The physics to be studied include strangeness photoproduction, {eta} and {eta}` production and rare {pi}{sup 0} decays. Monte-Carlo simulations at these experiments are also described. (K.A.) 75 refs.; 35 figs.; 4 tabs.}
place = {France}
year = {1993}
month = {Dec}
}