Since 1996 the GRAAL experiment is running at the ESRF, using a Linearly polarized photon beam produced by backscattering a laser beam on the electron beam in the storage ring. A liquid hydrogen target and a large acceptance detector are used. All sizeable photoproduction reactions are measured and analysed. We present the results of eta meson, one and two pions, and omega photoproduction, which are partly published or still preliminary. Predictions or fits of these data by theoretical models are given
The nuclear physic project GRAAL located at the European Synchrotron Radiation Facility (ESRF) produ...
The polarized and tagged Graal gamma-my beam is obtained by backward Compton scattering of laser lig...
At the GRAAL facility, a polarised and tagged gamma ray beam is produced in the energy range from 50...
Since 1996 the GRAAL experiment is running at the ESRF, using a Linearly polarized photon beam produ...
The GRAAL experimental set-up consists of a polarized and tagged photon beam that covers an energy r...
A polarised and tagged (gamma) over bar ray beam is produced at GRAAL by the Compton scattering of l...
The GRAAL (Grenoble Anneau Accelerateur Laser) facility provides a polarized and tagged photon beam ...
The GRAAL facility produces a highly polarized gamma-ray beam by Compton scattering of laser photons...
The GRAAL tagged and polarized gamma beam has been operating with a maximum energy of 1100 MeV. For ...
Backward Compton scattering of laser light against the high-energy electrons circulating in storage ...
The nuclear physic project GRAAL located at the European Synchrotron Radiation Facility (ESRF) produ...
The polarized and tagged Graal gamma-my beam is obtained by backward Compton scattering of laser lig...
At the GRAAL facility, a polarised and tagged gamma ray beam is produced in the energy range from 50...
Since 1996 the GRAAL experiment is running at the ESRF, using a Linearly polarized photon beam produ...
The GRAAL experimental set-up consists of a polarized and tagged photon beam that covers an energy r...
A polarised and tagged (gamma) over bar ray beam is produced at GRAAL by the Compton scattering of l...
The GRAAL (Grenoble Anneau Accelerateur Laser) facility provides a polarized and tagged photon beam ...
The GRAAL facility produces a highly polarized gamma-ray beam by Compton scattering of laser photons...
The GRAAL tagged and polarized gamma beam has been operating with a maximum energy of 1100 MeV. For ...
Backward Compton scattering of laser light against the high-energy electrons circulating in storage ...
The nuclear physic project GRAAL located at the European Synchrotron Radiation Facility (ESRF) produ...
The polarized and tagged Graal gamma-my beam is obtained by backward Compton scattering of laser lig...
At the GRAAL facility, a polarised and tagged gamma ray beam is produced in the energy range from 50...