At the GRAAL facility, a polarised and tagged ray beam is produced in the energy range from 500 MeV up to 1500 MeV. Preliminary results of beam polarization asymmetries for Compton scattering on the proton are presented. These very precise measurements cover the angular range 30°-150°, providing stringent constraints to theoretical models
At the GRAAL facility, a polarised and tagged gamma ray beam is produced in the energy range from 50...
A tagged and polarized Compton backscattered photon beam is produced at the GRAAL facility in the en...
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 ray beam is produced in the energy range from 500 MeV ...
A polarized and tagged gamma ray beam is produced at GRAAL by the Compton scattering of laser light ...
A polarised and tagged (gamma) over bar ray beam is produced at GRAAL by the Compton scattering of l...
A polarised and tagged $\vec \gamma $ ray beam is produced at GRAAL with energies ranging from 500 M...
At the GRAAL facility, a polarised and tagged gamma ray beam is produced in the energy range from 50...
A tagged and polarized Compton backscattered photon beam is produced at the GRAAL facility in the en...
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 ray beam is produced in the energy range from 500 MeV ...
A polarized and tagged gamma ray beam is produced at GRAAL by the Compton scattering of laser light ...
A polarised and tagged (gamma) over bar ray beam is produced at GRAAL by the Compton scattering of l...
A polarised and tagged $\vec \gamma $ ray beam is produced at GRAAL with energies ranging from 500 M...
At the GRAAL facility, a polarised and tagged gamma ray beam is produced in the energy range from 50...
A tagged and polarized Compton backscattered photon beam is produced at the GRAAL facility in the en...
The polarized and tagged Graal gamma-my beam is obtained by backward Compton scattering of laser lig...