Irradiation facility ( Proton/Neutron)
The characteristics of the proton irradiation facility (IRRAD1) are:
o shuttle + x/y stage o primary proton PS beam: PS-T7 beam line o proton energy: 24 GeV o proton flux: 2 to 4 10^9 p cm-2 s-1 (10h for 10^14 p cm-2) Pictures of the entrance of the shuttle: 1 2
o shuttle + x/y stage
o primary proton PS beam: PS-T7 beam line
o proton energy: 24 GeV
o proton flux: 2 to 4 10^9 p cm-2 s-1 (10h for 10^14 p cm-2)
Pictures of the entrance of the shuttle:
1 2
The characteristics of the neutron irradiation facility (IRRAD2) are:
o shuttle o in DIRAC beam dump: PS-T8 beam line o neutron energy: 50 keV - 1 MeV o proton/pion energy: 0.3 - 4 GeV o neutron flux: 2 to 7 10^9 n cm-2 s-1 (10h for 10^14 n cm-2) o proton/pion flux: ~10% that of neutrons
o shuttle
o in DIRAC beam dump: PS-T8 beam line
o neutron energy: 50 keV - 1 MeV
o proton/pion energy: 0.3 - 4 GeV
o neutron flux: 2 to 7 10^9 n cm-2 s-1 (10h for 10^14 n cm-2)
o proton/pion flux: ~10% that of neutrons
The areas provide a number of advantages:
o only possibility for neutron irradiation at CERN, o high particle flux in reasonable time, o fast turnaround, short irradiation , o possibility to move samples into beam without entrance into irradiation area, o use of well-developed PS East Hall infrastructure.
o only possibility for neutron irradiation at CERN,
o high particle flux in reasonable time,
o fast turnaround, short irradiation ,
o possibility to move samples into beam without entrance into irradiation area,
o use of well-developed PS East Hall infrastructure.