EAR1

E441619

EAR1 is the first experimental area of CERN’s n_TOF neutron time-of-flight facility, used for high-precision neutron-induced reaction measurements in nuclear physics and related research.

All labels observed (1)

Label Occurrences
EAR1 canonical 1

How this entity was disambiguated

Statements (49)

Predicate Object
instanceOf experimental area ⓘ
neutron time-of-flight experimental station ⓘ
applicationDomain medical physics ⓘ
nuclear astrophysics ⓘ
nuclear energy ⓘ
radiation protection ⓘ
beamProductionMethod spallation source ⓘ
beamType neutron beam ⓘ
collaboratesWith international user community ⓘ
country Switzerland ⓘ
energyRange thermal to GeV neutron energies ⓘ
flightPathLength approximately 185 m ⓘ
hasDetectorTypes calorimetric detectors ⓘ
fission chambers ⓘ
gamma-ray detectors ⓘ
liquid scintillator detectors ⓘ
silicon detectors ⓘ
time-of-flight detectors ⓘ
hasProperty high energy resolution ⓘ
high instantaneous neutron flux ⓘ
long flight path ⓘ
low background conditions ⓘ
pulsed neutron beam ⓘ
suitable for radioactive sample measurements ⓘ
suitable for small sample measurements ⓘ
wide neutron energy range ⓘ
locatedAt CERN ⓘ
neutronSource proton-induced spallation on a lead target ⓘ
operatedBy CERN ⓘ
partOf n_TOF facility ⓘ
linked to: CERN n_TOF facility
relatedFacility EAR2 ⓘ
n_TOF spallation target ⓘ
startOfOperation early 2000s ⓘ
supportsExperimentType activation measurements ⓘ
neutron capture experiments ⓘ
neutron scattering experiments ⓘ
neutron-induced fission experiments ⓘ
usedFor astrophysics-related research ⓘ
high-precision neutron-induced reaction measurements ⓘ
neutron capture cross-section measurements ⓘ
neutron-induced fission measurements ⓘ
neutron-induced reaction cross-section measurements ⓘ
nuclear data measurements ⓘ
nuclear physics research ⓘ
studies of neutron-induced reactions for medical applications ⓘ
studies of neutron-induced reactions for nuclear astrophysics ⓘ
studies of neutron-induced reactions for nuclear technology ⓘ
studies of neutron-induced reactions for reactor design ⓘ
validation of nuclear reaction models ⓘ

How these facts were elicited

Referenced by (1)

Full triples — surface form annotated when it differs from this entity's canonical label.