EAR2

E441620

EAR2 is a high-flux experimental area and beam line at CERN’s n_TOF facility used for precision neutron time-of-flight measurements in nuclear physics research.

All labels observed (1)

Label Occurrences
EAR2 canonical 1

How this entity was disambiguated

Statements (43)

Predicate Object
instanceOf experimental area ⓘ
neutron beam line ⓘ
applicationDomain medical isotope production research ⓘ
nuclear astrophysics ⓘ
nuclear safety ⓘ
nuclear technology ⓘ
nuclear waste transmutation studies ⓘ
beamType white neutron spectrum ⓘ
commissionedAt CERN n_TOF facility ⓘ
complements EAR1 ⓘ
designedBy CERN n_TOF Collaboration ⓘ
linked to: CERN n_TOF facility
enables high-precision neutron capture cross-section measurements ⓘ
neutron-induced fission cross-section measurements ⓘ
neutron-induced reaction studies on unstable isotopes ⓘ
hasAbbreviationMeaning Experimental Area 2 at n_TOF ⓘ
linked to: CERN n_TOF facility
hasFlightPathLength approximately 20 m ⓘ
hasFunction precision neutron time-of-flight measurements ⓘ
hasKeyAdvantage good energy resolution despite short flight path ⓘ
very high neutron flux at sample position ⓘ
hasNeutronEnergyRange from thermal to hundreds of MeV ⓘ
hasProperty high instantaneous neutron intensity ⓘ
high neutron flux ⓘ
short flight path ⓘ
locatedIn CERN ⓘ
Geneva ⓘ
Switzerland ⓘ
measurementTechnique time-of-flight spectroscopy ⓘ
neutronProductionTarget spallation target at n_TOF ⓘ
operatedBy CERN ⓘ
optimizedFor experiments with small or radioactive samples ⓘ
measurements requiring high counting statistics ⓘ
partOf n_TOF facility ⓘ
linked to: CERN n_TOF facility
supportsDetectorTypes C6D6 liquid scintillators ⓘ
HPGe detectors ⓘ
activation foils ⓘ
fission ionization chambers ⓘ
silicon detectors ⓘ
total absorption calorimeters ⓘ
timeStructure pulsed proton beam from CERN PS ⓘ
usedFor astrophysics-related cross-section measurements ⓘ
neutron-induced reaction studies ⓘ
nuclear data measurements for applications ⓘ
nuclear physics research ⓘ

How these facts were elicited

Referenced by (1)

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