CERN n_TOF facility
E98435
The CERN n_TOF facility is a specialized experimental installation at CERN dedicated to high-precision neutron time-of-flight measurements for nuclear physics and astrophysics research.
Statements (49)
| Predicate | Object |
|---|---|
| instanceOf |
CERN experimental facility
→
neutron time-of-flight facility → scientific research infrastructure → |
| acceleratorSource |
CERN Proton Synchrotron
NERFINISHED
→
|
| application |
medical isotope production
→
nuclear reactor design → nuclear safety → radiation protection → space radiation studies → |
| country |
Switzerland
→
|
| dataProduct |
evaluated neutron cross sections
→
high-precision neutron-induced reaction data → |
| feature |
high energy resolution
→
high-intensity neutron flux → long flight path → short flight path → wide neutron energy range → |
| field |
astrophysics
→
neutron physics → nuclear astrophysics → nuclear physics → |
| hasBeamLine |
EAR1
NERFINISHED
→
EAR2 NERFINISHED → |
| hasExperimentalArea |
Experimental Area 1
NERFINISHED
→
Experimental Area 2 NERFINISHED → |
| locatedIn |
CERN
NERFINISHED
→
Geneva NERFINISHED → Switzerland → |
| measurementType |
differential cross section measurements
→
time-of-flight neutron spectroscopy → |
| neutronProductionTarget |
lead target
→
|
| neutronSource |
proton-induced spallation source
→
|
| operator |
CERN
NERFINISHED
→
|
| researchFocus |
dosimetry standards
→
neutron capture cross sections → neutron scattering → neutron-induced fission → neutron-induced reactions → nuclear data for applications → nuclear structure studies → nuclear technology applications → nuclear waste transmutation → r-process nucleosynthesis → reactor physics → s-process nucleosynthesis → stellar nucleosynthesis → |
| supports |
international collaborations
→
|
| usesBeam |
neutron beam
→
|
| usesMethod |
time-of-flight technique
→
|
Referenced by (1)
| Subject (surface form when different) | Predicate |
|---|---|
|
CERN accelerator complex
→
|
hasPart |