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- n_TOF (abréviation de Neutron Time Of Flight, temps de vol du neutron) est une ligne de faisceau du CERN à Genève ainsi que le nom de la collaboration scientifique qui l'exploite. (fr)
- The Neutron Time Of Flight (n-TOF) facility is a neutron spectrometer at CERN. It consists of a pulsed source, a flight path of 200 m length, and a detector systems. Neutron energies are deduced from the time of flight between source and detector; hence the name of the facility. The neutrons are produced by neutron spallation; by directing a pulsed beam of protons from the Proton Synchrotron (PS) towards a lead target about 300 neutrons expelled for each impact of a proton. The neutrons are slowed after being emitted, first by the lead target and afterwards by a slab containing water. This results in a wide range of neutron energies since some neutrons will slow down more than others when passing through the targets. Finally, the neutrons are ejected through the 200m long flight path before they arrive at an experimental area. (en)
- n_TOF (abbreviazione di Neutron Time Of Flight, tempo di volo del neutrone) è una sorgente di fasci di neutroni in funzione al CERN di Ginevra. Con lo stesso nome si designa, inoltre, la collaborazione scientifica che gestisce l'esperimento. (it)
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- n_TOF (abréviation de Neutron Time Of Flight, temps de vol du neutron) est une ligne de faisceau du CERN à Genève ainsi que le nom de la collaboration scientifique qui l'exploite. (fr)
- n_TOF (abbreviazione di Neutron Time Of Flight, tempo di volo del neutrone) è una sorgente di fasci di neutroni in funzione al CERN di Ginevra. Con lo stesso nome si designa, inoltre, la collaborazione scientifica che gestisce l'esperimento. (it)
- The Neutron Time Of Flight (n-TOF) facility is a neutron spectrometer at CERN. It consists of a pulsed source, a flight path of 200 m length, and a detector systems. Neutron energies are deduced from the time of flight between source and detector; hence the name of the facility. The neutrons are produced by neutron spallation; by directing a pulsed beam of protons from the Proton Synchrotron (PS) towards a lead target about 300 neutrons expelled for each impact of a proton. The neutrons are slowed after being emitted, first by the lead target and afterwards by a slab containing water. This results in a wide range of neutron energies since some neutrons will slow down more than others when passing through the targets. Finally, the neutrons are ejected through the 200m long flight path befor (en)
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- N TOF (it)
- N TOF (fr)
- Neutron Time Of Flight (en)
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