A Bonner sphere spectrometer was designed for the measurement of cosmic neutrons at
high elevation within the INFN-based project SAMADHA. The spectrometer consists of 8 …

In the detection and measurement of neutron fields, with energies between 10 and 20 MeV,
current passive neutron area monitors based on gold foil sensors usually do not have a …

Presently, neutron science applications have been increasing in different knowledge areas,
for that reason, it is important to improve the radiation protection protocols, in where the …

In proton therapy facilities, high-energy neutron fields are generated as a consequence of
(p, Xn) nuclear interactions. UPM has designed and tested its own extended-range Bonner …

In proton therapy centers stray neutron radiation of up to 230–250 MeV is yielded by (p, Xn)
nuclear reactions. To monitor ambient dose in such facilities, extended-range rem-meters …

The use of different nuclear data libraries and physics models can be a source of
discrepancies in neutron transport simulation. Different Monte Carlo simulation toolkits can …

Neutron area monitors do not often have a good adjustment of their dose response functions
to the ICRP74 neutron fluence-to-H*(10) conversion function between 10 and 20 MeV. The …

In proton therapy facilities, high-energy neutron fields are generated as a consequence of
(p, Xn) nuclear interactions. UPM has designed and manufactured, for these facilities, a new …

Neutron moderation characteristics and manufacturing viability of ABS (Acrylonitrile
Butadiene Styrene) spheres were studied using a 6 LiI (Eu) scintillator detector and a …

With the rapid development of space exploration, the detection of space neutron radiation is
becoming increasingly important. The currently widely used Bonner sphere spectrometer …