This communication describes the design specifications for a neutron spectrometer
consisting of 31 thermal neutron detectors, namely Dysprosium activation foils, embedded in …

A new neutron spectrometer, designed to simultaneously respond from the thermal domain
up to hundreds of MeV neutrons, was designed and built in the framework of the INFN …

Abstract The NESCOFI@ BTF (2011–2013) international collaboration was established to
develop realtime neutron spectrometers to simultaneously cover all energy components of …

A photon insensitive passive neutron spectrometer consisting of a single moderating
polyethylene sphere with Dysprosium activation foils arranged along three perpendicular …

NESCOFI@ BTF is a 3-y project (2011–13) supported by the Scientific Commission 5 of
INFN (Italy). The target is the development of neutron spectrometers similar to the Bonner …

Expansion of accelerator technologies into different application areas brings the need for
neutron-field measurements in their vicinity. The measurements of neutron energy spectra …

A multisphere neutron spectrometer has been developed. It consists of a cylindrical 3 He
thermal neutron counter and a set of 11 spherical moderators made of polyethylene with …

This communication describes a photon insensitive passive neutron spectrometer consisting
of Dysprosium (Dy) activation foils located along three perpendicular axes within a single …

The original Bonner sphere spectrometer as it is used and characterized by PTB consists of
12 polyethylene spheres with diameters from 7.62 cm (3 ″) to 45.72 cm (18 ″) and a 3He …

The response matrix of a multispehere neutron spectrometer has been calculated using the
ANISN particles transport code and a recent condensed cross-section library. The matrix has …