AbstractIn this contribution we present a system of converter (H3 10BO3) and phosphor (ZnS:Ag) which were fabricated by spraying method. The particle sizes and the mass ratio of the neutron converter and phosphor materials were optimized by simulation and experimental methods, respectively. Furthermore, the spatial resolution of scintillators at thicknesses of 0.40nm and 0.35mm were1.11 lp/mm (MTF=0.1) and 1.33 lp/mm (MTF=0.1), respectively. The results indicated that H3 10BO3/ZnS(Ag) scintillator have potential application in thermal neutron radiography
AbstractNeutron tomography is a very powerful technique for the nondestructive evaluation of heavy i...
Scanning-based methods for the spatial characterization of radioactivity represent an important appl...
AbstractA vacuum-tube type neutron image intensifier (NII), composed of Gd or 10B neutron convertor,...
AbstractFast neutron radiography is a promising application for accelerators. The potential effectiv...
Fast neutron imaging has a great potential as a nondestructive technique for testing large objects. ...
AbstractTwo novel devices for use in neutron imaging technique are introduced. The first one is a hi...
The design and configuration of a multi-layered imaging system with the ability to detect thermal ne...
Typical radiation portal monitor systems, RPM, deployed to detect illicit trafficking of radioactive...
Typical radiation portal monitor systems, RPM, deployed to detect illicit trafficking of radioactive...
An initial investigation for the use of an amorphous silicon flat panel as an imaging detector for t...
Abstract Imaging using scintillators is a widespread and cost-effective approach in radiography. Whi...
This paper experimentally investigates, the suitability of an organic pixelated plastic scintillator...
Neutron radiography is regarded as complementary to X-ray radiography in terms of transmittance thro...
A new high resolution detector setup for neutron imaging has been developed based on infinity corre...
International audienceWe report the investigations made on the use of pixelated plastic scintillator...
AbstractNeutron tomography is a very powerful technique for the nondestructive evaluation of heavy i...
Scanning-based methods for the spatial characterization of radioactivity represent an important appl...
AbstractA vacuum-tube type neutron image intensifier (NII), composed of Gd or 10B neutron convertor,...
AbstractFast neutron radiography is a promising application for accelerators. The potential effectiv...
Fast neutron imaging has a great potential as a nondestructive technique for testing large objects. ...
AbstractTwo novel devices for use in neutron imaging technique are introduced. The first one is a hi...
The design and configuration of a multi-layered imaging system with the ability to detect thermal ne...
Typical radiation portal monitor systems, RPM, deployed to detect illicit trafficking of radioactive...
Typical radiation portal monitor systems, RPM, deployed to detect illicit trafficking of radioactive...
An initial investigation for the use of an amorphous silicon flat panel as an imaging detector for t...
Abstract Imaging using scintillators is a widespread and cost-effective approach in radiography. Whi...
This paper experimentally investigates, the suitability of an organic pixelated plastic scintillator...
Neutron radiography is regarded as complementary to X-ray radiography in terms of transmittance thro...
A new high resolution detector setup for neutron imaging has been developed based on infinity corre...
International audienceWe report the investigations made on the use of pixelated plastic scintillator...
AbstractNeutron tomography is a very powerful technique for the nondestructive evaluation of heavy i...
Scanning-based methods for the spatial characterization of radioactivity represent an important appl...
AbstractA vacuum-tube type neutron image intensifier (NII), composed of Gd or 10B neutron convertor,...