An extensive study of the characteristic parameters of different types of converters for the detection of fast neutrons in radiography and tomography was performed. pp-Converters, plastic scintillators and some new scintillators; were available for comparison. The investigated parameters were linearity, relative luminescent sensitivity, signal-to-noise ratio, spatial resolution and gamma-to-neutron sensitivity. A summary of the results and discussion are given. (C) 2009 Elsevier B.V. All rights reserved.Instruments & InstrumentationNuclear Science & TechnologyPhysics, Particles & FieldsSpectroscopySCI(E)EICPCI-S(ISTP)
Most techniques that are used for transmission imaging with ionizing radiation use X-rays, which hav...
Fast neutron imaging has a great potential as a nondestructive technique for testing large objects. ...
This research and development program was designed to improve nondestructive evaluation of large mec...
An extensive study of the characteristic parameters of different types of converters for the detecti...
Fast neutron (14.5 MeV) radiography is a type of non-destructive analysis tool that offers its own b...
AbstractA vacuum-tube type neutron image intensifier (NII), composed of Gd or 10B neutron convertor,...
BS> The potential advantages of neutron radiography as an inspection method are discussed along with...
Imaging plate (IP) radiation detectors are widely used in industrial radiography, medical imagery an...
Neutrons are an invaluable probe in a wide range of scientific, medical and commercial endeavors. Ma...
Wavelength-shifting fiber (WSF) converter is a novel converter for fast neutron (FN) radiography, wh...
Since the construction of the first commercial scanner for routine medical diagnosis implementing th...
Thirty-seven different elements were tested for their suitability as converter screens for direct an...
The work described here was completed more than three years ago, and represents, in large part the P...
The fast neutron converter, which is vital for fast neutron imaging, is produced with the materials ...
Wavelength-shifting fiber (WSF) converter is a novel converter for fast neutron (FN) radiography, wh...
Most techniques that are used for transmission imaging with ionizing radiation use X-rays, which hav...
Fast neutron imaging has a great potential as a nondestructive technique for testing large objects. ...
This research and development program was designed to improve nondestructive evaluation of large mec...
An extensive study of the characteristic parameters of different types of converters for the detecti...
Fast neutron (14.5 MeV) radiography is a type of non-destructive analysis tool that offers its own b...
AbstractA vacuum-tube type neutron image intensifier (NII), composed of Gd or 10B neutron convertor,...
BS> The potential advantages of neutron radiography as an inspection method are discussed along with...
Imaging plate (IP) radiation detectors are widely used in industrial radiography, medical imagery an...
Neutrons are an invaluable probe in a wide range of scientific, medical and commercial endeavors. Ma...
Wavelength-shifting fiber (WSF) converter is a novel converter for fast neutron (FN) radiography, wh...
Since the construction of the first commercial scanner for routine medical diagnosis implementing th...
Thirty-seven different elements were tested for their suitability as converter screens for direct an...
The work described here was completed more than three years ago, and represents, in large part the P...
The fast neutron converter, which is vital for fast neutron imaging, is produced with the materials ...
Wavelength-shifting fiber (WSF) converter is a novel converter for fast neutron (FN) radiography, wh...
Most techniques that are used for transmission imaging with ionizing radiation use X-rays, which hav...
Fast neutron imaging has a great potential as a nondestructive technique for testing large objects. ...
This research and development program was designed to improve nondestructive evaluation of large mec...