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Neutron Radiography Applications
1983Neutron radiography is proposed to be applied as a non-destructive inspection method for the examination of irradiated fuel as well as for other material irradiation experiments. In the irradiation programme being carried out in the High Flux Reactor (HFR) several fuel irradiations are foreseen. These irradiations are meant to investigate the behaviour
H. P. Leeflang, H. Kwast
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Radiography with Resonance Energy Neutrons
Physics in Medicine & Biology, 1965It is shown that it is possible to radiograph objects using beams of monochromatic epithermal neutrons. With the apparatus described areas of a few square inches may be examined with exposures down to a few minutes. In comparison with thermal neutron radiography, resonance energy neutrons enable greater thicknesses of biological material to be examined,
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Some Possibilities of Neutron Radiography
Physics in Medicine and Biology, 1964The feasibility of using a beam of neutrons for medical radiography or biological research is considered. The chief advantage of neutrons over X-rays is seen to be the new possibility of studying the uptake of many isotopes of high neutron-absorption cross sections.
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1989
The neutron intensity transmitted through a polycristalline material exhibits well-defined sudden decreases if the neutron wave-length ceases to fulfil the BRAGG scattering law for a certain subset of lattice planes in the material. These so-called BRAGG-edges can be measured with high accuracy.
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The neutron intensity transmitted through a polycristalline material exhibits well-defined sudden decreases if the neutron wave-length ceases to fulfil the BRAGG scattering law for a certain subset of lattice planes in the material. These so-called BRAGG-edges can be measured with high accuracy.
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