Background: The gamma emission tomography (GET) device has been reported a reliable
technique to inspect partial defects within spent nuclear fuel (SNF) of pin-by-pin level …

The aim of this study was to investigate functional loss of radiation detectors used for spent
fuel inspections due to radiations from spent fuel. Dose to a radiation detector was evaluated …

Spent nuclear fuel (SNF) requires accurate and effective supervision to prevent radiation
release to the public and the environment. Gamma emission tomography (GET) has been …

Abstract The Yonsei Single-photon Emission Computed Tomography version 2 (YSECT v. 2)
for inspection of spent nuclear fuel in the wet storage facility is currently under development …

As the amount of power generated by nuclear power plants increases, the importance of
managing Spent Nuclear Fuel (SNF) to prevent proliferation increases as well. In a previous …

A spent nuclear fuel internal tomography (SFIT) system was proposed to compensate for the
loss of radiation data in the central region of the spent nuclear fuel assembly when …

Abstract The International Atomic Energy Agency (IAEA) mandates safeguards to ensure
non-proliferation of nuclear materials. Among inspection techniques used to detect partial …

SPECT systems are being used by international safeguards organizations for the
measurement for structural evaluation of spent fuel assemblies. However, the low sensitivity …

Material test reactors have an extended use in irradiation testing of novel nuclear fuel
materials and the fuel behavior in off-normal conditions. The performance of the nuclear fuel …