A phantom has been used to position two radiation sources, separately, when buried under dry-silica sand at depths between 5 and 50 mm. A γ-ray energy spectrum was then measured at every 1 mm depth. Principal component analysis has been conducted, which has led to anon-linear fit being established, allowing the depth of entrainment to be accurately inferred. The technique has been expanded for additional shielding media: water, aggregate and both wet and dry soil. The technique has also been expanded beyond the previous depth constraint of 50 mm
A ubiquitous problem in solid state analysis is the determination of the elemental composition of a ...
A ubiquitous problem in solid state analysis is the determination of the elemental composition of a ...
A ubiquitous problem in solid state analysis is the determination of the elemental composition of a ...
A method to determine the depth of buried localized radioactive contamination nonintrusively and non...
The depth of a caesium-137 radioactive source buried in sand has been determined using Principal Com...
The development of a phantom which replicates the effect of concrete on radioactivity entrained with...
Existing remote radioactive contamination depth estimation methods for buried radioactive wastes ar...
Existing remote radioactive contamination depth estimation methods for buried radioactive wastes are...
Existing remote radioactive contamination depth estimation methods for buried radioactive wastes are...
An application of the relative attenuation of X rays and γ rays for the measurement of depth of radi...
An investigation into an alternative approach to 3-D source mapping is proposed by combining the ins...
Existing remote radioactive contamination depth estimation methods for buried radioactive wastes ar...
The Radioactive Depth Analysis Tool (RADPAT) is a PhD bursary project currently being undertaken at ...
This paper presents the results of an attenuation model for remote depth estimation of buried radioa...
This paper presents the results of an attenuation model for remote depth estimation of buried radioa...
A ubiquitous problem in solid state analysis is the determination of the elemental composition of a ...
A ubiquitous problem in solid state analysis is the determination of the elemental composition of a ...
A ubiquitous problem in solid state analysis is the determination of the elemental composition of a ...
A method to determine the depth of buried localized radioactive contamination nonintrusively and non...
The depth of a caesium-137 radioactive source buried in sand has been determined using Principal Com...
The development of a phantom which replicates the effect of concrete on radioactivity entrained with...
Existing remote radioactive contamination depth estimation methods for buried radioactive wastes ar...
Existing remote radioactive contamination depth estimation methods for buried radioactive wastes are...
Existing remote radioactive contamination depth estimation methods for buried radioactive wastes are...
An application of the relative attenuation of X rays and γ rays for the measurement of depth of radi...
An investigation into an alternative approach to 3-D source mapping is proposed by combining the ins...
Existing remote radioactive contamination depth estimation methods for buried radioactive wastes ar...
The Radioactive Depth Analysis Tool (RADPAT) is a PhD bursary project currently being undertaken at ...
This paper presents the results of an attenuation model for remote depth estimation of buried radioa...
This paper presents the results of an attenuation model for remote depth estimation of buried radioa...
A ubiquitous problem in solid state analysis is the determination of the elemental composition of a ...
A ubiquitous problem in solid state analysis is the determination of the elemental composition of a ...
A ubiquitous problem in solid state analysis is the determination of the elemental composition of a ...