A review of spectroscopic imaging issues, applications, and technology is presented. Compton cameras based on solid state semiconductor detectors stands out as the best system for the nondestructive assay of special nuclear materials. A camera for this application has been designed based on an efficient specific purpose Monte Carlo code developed for this project. Preliminary experiments have been performed which demonstrate the validity of the Compton camera concept and the accuracy of the code. Based on these results, a portable prototype system is in development. Proposed future work is addressed
Current single-photon imaging systems in nuclear medicine employ mechanical (absorptive) collimation...
AbstractOn Compton ImagingbySara MattafirriDoctor of Philosophy in Engineering-Nuclear EngineeringUn...
International audienceA Compton camera is being developed for the purpose of ion-range monitoring du...
The work presented in this thesis is aimed at the study of Compton scatter as an alternative method ...
In nuclear-medical imaging, most clinically applied gamma rays have energies less than or equal to 5...
The work presented in this thesis is aimed at the study of Compton scatter as an alternative method ...
A prototype Compton scatter camera for imaging gamma rays has been built and tested. This camera add...
A prototype Compton scatter camera for imaging gamma rays has been built and tested. This camera add...
Abstract — We are developing a Compton camera based on Si and CdTe semiconductor imaging devices wit...
Abstract — We are developing a Compton camera based on Si and CdTe semiconductor imaging devices wit...
The Compton Camera system shows potential for improving the efficiency of γ-ray imaging. This would ...
The Compton camera has a potential to be used for localizing nuclear materials in a large pyroproces...
Compton cameras image gamma-rays in the range from hundreds of keV to several MeV and are useful for...
The work presented in this thesis has focused on the development of a low dose Compton camera for nu...
C-SPRINT is a prototype electronically-collimated imaging system that has been built using pixellate...
Current single-photon imaging systems in nuclear medicine employ mechanical (absorptive) collimation...
AbstractOn Compton ImagingbySara MattafirriDoctor of Philosophy in Engineering-Nuclear EngineeringUn...
International audienceA Compton camera is being developed for the purpose of ion-range monitoring du...
The work presented in this thesis is aimed at the study of Compton scatter as an alternative method ...
In nuclear-medical imaging, most clinically applied gamma rays have energies less than or equal to 5...
The work presented in this thesis is aimed at the study of Compton scatter as an alternative method ...
A prototype Compton scatter camera for imaging gamma rays has been built and tested. This camera add...
A prototype Compton scatter camera for imaging gamma rays has been built and tested. This camera add...
Abstract — We are developing a Compton camera based on Si and CdTe semiconductor imaging devices wit...
Abstract — We are developing a Compton camera based on Si and CdTe semiconductor imaging devices wit...
The Compton Camera system shows potential for improving the efficiency of γ-ray imaging. This would ...
The Compton camera has a potential to be used for localizing nuclear materials in a large pyroproces...
Compton cameras image gamma-rays in the range from hundreds of keV to several MeV and are useful for...
The work presented in this thesis has focused on the development of a low dose Compton camera for nu...
C-SPRINT is a prototype electronically-collimated imaging system that has been built using pixellate...
Current single-photon imaging systems in nuclear medicine employ mechanical (absorptive) collimation...
AbstractOn Compton ImagingbySara MattafirriDoctor of Philosophy in Engineering-Nuclear EngineeringUn...
International audienceA Compton camera is being developed for the purpose of ion-range monitoring du...