International audienceA prototype of hybrid gamma imager has been developed, based on a single Timpex3 readout chip hybridized with a 1 mm thick cadmium telluride semiconductor. This prototype combines coded-aperture imaging spectrometry and Compton imaging techniques to perform hybrid gamma imaging. It associates and takes advantage of both techniques to locate gamma emitters. The prototype is designed to be portable and compact in order to ease its field use. In this work, we present experimental results obtained with this prototype in coded-aperture imaging spectrometry mode, Compton imaging mode, and hybrid gamma imaging
We are developing a rugged and person-transportable Compton gamma imager for use in security investi...
Localization of gamma ray emitters is currently a major issue for nuclear industry and for Homeland ...
This thesis details the design and development of solutions for gamma-ray imaging problems in Nuclea...
International audienceA prototype of hybrid gamma imager has been developed, based on a single Timpe...
Gamma imaging is a technique that allows the spatial localization of radioactive sources. The variou...
L'imagerie gamma est une technique qui permet la localisation spatiale de sources radioactives. Les ...
The aim of this work was to assess the performance of a prototype compact gamma camera (MediPROBE) b...
At Lawrence Livermore National Laboratory, we are pursuing the development of a gamma-ray imaging sy...
We present a new concept for a portable environmental imaging system, the Compact Hybrid Gamma Camer...
The combination of a mechanically-collimated gamma-ray camera with an electronically-collimated gamm...
The Stand-off Radiation Detection System (SORDS) program is an Advanced Technology Demonstration (AT...
International audienceA known disadvantage of the coded aperture imaging approach is its limited fie...
International audienceIn the framework of a national funded program for nuclear safety, a first prot...
This dissertation describes the development of a novel gamma-ray imaging system concept and presents...
Over recent years, in the field of nuclear medicine, advances in the development of small field of v...
We are developing a rugged and person-transportable Compton gamma imager for use in security investi...
Localization of gamma ray emitters is currently a major issue for nuclear industry and for Homeland ...
This thesis details the design and development of solutions for gamma-ray imaging problems in Nuclea...
International audienceA prototype of hybrid gamma imager has been developed, based on a single Timpe...
Gamma imaging is a technique that allows the spatial localization of radioactive sources. The variou...
L'imagerie gamma est une technique qui permet la localisation spatiale de sources radioactives. Les ...
The aim of this work was to assess the performance of a prototype compact gamma camera (MediPROBE) b...
At Lawrence Livermore National Laboratory, we are pursuing the development of a gamma-ray imaging sy...
We present a new concept for a portable environmental imaging system, the Compact Hybrid Gamma Camer...
The combination of a mechanically-collimated gamma-ray camera with an electronically-collimated gamm...
The Stand-off Radiation Detection System (SORDS) program is an Advanced Technology Demonstration (AT...
International audienceA known disadvantage of the coded aperture imaging approach is its limited fie...
International audienceIn the framework of a national funded program for nuclear safety, a first prot...
This dissertation describes the development of a novel gamma-ray imaging system concept and presents...
Over recent years, in the field of nuclear medicine, advances in the development of small field of v...
We are developing a rugged and person-transportable Compton gamma imager for use in security investi...
Localization of gamma ray emitters is currently a major issue for nuclear industry and for Homeland ...
This thesis details the design and development of solutions for gamma-ray imaging problems in Nuclea...