The results of more than 280 different experiments aimed at exploring the main features and
performances of a newly developed gamma imager, called iPIX, are summarized in this …

Gamma imaging is a technique of great interest in several fields such as homeland security
or decommissioning/dismantling of nuclear facilities in order to localize hot spots of …

Localization of radioactive sources is a major issue for many applications in the nuclear
industry. Gamma imaging is a powerful non-destructive technique, enabling to locate …

We have developed a compact gamma-imaging system, CARTOGAM, for remote
localisation of radioactive sources in nuclear facilities. This system is under industrial …

Gamma imaging is a technique that allows the spatial localization of radioactive sources in
decommissioning phases of nuclear facilities, nuclear waste management applications …

We are designing and building a compact gamma camera using a semiconductor hybrid
pixel detector, for Tc-99m 140-keV imaging of sentinel lymph nodes during radio-guided …

Since the beginning of the 1990s, the CEA is being involved in the development of compact
gamma cameras based on a pinhole collimator, a scintillator and an intensified CCD. In …

We developed a pinhole gamma camera to measure distributions of radioactive material
contaminants and to identify radionuclides in extraordinarily high dose regions (1000 …

Spatial localization of radioactive sources is currently a main issue interesting nuclear
industry as well as homeland security applications and can be achieved using gamma …

A portable stereo gamma camera has been built, based on two hybrid pixelated detectors,
each of them comprising a 1 mm thick CdTe substrate bump-bonded to the Timepix readout …