Compton cameras are apposite to imaging of multi-tracer distributions. Though the camera was proposed in the 1970s, practical analytical image reconstruction methods for the cameras were completed after 2000 by the authors, yet problems of scattering angle broadenings were left undone. Of late, the authors have succeeded in developing a method to compensate for the broadenings to the reconstruction method. Evaluations of the compensated reconstruction method indicate that image quality would be competent for biological function studies
the electronically collimated camera) has been shown by others to have the potential to better the p...
International audienceIntegral transformations over conical sets appear as the natural mathematical ...
International audienceCompton cameras are a promising alternative to collimated cameras in single pa...
Compton cameras have been developed for use in gamma-ray astronomy andnuclear medicine. Their defini...
In Compton cameras, the measured scattering angle is associated with anuncertainty which becomes lar...
International audienceDuring the acquisition process with the Compton gamma-camera, integrals of the...
The use of gamma ray imaging devices in Nuclear Medicine has been well i established` in the past tw...
Abstract: The feasibility of using a Compton camera for multitracer imaging has been demonstrated wi...
none11The necessity of studying the targeting capability of pharmaceuticals in oncology brought to ...
International audienceCompton cameras and collimated gamma cameras are competing devices suitable fo...
Compton cameras image gamma-rays in the range from hundreds of keV to several MeV and are useful for...
Current single-photon imaging systems in nuclear medicine employ mechanical (absorptive) collimation...
An intrinsic limitation of the accuracy that can be achieved with Compton cameras results from the i...
International audienceSPECT imaging of prompt-gamma radiation with Compton cameras is currently inve...
In Compton cameras, the uncertainty of measured scattering angle is of problem especially at low inc...
the electronically collimated camera) has been shown by others to have the potential to better the p...
International audienceIntegral transformations over conical sets appear as the natural mathematical ...
International audienceCompton cameras are a promising alternative to collimated cameras in single pa...
Compton cameras have been developed for use in gamma-ray astronomy andnuclear medicine. Their defini...
In Compton cameras, the measured scattering angle is associated with anuncertainty which becomes lar...
International audienceDuring the acquisition process with the Compton gamma-camera, integrals of the...
The use of gamma ray imaging devices in Nuclear Medicine has been well i established` in the past tw...
Abstract: The feasibility of using a Compton camera for multitracer imaging has been demonstrated wi...
none11The necessity of studying the targeting capability of pharmaceuticals in oncology brought to ...
International audienceCompton cameras and collimated gamma cameras are competing devices suitable fo...
Compton cameras image gamma-rays in the range from hundreds of keV to several MeV and are useful for...
Current single-photon imaging systems in nuclear medicine employ mechanical (absorptive) collimation...
An intrinsic limitation of the accuracy that can be achieved with Compton cameras results from the i...
International audienceSPECT imaging of prompt-gamma radiation with Compton cameras is currently inve...
In Compton cameras, the uncertainty of measured scattering angle is of problem especially at low inc...
the electronically collimated camera) has been shown by others to have the potential to better the p...
International audienceIntegral transformations over conical sets appear as the natural mathematical ...
International audienceCompton cameras are a promising alternative to collimated cameras in single pa...