Abstract: The feasibility of using a Compton camera for multitracer imaging has been demonstrated with the results of two biological sample imaging experiments. The distribu-tion of the multitracer administered to a soybean sample and a tumor-bearing mouse has been visualized for each nuclide simultaneously. 3D images of the multitracer have been obtained even though the samples were measured from a fixed direction
The work presented in this thesis is aimed at the study of Compton scatter as an alternative method ...
In this thesis we present the R&D of a Compton Camera (CC) for small object imaging. The CC concept...
Compton cameras are apposite to imaging of multi-tracer distributions. Though the camera was propose...
We present a study on the effects of detector material, radionuclide source and source position on t...
In the field of nuclear medicine, single photon emission tomography and positron emission tomography...
We have designed a Compton Camera (CC) to image the bio-distribution of gamma-emitting radiopharmace...
We have been developing a medical imaging technique using a Compton camera. This study evaluates the...
Noninvasive imaging, particularly in small animals, has become important for the development of nove...
We have designed a Compton Camera (CC) to image the bio-distribution of gamma-emitting radiopharmace...
Collimators are usually needed to image sources emitting X-rays that cannot be focused. Alternately,...
Collimators are usually needed to image sources emitting X-rays that cannot be focused. Alternately,...
The Compton camera can provide 3-D images of radioactive material distribution based on a single mea...
A multipixel photon counter (MPPC) features excellent photon-counting capability as a radiation dete...
The radiotracer technique could be used in studies on multiphase flow systems by three-dimensional v...
A review of spectroscopic imaging issues, applications, and technology is presented. Compton cameras...
The work presented in this thesis is aimed at the study of Compton scatter as an alternative method ...
In this thesis we present the R&D of a Compton Camera (CC) for small object imaging. The CC concept...
Compton cameras are apposite to imaging of multi-tracer distributions. Though the camera was propose...
We present a study on the effects of detector material, radionuclide source and source position on t...
In the field of nuclear medicine, single photon emission tomography and positron emission tomography...
We have designed a Compton Camera (CC) to image the bio-distribution of gamma-emitting radiopharmace...
We have been developing a medical imaging technique using a Compton camera. This study evaluates the...
Noninvasive imaging, particularly in small animals, has become important for the development of nove...
We have designed a Compton Camera (CC) to image the bio-distribution of gamma-emitting radiopharmace...
Collimators are usually needed to image sources emitting X-rays that cannot be focused. Alternately,...
Collimators are usually needed to image sources emitting X-rays that cannot be focused. Alternately,...
The Compton camera can provide 3-D images of radioactive material distribution based on a single mea...
A multipixel photon counter (MPPC) features excellent photon-counting capability as a radiation dete...
The radiotracer technique could be used in studies on multiphase flow systems by three-dimensional v...
A review of spectroscopic imaging issues, applications, and technology is presented. Compton cameras...
The work presented in this thesis is aimed at the study of Compton scatter as an alternative method ...
In this thesis we present the R&D of a Compton Camera (CC) for small object imaging. The CC concept...
Compton cameras are apposite to imaging of multi-tracer distributions. Though the camera was propose...