The interest in PET detectors with monolithic block scintillators is growing. In order to obtain high spatial resolutions dedicated positioning algorithms are required. But even an ideal algorithm can only deliver information which is provided by the detector. In this simulation study we investigated the light distribution on one surface of cuboid LSO scintillators of different size. Scintillators with a large aspect ratio (small footprint and large height) showed significant position information only for a minimum interaction depth of the gamma particle. The results allow a quantitative estimate for a useful aspect ratio
Aim/Introduction: Future high resolution PET systems are likely to depart from the pixelated detecto...
Item does not contain fulltextPURPOSE: Previously, we demonstrated the potential of positron emissio...
In a typical monolithic PET detector setup, scintillation light is captured by an array of photodete...
The intrinsic spatial resolution of clinical positron emission tomography (PET) detectors is ~3–4mm....
A key component of a PET system is the detection of the coincident gamma rays associated with positr...
Positron emission tomography (PET) is a technique for imaging the 3-dimensional distribution of radi...
Monolithic scintillator detectors are very promising for high-resolution high-sensitivity PET. These...
Gamma-ray detectors based on bright monolithic scintillation crystals coupled to pixelated photodete...
Item does not contain fulltextMuch research is being conducted on position-sensitive scintillation d...
In this work, we developed a model able to predict in a few seconds the response of a gamma camera b...
Much research is being conducted on position-sensitive scintillation detectors for medical imaging, ...
Item does not contain fulltextCramér-Rao theory can be used to derive the lower bound on the spatial...
The light distribution along one edge of a PET scintillation crystal was investigated with a Monte C...
INTRODUCTION State-of-the-art clinical positron emission tomography (PET) scanners utilize detector ...
X\u27tal cube is the PET detector we have developed and it has the capability of getting depth of in...
Aim/Introduction: Future high resolution PET systems are likely to depart from the pixelated detecto...
Item does not contain fulltextPURPOSE: Previously, we demonstrated the potential of positron emissio...
In a typical monolithic PET detector setup, scintillation light is captured by an array of photodete...
The intrinsic spatial resolution of clinical positron emission tomography (PET) detectors is ~3–4mm....
A key component of a PET system is the detection of the coincident gamma rays associated with positr...
Positron emission tomography (PET) is a technique for imaging the 3-dimensional distribution of radi...
Monolithic scintillator detectors are very promising for high-resolution high-sensitivity PET. These...
Gamma-ray detectors based on bright monolithic scintillation crystals coupled to pixelated photodete...
Item does not contain fulltextMuch research is being conducted on position-sensitive scintillation d...
In this work, we developed a model able to predict in a few seconds the response of a gamma camera b...
Much research is being conducted on position-sensitive scintillation detectors for medical imaging, ...
Item does not contain fulltextCramér-Rao theory can be used to derive the lower bound on the spatial...
The light distribution along one edge of a PET scintillation crystal was investigated with a Monte C...
INTRODUCTION State-of-the-art clinical positron emission tomography (PET) scanners utilize detector ...
X\u27tal cube is the PET detector we have developed and it has the capability of getting depth of in...
Aim/Introduction: Future high resolution PET systems are likely to depart from the pixelated detecto...
Item does not contain fulltextPURPOSE: Previously, we demonstrated the potential of positron emissio...
In a typical monolithic PET detector setup, scintillation light is captured by an array of photodete...