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Keyphrases
Spatial Resolution
100%
Monte Carlo Simulation
100%
System Performance
100%
PET-based
100%
Long Axial Field of View PET
100%
PET Scan
66%
Radial Offset
66%
Scanner Design
66%
Noise Equivalent Count Rate
66%
Systems-based
33%
High Sensitivity
33%
Low Background
33%
Activity Concentration
33%
Image Quality
33%
Spatial Image
33%
Point Source
33%
Small Lesions
33%
Full Width at Half Maximum
33%
Activity Range
33%
Quality Test
33%
Detector Module
33%
Axial Field
33%
Improve Contrast
33%
Intrinsic Resolution
33%
Long Axial Field of View
33%
Total-body PET/CT
33%
Contrast Ratio
33%
Background Variability
33%
Pixelated Detector
33%
Depth of Interaction
33%
Contrast Recovery Coefficient
33%
Pixelation
33%
Interaction Capabilities
33%
Geant4 Application for Tomographic Emission (GATE) Simulation
33%
PET Systems
33%
Radial-axial
33%
Bore Diameter
33%
LYSO Crystal
33%
Monolithic Scintillation Detector
33%
Contrast Recovery
33%
Sensitivity Enhancement
33%
Scatter Fraction
33%
Engineering
Spatial Resolution
100%
Systems Performance
100%
Activity Concentration
33%
Spatial Image
33%
Source Point
33%
Scintillation Detector
33%
Contrast Ratio
33%
Noise Sensitivity
33%
Physics
Field of View
100%
Monte Carlo Method
100%
Detectors
100%
Earth and Planetary Sciences
Field of View
100%
Polyethylene Terephthalate
100%
Spatial Resolution
50%
Emissions
16%
Agricultural and Biological Sciences
Polyethylene Terephthalate
100%
Monte Carlo Method
100%