Automated guided vehicle mounts radiation source and detection mechanism to enable flexible scanning inspection paths.
Removing thallium doping from the scintillator and using wide bandgap semiconductors reduces fabrication costs while improving detection sensitivity.
Separating lead shielding into a non-contact following mechanism reduces detection arm mass, eliminating the need for vehicle counterweights.
Lookup tables replace slow Monte-Carlo simulations to enable real-time dose estimation.
A multiview volumetric imaging system computes three-dimensional data from multiple radiation angles to reconstruct detailed internal structures.