X-ray radiation is transmitted through and scattered from an object under inspection to detect weapons, narcotics, explosives or other contraband. Relatively fast scintillators are employed for faster X-ray detection efficiency and significantly improved image resolution. Detector design is improved by the use of optically adiabatic scintillators. Switching between photon-counting and photon integration modes reduces noise and significantly increases overall image quality.
Scanning X-Ray Inspection System Using Scintillation Detection With Simultaneous Counting And Integrating Modes
Scott D. Kravis - West Caldwell NJ, US Karl E. Geisel - Ringwood NJ, US Karl Voigtland - Hoboken NJ, US Arthur W. Mario - Hopatcong NJ, US
Assignee:
Control Screening, LLC. - Fairfield NJ
International Classification:
G01N 23/201
US Classification:
378 87, 378 57
Abstract:
X-ray radiation is transmitted through and scattered from an object under inspection to detect weapons, narcotics, explosives or other contraband. Relatively fast scintillators are employed for faster X-ray detection efficiency and significantly improved image resolution. Scatter and transmission images of the object are displayed, at least one being colorized in accordance with the effective atomic number of constituents of the object. Soft switching between photon-counting and photon integration modes reduces noise and significantly increases overall image quality.
Tomographic Scanning X-Ray Inspection System Using Transmitted And Compton Scattered Radiation
Arthur Mario - Hopatcong NJ, US Scott Kravis - West Caldwell NJ, US
International Classification:
G01N023/04
US Classification:
378/057000
Abstract:
X-ray radiation is transmitted through and scattered from an object under inspection to detect weapons, narcotics, explosives or other contraband. Relatively fast scintillators are employed for faster X-ray detection efficiency and significantly improved image resolution. Detector design is improved by the use of optically adiabatic scintillators. Switching between photon-counting and photon integration modes reduces noise and significantly increases overall image quality.