26 November 2002 Motion-induced depth effect using a multiple-view dual-energy x-ray camera
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Abstract
A novel 3D X-ray imaging technique to enhance the visual interpretation of complex X-ray images routinely encountered in aviation security applications has been developed. The 3D information is visualised as a smooth object rotation on a video display monitor. Further work enabled motion parallax to be combined with binocular parallax to produce a dynamic stereoscopic display. This imaging technique is equally applicable to both standard monochrome X-ray imaging and dual-energy X-ray imaging. The latter exploits the difference in magnitude between a high energy X-ray signal and a low energy X-ray signal to compute materials discrimination information made available to the human observer by colour encoding the resultant images. To produce the required image data an integrated dual-energy X-ray camera incorporating a novel castellated dual-energy scintillator arrangement has been developed.
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J. Paul Owain Evans, J. Paul Owain Evans, Hock Woon Hon, Hock Woon Hon, Jer W. Chan, Jer W. Chan, } "Motion-induced depth effect using a multiple-view dual-energy x-ray camera", Proc. SPIE 4786, Penetrating Radiation Systems and Applications IV, (26 November 2002); doi: 10.1117/12.451330; https://doi.org/10.1117/12.451330
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