Most existing X-ray computed tomography (CT) techniques work in single-mounted mode and need to scan the inspected objects one by one. It is time-consuming and not acceptable for the inspection in a large scale. In this paper, we report a multi-mounted CT method and its first engineering implementation. It consists of a multi-mounted scanning geometry and the corresponding algebraic iterative r...

From the time CT-scanning was introduced in oil and gas industry, its use could be divided into SCAL routine type applications. The first involves flowing fluids through cores, whereas second scanning, mainly whole their native (preserved or unpreserved) state. For core CT-scanning, there has been a constant shift from qualitative to quantitative analysis. size of cores is ideal for scanning th...

X-ray CT scanners provide images of transverse cross sections of the human body from a large number of projections. During the acquisition of image data, the motion of patient produce effects that appear as blurring, doubling, and distortion in the reconstructed images. This degrades the image quality and can lead to wrong diagnosis. In this work a technique has been developed and tested that r...