1) The influence of non-diagnostic scattered radiation on quality of the digital image is completely eliminated, without using the scattering-preventing grid.
2) The scattered radiation is deflected because the X-ray image receiver is a very narrow linear array X-ray sensitive detector.
3) The contrast sensitivity is substantially improved, not only due to the absence of influence of the scattered radiation, but also due to the absence of mutual influence between the neighboring image elements.
4) The reasonable cost and low operational maintenance-related expenses of the detector are ensured.
5) Vascular pulsations caused by the heartbeats do not affect the quality and diagnostic capabilities due to the fact that the scanning time is short and the exposure time does not last long.
2) The scattered radiation is deflected because the X-ray image receiver is a very narrow linear array X-ray sensitive detector.
3) The contrast sensitivity is substantially improved, not only due to the absence of influence of the scattered radiation, but also due to the absence of mutual influence between the neighboring image elements.
4) The reasonable cost and low operational maintenance-related expenses of the detector are ensured.
5) Vascular pulsations caused by the heartbeats do not affect the quality and diagnostic capabilities due to the fact that the scanning time is short and the exposure time does not last long.
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