Abstract

A circular symmetric tomosynthetic arrangement has been investigated using holographic storage techniques. With a set of 24 single radiographs a 3D image of a human orbita region has been generated by image integration leading to a continuously variable depth display of arbitrary layers. The received resolution in a particular layer was about 3 1p/mm. An estimate will be given for the number of necessary radiographs to compare the blurr quality of discrete sample procedures in tomosynthesis with a continuous motion in tomography. Finally a short outline will be given for a possible real-time procedure.

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