Abstract

High-resolution imaging is needed for the evaluation of dental structures that have submillimeter-size anatomical features. The cone-beam computed tomography (CBCT) units with highest resolution can theoretically generate voxels that are 0.125 mm cube. However, to achieve such a high resolution, the patient cannot move more than a small amount during the 17 to 30 second exposure time. In daily clinical practice, it is a common observation that CBCT images contain unsharpness that is most likely due to patient movement.

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