Multiple lines of data systematically collected over an area may be used to construct three-dimensional or tomographic images.

Different types of signal acquisition can be used in similar calculation algorithms in order to create a tomographic image.

EarthScope will provide seismic data and tomographic images of the mantle to better understand these processes.

Multiple planar images taken from different angles around a patient can be reconstructed to form a stack of cross-sectional, tomographic images.

The N-localizer creates extracranial fiducial marks or landmarks in each tomographic image.

These tomographic images show a low velocity, high attenuation region above the subducting slab.

CT-based planning allows physicians to more accurately determine the dose distribution using axial tomographic images of the patient's anatomy.

The N-localizer provides an elegant solution to this problem by creating fiducial marks or landmarks in each tomographic image.

This combination of rods creates two circles and one ellipse in a tomographic image.

Several sets of projections are acquired from the same sample with different detuning angles and then a tomographic image can be reconstructed.