Sentence examples for scanning is demonstrated from inspiring English sources

Two-dimensional (2D) optical scanning is demonstrated by using the second resonant mode.

OCT imaging protocols using high-definition, high transverse pixel density three-dimensional imaging with dense raster scanning are demonstrated.

The liver on CT scans was demonstrated to be located to the left and right of the midline on different occasions (Fig. 1a c).

Examples obtained with this acquisition scheme, including pvOCT reconstructed B-scans, are demonstrated in Fig. 5. Since the acquisition time of each B-scan is approximately 3.5 ms, we expect there is no significant eye motion between these scans.

The image formation algorithm for the missile-borne circular-scanning SAR is demonstrated in Figure 8. Figure 8 Image formation algorithm for the missile-borne circular-scanning SAR.

Voltage-contrast scanning electron microscopy is demonstrated as a new technique to locate and characterize defects in single-walled carbon nanotubes.

Furthermore, using confocal laser scanning microscopy, it is demonstrated that fluorescently labeled lysozyme is not only adsorbed to the negatively charged particles' surface, but also diffusing into the matrix of eADF4(C16) particles.

The concept of universal amplification profiles for gas cascade amplification of signals in low vacuum and environmental scanning electron microscopes is demonstrated both experimentally and theoretically using water vapor.

A real-time and non-contact method using scanning electron microscopy is demonstrated for the electromechanical analysis of suspended single-walled carbon nanotubes (su-SWCNTs) to estimate the adhesive force to the supporting templates.

The change in inter-ocular differences in mean macular thickness between affected and fellow-eyes as a function of time elapsed from an AU flare-up in 63 bilateral OCT scans of 29 patients is demonstrated in Figure 2 (one non-repeated scan in 9 patients, 2 repeated scans in 11 patients, 3 repeated scans in 5 patients, 4 repeated scans in 3 patients and 5 repeated scans in one patient).

Scanning tunneling microscopy (STM) is demonstrated to be a powerful tool to characterize adsorption and reaction on oxide surfaces by imaging molecular adsorbates and reactive intermediates.