Sentence examples for focused scanning from inspiring English sources

The focused scanning protocol was devised by the curriculum director (RA) and designed to address the common scope of ED cardiac ultrasound.

The safe, skilled driver perceives her driving environment through relentless, focused scanning and notices the driver on her right is about to make a move.

This does not preclude finding such maps in the future, using for instance specific stimuli that match the functional preferences of these areas, higher resolution and focused scanning of such specific areas outside the temporal cortex.

SR microscopy techniques provide a much narrower Gaussian point spread function (PSF) of the focused scanning area, enabling us to resolve features that are distant below diffraction limit of light, which is approx. about 200 300 nm in (xy) and up to 500 700 nm in (z) axis [ 6].

To ensure that the cones appear as bright as possible in retinal images it is essential that the focused scanning beam is incident along the photoreceptor axes with a minimum of aberrations thereby increasing the light-coupling efficiency [ 2, 10– 10].

To achieve optimally focused scans, the distance between the books and the scanning head was adjusted to minimize the beam diameter (c. 40 μm).

The probe had dimensions of ~1.5 cm in diameter and ~15 cm in length (see Fig. 1b) and was developed and used to deliver, focus, scan, and detect the returning beam.

Our setup made use of a multifocal excitation scheme to enable the acquisition of entire images at a higher temporal rate than is possible with single focus scanning [ 29]. Figure 4 shows an image of a VS1 cell (A) and three calcium response fields of small dendritic areas examined with TPLSM (B-D).

Because the temporal focus scans both forward and backward in one voltage cycle, the axial scan rate is twice the modulation rate of the GDD.

The main difference with conventional optical phase tomography [ 11– 16] is that the measurement is done with a focused beam scanned in three dimensions rather than with a collimated beam scanned in angle.

Today, beams are mainly shaped using magnetic or electric forces, enabling only simple shaping tasks such as focusing or scanning.