Sentence examples for degrees field from inspiring English sources

This has led to the development of highly specialized divided eyes in some species, most notably in Phronima, in which the whole of the top of the head is used to provide high resolution and sensitivity over a narrow (about 10 degrees) field of view.

For each functional run, an echo planar gradient-echo imaging sequence sensitive to BOLD contrast was used to acquire 33 slices per repetition time (TR) (3 mm thickness), with a TR of 2000 ms, echo time of 30 ms, flip angle of 90 degrees, field of view of 192 mm, and 64×64 matrix.

For the functional scanning the following parameters were used: repetition time: 1512 ms for three subjects and 1500 ms for the remaining subjects (31 slices acquired), echo time: 30 ms, flip angle: 70 degrees, field of view: 22×22 cm, 64×64 matrix and 4.65 mm slice thickness.

Hence aberrations were measured over a 14 × 11.6 degrees field of view at 129 sampling points.

The only exception occurred in the ±1 and ±2 degrees field points where crowding restricted the display to only 4 meridians for clarity.

Transverse slices were acquired with a fast, low-angle shot (FLASH) using the following parameters: TR = 22 ms, TE = 4.87 ms, pulse angle = 90 degrees, field of view (FOV) = 55 × 42 mm, and matrix size = 58 × 256.

A letter was presented (remaining visible for 750 msec, height: 7 cm, subtending a 0.4 degrees field-of-view) immediately after each acquisition, and a single overt verbal response was made during the remaining silent portion (entire duration = 2900 msec) of each repetition (TR = 4000 msec).

At its widest setting, the lens has a 45-degree field of view.

The lens is a middle ground wide angle with a 140-degree field of view.

It would have a mere 20 milliseconds of latency, 110-degree field of vision, and one million pixels per eye.

It has a 110-degree field of view, far more expansive than the 40 degrees of many virtual reality headsets.