Sentence examples for feed array from inspiring English sources

Last week, a new instrument called the L-Band Feed Array was set up above the dish.

This paper highlights the development process of Antenna Feed Array (AFA) using DMLS as an Additive Manufacturing (AM) technique.

Laura Spitler, M.S. '10, Ph.D. '13, discovered FRB 121102 in 2014 as a postdoctoral researcher when she sifted through 2012 data from Arecibo acquired by the Pulsar Arecibo L-Band Feed Array survey that searches for pulsars and transient sources.

The paper, "Pulsar Discovery by Global Volunteer Computing," is authored by Allen's graduate student, Benjamin Knispel, from the Albert Einstein Institute Allenn; James M. Cordes, Cornell professor of astronomy and chair of the Pulsar ALFA (Arecibo L-band Feed Array) Consortium; and a team of collaborators.

When a host requests work, it will pick from the feeding array (shared memory segment) the jobs with higher priority that it can finish by the deadline.

It is thus important that *the feeding array contains enough diversity* for the job/volunteer matchmaking to work: filling it in order of priority may result in "slow" machines not getting any work, because all jobs in the feeding array would have too tight deadlines.

The first experiment manipulated both direct and indirect cues in a feeding array by simultaneously placing feeding stations at different distances from humans (to manipulate direct risk) and from protective cover (to manipulate indirect risk).

Two observers sat, quietly, at one edge of the feeding array, and we assumed that the distance from the human observers would be perceived as a direct cue of risk (Caro 2005).

In the first experiment, we used a feeding array where we varied direct and indirect risk and measured the latency to initially visit a feeding plate (a demonstration of wariness), the total number of visits (a measure of preference), and the foraging behavior of those weavers who elected to forage.

The design is based on a novel application of toroidal reflector optics which utilizes a super-pressure balloon surface, along with a feed-array mounted on an inner membrane, to create an ultra-large radio antenna system with a synoptic view of the Antarctic ice sheet below it.

In October 2007, from 0630 to 1800 hours, we established feeding arrays in a 20 × 20-m portion of a large meadow at the Mpala Research Station in the Laikipia District of Kenya (36°54′E, 0°17′N).