Sentence examples for beam radar from inspiring English sources

The Concert instrument communicates with Philae and is designed to beam radar through the interior of the comet to reveal the internal structure.

In real beam radar imaging, large dimension of x implies more available angles and azimuth amplitude information, so large dimension of x is needed.

The advanced capabilities of EISCAT_3D for digital beam forming (including post-beam steering within a wide transmitter beam), radar imaging, and coherent integration will make it a superb instrument for stratosphere and troposphere studies, by exploiting coherent scatter from atmospheric turbulence and temperature gradients.

In this paper, a real beam signal model is built first by sparsely sampling in the azimuth dimension, introduce the smooth approximation algorithm and the FOCUSS algorithm are introduced to deal with the underdetermined system as a comparison to verify the feasibility of angular superresolution for sparse sampling model of the real beam radar.

Northrop Grumman developed the latest AESA radar upgrade for the F-16 (selected for USAF and Taiwan Air Force F-16 upgrades), named the Scalable Agile Beam Radar (SABR).

However, again as noted above, it does have advantages in the case of narrower beam radars (Holdsworth and Reid 2004b), and importantly, it does allow some other MF/HF radar types to measure MLT winds.

Jason Chapman of Rothamsted Research in Harpenden, England, and colleagues used a vertical, narrow-beam radar to determine the headings of individual insects flying on their migration to or from southern Europe.

One of these was the CONSERT experiment, which beamed radar through the comet's interior between Philae and Rosetta.

Soon, a slew of super-accurate weapons guided by laser beams, radar emissions, millimeter waves, or, later (and more accurately), the signals of global positioning satellites poured into the U.S. arsenal.

The conventional one-beam radar measurement suffers from space-time ambiguity: it sees only a part of the auroral structure at a time.

For example, it should be evident, from Figure 6, that an altitude-time-intensity description of ESF obtained with a fixed-beam radar (e.g., Woodman and La Hoz 1976) does not capture a true representation of the process.