Examples of using Radars in English and their translations into Chinese
{-}
-
Political
-
Ecclesiastic
-
Programming
Since 1992, Iran has manufactured its own tanks, armoured personnel carriers, missiles, radars, boats, submarines and fighter planes.
The backbone of the company's AV technology has four elements: localization, cameras, radars, and cellular V2X.
Range instrumentation radars including associated optical/infrared trackers with all of the following capabilities.
To locate a carrier initially, China could use its over-the-horizon radars, which can search out more than a thousand miles.
After the US National Weather Service selected EEC's DVIP-equipped radars to replace 160 older models across the country, DVIP became the standard for radar displays.
Current radars are able to detect objects larger than 1 centimetre up to a range of 1,000 kilometres or 1 metre in geostationary orbit(GSO).
Radars are also known to sound false alarms and they consistently fail to process information fast enough to be helpful on the highway.
AESA radars can spread their signal emissions across a wider range of frequencies, which makes them more difficult to detect over background noise.
In the past, high-flying radars had trouble detecting low-flying aircraft because the radar waves bouncing off the ground created a cluttering effect.
Two companies- US-based Capella Space Corporation and Finland's ICEYE- seek to use advanced radars to track airplanes or ships, even in cloudy weather.
The radars could also provide information to Chinese fighters a general idea where to intercept.
But those lower-frequency radars do not provide what Pentagon officials call a“weapons quality” track needed to guide a missile onto a target.
As converters continue to evolve, future radars will benefit from direct RF sampling in both the C and X bands.
They were pressed to build radars that could“look down” from above and identify low-flying objects moving against the background of the earth.
Today the Norwegian Coastal Administration has 23 radars monitoring traffic in the five service areas of the maritime traffic service.
But the real question is how far along Beijing has come in the development of subsystems like radars and engines.
The radar's demonstrated sensitivity- significantly more than current radars in the Navy- provides greater coverage for early and accurate detection.
The final stage of the radars' testing was performed at the Aerospace Forces' 185th Combat Training Center base in the Astrakhan province.
The growing use of chatbots is also something to put on our radars.
A phased antenna array expands the capabilities of the radar and it can automatically exchange data with other radars.