Examples of using Radar technology in English and their translations into German
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I like explaining radar technology, too.
Radar technology has many physical advantages.
The Recco® system is based on a radar technology.
Radar technology deepening with specialized knowledge.
He went to the Soviet Union to study radar technology.
Radar technology is one such development.
This is not possible with conventional radar technology.
However, radar technology didn't experience a breakthrough until during the second world war.
The craft will not be detectable with present radar technology.
Thanks to radar technology and the disc-shaped radar scan the measurement is highly reliable.
Simplified measurement of bulk solids Radar technology has many physical advantages.
The 1D distance measurement is based on the worldwide unique andpatented LPR radar technology.
Radar technology in a nutshell"Imagine you're in the mountains and start to scream", says Marco.
A new range ofradar level gauges based on advanced radar technology(FMCW) is about to be launched.
Moreover, the radar technology of Sentinel-1 is of particular relevance for oil spill detection.
IMS has developed thefirst width measuring system based on radar technology and launched it successfully on to the market.
Thanks to radar technology, the level transmitter detects liquids contactlessly and delivers continuous, highly accurate readings.
During the early years of using solid-state amplifiers in radar technology, the balanced amplifier approach was most widely used.
Starting in 2017, for example, all Peugeot, Citroën andDS models will be equipped with the latest camera and radar technology from ZF TRW.
Level sensors operating with radar technology provide precise measurements of foamy or unsteady surfaces.
Their existence was confirmed 20years later by experiments by Heinrich Rudolf Hertz andare the basis of the entire radio and radar technology.
The radar technology is responsible for detecting movements, the infrared technology is responsible for detecting present persons and objects.
The partnership between Symeo andPSI focuses on the integration of the patent protected Local Positioning Radar technology(LPR) into PSImetals solutions for warehouse and transport optimization.
In measurement with radar technology, microwave impulses are emitted by an antenna onto the surface of the filled material, reflected from there and.
The frequency range of millimeter and terahertz waves will be increasingly developed for new methods of the close-up range communication, safety technology, medical diagnostics, radar technology and climate research.
Radar technology is on a success trajectory and we will ensure that it stays there, by further simplifying the level measurement of bulk solids with radar in the future.
When seconds count, radar technology offers more complete and exacting information as it measures an object's speed and distance from the vehicle.
Radar technology offers numerous advantages compared with ultrasonic sensors, which used to be standard in this sector; radar is independent of weather influences, strong sun, wind, fog or rain.
In measurement with radar technology, microwave impulses are emitted by an antenna onto the surface of the filled material, reflected from there and received by an electronic system.
The LPR radar technology from Symeo allows distance measurements over short and long distances, reliable collision avoidance and precise position detection of vehicles and cranes.
