aluminum
A reflected radar signal is called an echo.
Man-made features like buildings, mountains, and large bodies of water can interfere with weather radar by blocking or reflecting the radar signals. Natural features such as heavy rainfall, snow, or severe thunderstorms can also hinder radar performance by causing attenuation or clutter in the radar data.
The exact location of where the first Doppler radar system was used cannot be determined because the first radar systems were mobile.
Radar waves typically have longer wavelengths than visible light. Radar waves can have wavelengths ranging from a few millimeters to several meters, while visible light wavelengths range from about 400 to 700 nanometers.
Tornadoes on radar screens appear as a hook echo, which is a curved, hook-shaped extension on the end of a rotating storm cell. This pattern indicates strong rotation within the storm and potential tornado formation. Tornadoes themselves do not actually appear as distinct entities on radar screens but are inferred based on radar signatures.
gold
The mineral used in parts of radar and guided missiles is quartz. Quartz is used in the development of oscillators and filters due to its piezoelectric properties, which allow for the generation and detection of radio frequency signals.
The mineral used in radar and guided missiles is called beryllium. Beryllium is lightweight and has high thermal stability, making it ideal for use in aerospace applications such as radar systems and missiles.
Yes. They can turn back even if they miss the target.Heat guided missiles are hard to escape from.They are guided by the heat of the aircraft.You can only miss them if they crash onto something.Radar guided missiles are guided by radar in them.If you go out of its radar they cannot follow us.
There are different types of jammer. For radar guided missile there is radar jammer. For laser guides missile aircraft use burning magnesium strips for make confuse missile.
Now days all ships have GPS. They also use a compass and radar.
There are different types of jammer. For radar guided missile there is radar jammer. For laser guides missile aircraft use burning magnesium strips for make confuse missile.
They could be radar guided, they could be guided by a seeker unit which locks onto heat signatures, they could actually be unguided weapons whose only 'guidance' is programming which is done prior to launch, they could be guided by GPS navigation, they could be command guided by wire (such as MCLOS and SACLOS systems like the Milan, TOW, etc.).
There was a radar type station that went by that name; possibly a bomb guided, or navigated to target with the assistance of such an installation.
The AIM-7 Sparrow is a semi-active radar guided missile. This means that the missile needs a radar lock on from the plane to guide it. The Aim-120 AMRAM is an active radar guided missile which means the radar is in the missile itself. The plane that fired it could explode into a million pieces and the missile will still track the target. Not only that, but the closer an AMRAM gets, the stronger the signal and the more likely it will hit. It's called "Fire and Forget" and every major nation is switching to that type of missile.
Exocet missile
IMO you would be better of installing a non contact radar probe(open wave) in a slop oil tank. The reason being if your process is not hot it will stick to the probe and give you false echos.