cavity magnetron

He was able to take an early example of the cavity magnetron.

However, the introduction of the cavity magnetron in 1940 changed things dramatically.

The cavity magnetron was perhaps the single most important invention in the history of radar.

There was no lengthy research leading to the discovery of the cavity magnetron.

They created a completely new design, the cavity magnetron, which made microwave radar possible.

There is no question that the cavity magnetron had a crucial bearing on the outcome of the war.

Cavity magnetrons can be improperly used to create surface and internal burning.

The cavity magnetron was also of interest to Yagi.

One, the cavity magnetron was a breakthrough for radar.

British scientists had developed the cavity magnetron, which allowed their radar to be made small enough for installation in aircraft.

III began development shortly after the introduction of the cavity magnetron in early 1940.

The H2S radar used the newly developed cavity magnetron.

The high power of pulses from the cavity magnetron made centimetre-band radar practical.

Research on cavity magnetrons was conducted by another institute at Kharkov in Ukraine.

Their very first cavity magnetron produced 400 W, and was pushed to over 1 kW within a week.

The Germans also recovered a cavity magnetron from a downed British bomber.

Burhop and Martin produced a laboratory model of a cavity magnetron on 23 July 1942.

Among these was the cavity magnetron.

It is to the cavity magnetron that Harry Boot made his greatest contribution and by which he will be long remembered.

The cavity magnetron crossed the Atlantic.

Microwave ovens became common kitchen appliances in Western countries in the late 1970s, following the development of less expensive cavity magnetrons.

This development using ten-centimeter radar, (actually 9.1 cm) was possible thanks to the development of the cavity magnetron.

By the end of the war, cavity magnetrons were emitting up to 3.5 million watts of power at stable wavelengths.

Harry Boot, physicist, co-developer of the cavity magnetron.

At present, cavity magnetrons are commonly used in microwave ovens and in various radar applications.