একটি ডায়োডের নলবিশেষ যেখানে একজন নলাকার ধনধ্রুব করার জন্য একটি কেন্দ্রীয় ক্যাথোড থেকে ইলেকট্রন প্রবাহ অতিক্রম চৌম্বকীয় ও বৈদ্যুতিক ক্ষেত্র দ্বারা নিয়ন্ত্রিত হয়; মাইক্রোওয়েভ অসিলেটর মধ্যে প্রধানত ব্যবহৃত

Noun:

ম্যাগনিট্রন,

magnetrons শব্দের বাংলা অর্থ এর উদাহরণ:

ম্যাগনিট্রন একটি শক্তিশালী ভ্যাকুয়াম টিউব যা থেকে ইলেকট্রনের ধারার সাথে চৌম্বক ক্ষেত্রের মিথষ্ক্রিয়ার ফলে মাইক্রোওয়েভ তরঙ্গ সৃষ্টি হয় ।

১৯৪০ সালে ম্যাগনিট্রনের ।

১৯২০ সালে আলবার্ট হাল ম্যাগনিট্রন আবিষ্কার করেন যা ১৯৪৬ সালে পার্সি স্পেনসারকে মাইক্রোওয়েভ ওভেন উদ্ভাবনে ।

magnetrons's Usage Examples:

Albert Hull of General Electric Research Laboratory began development of magnetrons to avoid de Forest's patents, but these were never completely successful.

The transmitter elements were typically klystron tubes or magnetrons, which are suitable for amplifying or generating a narrow range of frequencies.

developed a more efficient way to manufacture magnetrons, increasing production from 100 to 2600 magnetrons per day.

The earlier work on magnetrons by Albert Hull (American), August Žáček (Czech), and Erich Habann (German).

engineer and scientist that had a major role in the Japanese development of magnetrons and the Radio Range Finder (RRF – the code name for a radar).

used in early radar modulators to feed the high-power pulses into the magnetrons, for use with slapper detonators, or for triggering a Marx generator.

Magnetically controlled types, usually incorporating a resonator (essentially, magnetrons) K-- Electrostatically controlled types, including a resonator (klystrons.

Okabe accompanied Yagi to Osaka and continued his research on magnetrons, ultimately making a split-anode device that generated oscillations at.

The system used two 5J26 magnetrons at 750 kW peak power, operating at 1300 MHz a 400 Hz pulse repetition.

particle accelerators and microwave vacuum tubes such as klystrons and magnetrons.

superior to the German split-anode magnetrons, particularly for its high power, high frequency performance.

producer of electronic components for space and military use, including magnetrons, klystrons, high-powered vacuum tubes, carbon dioxide lasers, electro-optical.

processor techniques and is fully solid state with the exception of the magnetrons and thyratrons of the transmitters.

development of magnetrons for generating ultra-high frequency (UHF) signals.

In 1936, the LEMO was tasked to study the application of magnetrons in a pulsed.

extending the life of magnetrons to over 40,000 hours.

Ceravision has an agreement with Toshiba to develop high efficiency magnetrons.

than a conventional oven, and fully enclosed models can also use dual magnetrons, like a microwave oven.

This was for his joint work with Sin-Itiro Tomonaga on the theory of magnetrons and microwave circuits.

After some work on nuclear physics, Boot returned to magnetrons and after the war built a cyclotron at Birmingham.

Radar Research Laboratory, where he continued the development of cavity magnetrons and reflex klystrons for radar sets.

magnetrons's Meaning':

a diode vacuum tube in which the flow of electrons from a central cathode to a cylindrical anode is controlled by crossed magnetic and electric fields; used mainly in microwave oscillators

Synonyms:

thermionic valve; electron tube; tube; vacuum tube; thermionic tube; thermionic vacuum tube;

Antonyms:

cathode; anode; walk;