मैग्नेट्रॉन इसके अंग्रेजी अर्थ का उदाहरण

He was also involved in the development of the cavity magnetron, which is used in microwave radar and microwave ovens.

The M-type carcinotron, or M-type backward wave oscillator, uses crossed static electric field E and magnetic field B, similar to the magnetron, for focussing an electron sheet beam drifting perpendicularly to E and B, along a slow-wave circuit, with a velocity E/B.

This could not be accomplished with the magnetron, whose output frequency is a function of its physical construction, but this was possible using new high-power klystrons.

Two-handers Henry Albert Howard "Harry" Boot (29 July 1917 – 8 February 1983) was an English physicist who with Sir John Randall and James Sayers developed the cavity magnetron, which was one of the keys to the Allied victory in the Second World War.

In 1948 he joined the Scientific Civil Service, and was appointed Principal Scientific Officer (PSO) at Services Electronic Research Laboratories, in Baldock in Hertfordshire, where he undertook research on microwaves, magnetrons, plasma physics and lasers.

These used two 500"nbsp;kW magnetrons on huge always-turning parabolic antenna systems and rooms filled with tube-based electronics to drive them.

In systems like the magnetron or klystron, this is accomplished with another resonant cavity.

He then attended Columbia University and was also a technician for Columbia's Radiation Lab tasked with building magnetrons for U.

The carcinotron could generate about a kilowatt of output signal, compared to megawatts for the latest examples of the magnetron and newer examples of the klystron.

The CIV phenomenon has been also demonstrated in different Low Temperature Plasma (LTP) laboratory experiments where a plasma and a neutral gas are in relative motion across a magnetic field such as magnetrons.

This system was eclipsed by the SCR-584, which utilized a 3"nbsp;GHz magnetron oscillator from Britain, completely automatic tracking, and the Bell Telephone Laboratories electronic M-9 gun director.

This was effective against radars using magnetrons, which cannot change their operational frequency.

This was created by combining an experimental low-noise receiver with a new high-power cavity magnetron and a lash-up antenna.

मैग्नेट्रॉन हिंदी उपयोग और उदाहरण

यही सिद्धान्त मैग्नेट्रॉन (magnetron) के कार्य का भी आधार है।

यह अपने पूर्ववर्ती मैग्नेट्रॉन ट्यूब का परिवर्तित रूप है जिसका विकास सन् १९४० में रन्डाल एवं बूट (Randall and Boot) ने किया था।

"" मैग्नेट्रॉन इसका मुख्य अवयव है जो सूक्ष्मतरंगे पैदा करता है।

आधुनिक समय में प्रयुक्त मैग्नेट्रॉन वास्तव में 'अनुनादी कोटर मैग्नेट्रॉन' (रेज़ोनेन्ट कैविटी मैग्नेट्रॉन) है।

उदाहरण के लिये, टेलिविजन मॉनिटर, कैथोड-किरण नलिका, निर्वात डायोड, ट्रायोड, थाइरेट्रॉन, मैग्नेट्रॉन, क्लाइस्ट्रॉन आदि।

गाइरोट्रॉन और मैग्नेट्रॉन दोनो ही शक्तिशाली माइक्रोवेव जनित्र हैं।

व्यक्तिगत जीवन मैग्नेट्रॉन अधिक शक्ति की सूक्ष्मतरंगें पैदा करने वाली एक निर्वात नलिका (वैक्युम ट्यूब) है।