HEearliest plans for the Radiation Laboratory Series, made in the fall of , envisaged only books concerned with the basic microwave and electronic theory . MIT for six months or more after the work of the Radiation Laboratory was complete. Dr. L. N. Ridenour and resulted in the completion of the Series on an . Parent Directory - pabushobupchild.tk 39M pabushobupchild.tk
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It was realized that once all of these people left their wartime jobs their knowledge would be lost. The MIT Radiation Laboratory series of books. MIT Radiation Laboratory Series: Chapter headings and authors. v 4th March D W Knight. Volumes (pdf) can be downloaded from. Note: These volumes are only accessible on site at Jefferson Lab. Please access the MIT Radiation series via the Explorer browser. Note: If you have problems.
At the initiation of this exchange in the late summer of , the Tizard Mission brought to America one of the first of the new magnetrons. A March meeting at the University of California at Berkeley concerning the planned inch 4.
Lawrence , Arthur H. Compton , Vannevar Bush , James B. Conant , Karl T. Compton , and Alfred Lee Loomis American researchers and officials were amazed at the magnetron, and the NDRC immediately started plans for manufacturing and incorporating the devices.
The name 'Radiation Laboratory', selected by Loomis when he selected the building for it on the MIT campus, was intentionally deceptive,  albeit obliquely correct in that radar uses radiation in a portion of the electromagnetic spectrum. It was chosen to imply the laboratory's mission was similar to that of the Ernest O. At the time, nuclear physics was regarded as relatively theoretical and inapplicable to military equipment, as this was before atomic bomb development had begun.
MIT Radiation Laboratory Series
Ernest Lawrence was an active participant in forming the Rad Lab and personally recruited many key members of the initial staff. Most of the senior staff were Ph. They usually had no more than an academic knowledge of microwaves, and almost no background involving electronic hardware development.
Their capability, however, to attack complex problems of almost any type was outstanding. Later in life, nine members of the staff were recipients of the Nobel Prize for other accomplishments. The OSRD was given almost unlimited access to funding and resources, with the Rad Lab receiving a large share for radar research and development.
This was made simpler by Lawrence and Loomis being involved in all of these projects.
Rabi was the deputy director for scientific matters, and F. Wheeler Loomis no relation to Alfred Loomis was deputy director for administration. Even before opening, the founders identified the first three projects for the Rad Lab.
In the order of priority, these were 1 a cm detection system called Airborne Intercept or AI for fighter aircraft , 2 a cm gun-aiming system called Gun Laying or GL for anti-aircraft batteries, and 3 a long-range airborne radio navigation system.
To initiate the first two of these projects, the magnetron from Great Britain was used to build a cm " breadboard " set; this was tested successfully from the rooftop of Building 4 in early January All members of the initial staff were involved in this endeavor.
Under Project 1 led by Edwin M.
This, the first microwave radar built in America, was tested successfully in an aircraft on March 27, It was then taken to Great Britain by Taffy Bowen and tested in comparison with a cm set being developed there. For the final system, the Rad Lab staff combined features from their own and the British set. It eventually became the SCR, used extensively by both the U.
For Project 2, a 4-foot- and later 6-foot-wide 1.
Also, this set would use an electro-mechanical computer called a Predictor-correlator to keep the antenna aimed at an acquired target. Ivan A.
Getting served as the project leader. Being much more complicated than the Airborne Intercept and required to be very rugged for field use, an engineered GL was not completed until December This eventually was fielded as the ubiquitous SCR , first gaining attention by directing the anti-aircraft fire that downed the about 85 percent of German V-1 flying bombs "buzz bombs" attacking London. Horner Kuper. Montgomery, R.
Dicke, and E. Samuel Silver. Valley, Jr. MacNichol, Jr.
Greenwood, Jr. Vance Holdam, Jr. Van Voorhis.
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Cady, M. Antonin Svoboda. Keith Henney, editor.
One final word about the final volume of the series.It was chosen to imply the laboratory's mission was similar to that of the Ernest O. Greenwood, Jr. James, Nathaniel B.
One final word about the final volume of the series.
Index of /MIT_Radiation_Lab_Series
Institute of Physics. Retrieved March 4, It was then taken to Great Britain by Taffy Bowen and tested in comparison with a cm set being developed there.
One of these advantages was smaller antennas , a critical need for detection systems on aircraft. In , the U.
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