Radar - Revision history

Jnc: /* Development history */ +Contribution to Victory

2026-09-17T16:58:42Z

Development history: +Contribution to Victory

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	* Jennet Conant, ''Tuxedo Park: A Wall Street Tycoon and the Secret Palace of Science That Changed the Course of World War II'', Simon and Schuster, New York, 2003		* Jennet Conant, ''Tuxedo Park: A Wall Street Tycoon and the Secret Palace of Science That Changed the Course of World War II'', Simon and Schuster, New York, 2003
	* Jim Brown, ''Radar: How It All Began'', Janus, London, 1996 - interesting view 'from the trenches'		* Jim Brown, ''Radar: How It All Began'', Janus, London, 1996 - interesting view 'from the trenches'
			* Frank Rowlinson (compiler), ''Contribution to Victory: An account of some of the special work of the Metropolitan-Vickers Electrical Company Limited in the Second World War'', Metropolitan-Vickers Electrical Company, Mmanchester, 1947 - includes interesting images of Chain Home radars, the very first operational radars

	===Use history===		===Use history===

Jnc: Disambiguate

2025-06-09T01:41:27Z

Disambiguate

← Older revision		Revision as of 01:41, 9 June 2025
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	'''Radar''' (the US-originated name, an acronym for 'radio detection and ranging') is a system which uses reflections of [[electro-magnetic]] energy to detect the presence, and the location, of objects (airplanes, ships, etc). Although several people had speculated about it through the early 1900's, it was the British, in the late 1930's, who produced the first effective integrated radar-based defense system - the Chain Home system, which was intended to help defend Britain from air attack, and which played a significant role in the seminally important Battle of Britain. (The Germans, and others, were not far behind, in unit engineering, but the British had their integrated overall system up first.)		'''Radar''' (the US-originated name, an acronym for 'radio detection and ranging') is a system which uses reflections of [[electro-magnetic]] energy to detect the presence, and the location, of objects (airplanes, ships, etc). Although several people had speculated about it through the early 1900's, it was the British, in the late 1930's, who produced the first effective integrated radar-based defense system - the Chain Home system, which was intended to help defend Britain from air attack, and which played a significant role in the seminally important Battle of Britain. (The Germans, and others, were not far behind, in unit engineering, but the British had their integrated overall system up first.)

	Radar has produced almost countless technical spinoffs (including two Nobel Prizes in physics), perhaps the best-known of which is the humble [[microwave]] oven. The war-time work on it had an interesting (and wholly accidental) cross-fertilization to early computer work, especially in Britain; it produced a large group of people who were very familiar at working with high-speed pulsed [[circuit]]s.		Radar has produced almost countless technical spinoffs (including two Nobel Prizes in physics), perhaps the best-known of which is the humble [[microwave]] oven. The war-time work on radar had an interesting (and wholly accidental) cross-fertilization to early computer work, especially in Britain; it produced a large group of people who were very familiar at working with high-speed pulsed [[circuit]]s.

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Jnc: Countless technical spinoffs

2025-06-07T17:58:39Z

Countless technical spinoffs

← Older revision		Revision as of 17:58, 7 June 2025
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	'''Radar''' (an acronym for 'radio detection and ranging') is a system which uses reflections of [[electro-magnetic]] energy to detect the presence, and the location, of objects (airplanes, ships, etc). Although several people had speculated about it through the early 1900's, it was the British, in the late 1930's, who produced the first effective radar ~~integrated~~ system - the Chain Home system, which was intended to help defend Britain from air attack, and which played a significant role in the Battle of Britain. (The Germans, and others, were not far behind, in unit engineering, but the British had their integrated overall system up first.)		'''Radar''' (the US-originated name, an acronym for 'radio detection and ranging') is a system which uses reflections of [[electro-magnetic]] energy to detect the presence, and the location, of objects (airplanes, ships, etc). Although several people had speculated about it through the early 1900's, it was the British, in the late 1930's, who produced the first effective integrated radar-based defense system - the Chain Home system, which was intended to help defend Britain from air attack, and which played a significant role in the seminally important Battle of Britain. (The Germans, and others, were not far behind, in unit engineering, but the British had their integrated overall system up first.)

	The war-time work on it had an interesting (and wholly accidental) cross-fertilization to early computer work, especially in Britain; it produced a large group of people who were very familiar at working with high-speed pulsed [[circuit]]s.		Radar has produced almost countless technical spinoffs (including two Nobel Prizes in physics), perhaps the best-known of which is the humble [[microwave]] oven. The war-time work on it had an interesting (and wholly accidental) cross-fertilization to early computer work, especially in Britain; it produced a large group of people who were very familiar at working with high-speed pulsed [[circuit]]s.

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	* R. Hanbury Brown, ''Boffin: A Personal Story of the Early Days of Radar, Radio Astronomy and Quantum Optics'', Adam Hilger		* R. Hanbury Brown, ''Boffin: A Personal Story of the Early Days of Radar, Radio Astronomy and Quantum Optics'', Adam Hilger
	* Bernard Lovell, ''Echoes of War: The Story of H<sub><small>2</small></sub>S Radar'', Adam Hilger, Bristol, 1991		* Bernard Lovell, ''Echoes of War: The Story of H<sub><small>2</small></sub>S Radar'', Adam Hilger, Bristol, 1991
			* Jennet Conant, ''Tuxedo Park: A Wall Street Tycoon and the Secret Palace of Science That Changed the Course of World War II'', Simon and Schuster, New York, 2003
	* Jim Brown, ''Radar: How It All Began'', Janus, London, 1996 - interesting view 'from the trenches'		* Jim Brown, ''Radar: How It All Began'', Janus, London, 1996 - interesting view 'from the trenches'

Jnc: /* Use history */ +The Race to Develop Radar, +The Invention That Changed the World,

2025-06-07T07:09:25Z

Use history: +The Race to Develop Radar, +The Invention That Changed the World,

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	* Martin W Bowman, Tom Cushing, ''Confounding the Reich: The Operational History of 100 Group (Bomber Support) RAF'', Patrick Stephens, Sparkford, 1996		* Martin W Bowman, Tom Cushing, ''Confounding the Reich: The Operational History of 100 Group (Bomber Support) RAF'', Patrick Stephens, Sparkford, 1996
	* Jack Nissen, ''Winning the Radar War'' St. Martin's, New York, 1989 - more 'from the trenches'		* Jack Nissen, ''Winning the Radar War'' St. Martin's, New York, 1989 - more 'from the trenches'
			* Damien Lewis, ''Churchill's Shadow Raiders: The Race to Develop Radar, WWII's Invisible Secret Weapon'', Citadel, New York, 2020 - more focused on intelligence
			* Robert Buderi, ''The Invention That Changed the World: How a Small Group of Radar Pioneers Won the Second World War and Launched a Technological Revolution'', Simon and Schuster, New York, 1996 - also covers some of the technologies downstream from radar

	==External links==		==External links==

Jnc: Fill several references; somewhat stubby; also give a home for a URL

2025-06-05T22:59:29Z

Fill several references; somewhat stubby; also give a home for a URL

New page

'''Radar''' (an acronym for 'radio detection and ranging') is a system which uses reflections of [[electro-magnetic]] energy to detect the presence, and the location, of objects (airplanes, ships, etc). Although several people had speculated about it through the early 1900's, it was the British, in the late 1930's, who produced the first effective radar integrated system - the Chain Home system, which was intended to help defend Britain from air attack, and which played a significant role in the Battle of Britain. (The Germans, and others, were not far behind, in unit engineering, but the British had their integrated overall system up first.)

The war-time work on it had an interesting (and wholly accidental) cross-fertilization to early computer work, especially in Britain; it produced a large group of people who were very familiar at working with high-speed pulsed [[circuit]]s.

{{semi-stub}}

==Further reading==

===Development history===

* Louis Brown, ''A Radar History of World War II: Technical and Military Imperatives'', Institute of Physics, Bristol, 1999 - a voluminous and detailed work; ends with an informed, perceptive and incisive evaluation
* Henry E. Guerlac, ''RADAR in World War II'', Tomash, 1987
* David Pritchard, ''The Radar War: Germany's Pioneering Achievement 1904-45'', Patrick Stephens, Wellingborough, 1989
* Gordon K. Kinsey, A. F. Wilkins, ''Orfordness: Secret Site'', Terence Dalton, Lavenham, 1981- first-person history of the start of the effort
* Gordon K. Kinsey, ''Bawdsey: Birth of the Beam'', Terence Dalton, Lavenham, 1983
* S. S. Swords, ''Technical history of the beginnings of RADAR'', Institution of Electrical Engineers, London, 1986 - fairly technical
* E. B. Callick, ''Metres to Microwaves: British Development of Active Components for Radar Systems, 1937 to 1944'', Institution of Engineering and Technology, London, 1990 - extremely technical
* Robert Watson-Watt, ''The Pulse of Radar'', Dial, New York, 1959
* A. P. Rowe, ''One Story of Radar'', Cambridge University, Cambridge, 1948
* E. G. Bowen, ''Radar Days'', Adam Hilger, Bristol, 1987
* R. Hanbury Brown, ''Boffin: A Personal Story of the Early Days of Radar, Radio Astronomy and Quantum Optics'', Adam Hilger
* Bernard Lovell, ''Echoes of War: The Story of H<sub><small>2</small></sub>S Radar'', Adam Hilger, Bristol, 1991
* Jim Brown, ''Radar: How It All Began'', Janus, London, 1996 - interesting view 'from the trenches'

===Use history===

* Alfred Price, ''Instruments of Darkness: The History of Electronic Warfare, 1939-1945'', Peninsula, Los Altos, 1987
* Martin Streetly, ''Confound and Destroy: 100 Group and The Bomber Support Campaign'', Macdonald and James, London, 1978
* Martin W Bowman, Tom Cushing, ''Confounding the Reich: The Operational History of 100 Group (Bomber Support) RAF'', Patrick Stephens, Sparkford, 1996
* Jack Nissen, ''Winning the Radar War'' St. Martin's, New York, 1989 - more 'from the trenches'

==External links==

* [https://medium.com/dish/75-years-of-innovation-over-the-horizon-radar-12fc45366e5b 75 Years of Innovation: Over the horizon radar]

[[Category: Technology]]