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Topic: Freya radar

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	Freya Summary
		Freya (Old Norse: Freyja), sister of Frey (Freyr) and daughter of Niord (Njǫrðr), is usually seen as the fertility goddess of Norse mythology.
		Freya was a skilled practitioner of seiðr, a form of magic which Snorri relates in the Ynglinga Saga in his Heimskringla she introduced among the Aesir.
		Freya might be considered the counterpart of Venus and Aphrodite, although she has a combination of attributes no known goddess possesses in the mythology of any other ancient Indo-European people and might be regarded as closer to the Mesopotamian Ishtar as being involved in both love and war.
	www.bookrags.com /Freya (2118 words)

	Radar Encyclopedia (Site not responding. Last check: )
		Radar is a system that uses electromagnetic waves to identify the range, altitude, direction, or speed of both moving and fixed objects such as aircraft, ships, motor vehicles, weather formations, and terrain.
		Radar is used in many contexts, including meteorological detection of precipitation, air traffic control, police detection of speeding traffic, and by the military.
		In the transmitted radar signal, the electric field is perpendicular to the direction of propagation, and this direction of the electric field is the Polarization of the wave.
	www.hallencyclopedia.com /topic/Radar.html (5384 words)

	NationMaster - Encyclopedia: The Weirdstone of Brisingamen
		Brisingamen — an amber necklace belonging to the Norse goddess Freya.
		Fantasy novels Heimdall returns Brisingamen to Freya Brisingamen is said to be the (principally amber) necklace of the goddess Freya from Norse Mythology.
		Brisingamen is said to be the (principally amber) necklace of the goddess Freya from Norse Mythology.
	www.nationmaster.com /encyclopedia/The-Weirdstone-of-Brisingamen (591 words)

	Freya
		Freya was thought to be the most desirable of all goddesses, owner of the attractive piece of jewellery Brosingamen (Brísingamen), which she bought from four dwarfs (Dvalin, Alfrik, Berling, and Grer) for the price of a night with her.
		Freya was a skilled practitioner of seiðr, a form of magic which Snorri relates in the Ynglinga saga in his Heimskringla she introduced among the Aesir.
		Freya was the driver of a wagon drawn by a pair of cats as big as lions.
	www.ufaqs.com /wiki/en/fr/Freya.htm (671 words)

	Freya radar
		Freya radar was an early form of radar deployed by Nazi Germany during World War II, named after the Norse Goddess Freya.
		The Freya radar was in fact much more sophisticated than the British Chain Home (CH) counterpart, and by operating in the 1.2 m wavelength (as opposed to ten times that for the CH) the Freya was able to be much smaller and yet offer better resolution.
		Later in the war Freya operated in the band from 2.5 to 2.3 meters / 120 to 130 MHz, with a pulse width of 3 microseconds, a peak power output of 15 to 20 kW, and a PRF of 500 Hz.
	www.xasa.com /wiki/en/wikipedia/f/fr/freya_radar.html (240 words)

	Science Fair Projects - Freya
		Freya (Freyja), the sister of Frey (Freyr) and the daughter of Niord ('), is usually seen as the fertility goddess of Norse mythology.
		Freya is wild: free with her sexual favours and furious when an attempt is made to marry her off against her will; the mistress of Odin and several other gods.
		Freya was a skilled practitioner of seiðr, a form of magic which Snorri relates in the Ynglinga Saga in his Heimskringla she introduced among the Aesir.
	www.all-science-fair-projects.com /science_fair_projects_encyclopedia/Freya (870 words)

	[7.0] The Battle Of The Beams
		Freya operated in the band from 2.5 to 2.3 meters (120 to 130 MHz), with a pulse width of 3 microseconds, a peak power output of 15 to 20 kW, and a PRF of 500 Hz.
		Freya was a fertility goddess, something like a Nordic Venus, which helped Jones not at all, but then he found that she had a necklace that was guarded by the watchman Heimdall, who could see to the horizon in day or night.
		This might seem logical, since a shipboard radar was clearly the province of the IJN, but it is interesting to note that the IJA actually built their own submarines during the war as supply vessels for isolated island outposts, a particularly vivid example of the way the two services worked at cross purposes.
	www.vectorsite.net /ttwiz_07.html (7672 words)

	News \| Gainesville.com \| The Gainesville Sun \| Gainesville, Fla. (Site not responding. Last check: )
		Freya was often used in concert with the primary German gun laying radar, Würzburg, finding targets at long ranges and then "handing them off" to the Würzburg for tracking.
		The Freya radar was in fact much more sophisticated than its British counterpart, Chain Home (CH), and by operating in the 1.2 m wavelength (as opposed to ten times that for the CH) the Freya was able to use smaller antennas and also offer better resolution.
		Later in the war Freya operated in the band from 2.5 to 2.3 meters / 120 to 130 MHz, with a pulse width of 3 microseconds, a peak power output of 15 to 20 kW, and a pulse repetition frequency of 500 Hz.
	www.gainesville.com /apps/pbcs.dll/section?category=NEWS&template=wiki&text=Freya_radar (414 words)

	radio SAW - Superhits für Sachsen-Anhalt
		Freya gehört zu den Vanen, einem der beiden Göttergeschlechter der nordischen Mythologie.
		Freya selbst erscheint in diesem (einer Illumination in einer Papierhandschrift des 17.
		Besonders bekannte Quellen über Freya sind zwei Gedichte der Lieder-Edda.
	www.radiosaw.de /start.php?wikipedia,wiki/Freya (661 words)

	Freya radar - Definition, explanation
		Freya radar was an early form of radar deployed by Nazi Germany during World War II, named after the Norse Goddess Freya.
		The Freya radar was in fact much more sophisticated than the British Chain Home (CH) counterpart, and by operating in the 1.2 m wavelength (as opposed to ten times that for the CH) the Freya was able to be much smaller and yet offer better resolution.
		Later in the war Freya operated in the band from 2.5 to 2.3 meters / 120 to 130 MHz, with a pulse width of 3 microseconds, a peak power output of 15 to 20 kW, and a PRF of 500 Hz.
	www.calsky.com /lexikon/en/txt/f/fr/freya_radar.php (254 words)

	Reference.com/Encyclopedia/Freya radar
		Freya was often used in concert with the primary German gun laying radar, Würzburg, finding targets at long ranges and then "handing them off" to the Würzburg for tracking.
		The Freya radar was in fact much more sophisticated than its British counterpart, Chain Home (CH), and by operating in the 1.2 m wavelength (as opposed to ten times that for the CH) the Freya was able to use smaller antennas and also offer better resolution.
		Later in the war Freya operated in the band from 2.5 to 2.3 meters / 120 to 130 MHz, with a pulse width of 3 microseconds, a peak power output of 15 to 20 kW, and a pulse repetition frequency of 500 Hz.
	www.reference.com /browse/wiki/Freya_radar (447 words)

	Pauke, Pauke! » FuGM 80 "Freya"
		Freya is a long-range ground radar and beacon.It worked with a frequency of about 125 MHz with a range precision of about 125 m with an angle precision 0.5 degrees.
		To be able to use the Freya device to guide fighter planes and to identify friendly fighter aircraft from enemy, Lieutenant Diehl adds a short wave transmitter to his radar.
		The evolution of Freya are Wassermann (="Aquariusâ) a Ground Radar of l=2.40m and Mammut.
	www.baermann.biz /pauke/index.php?itemid=117 (1008 words)

	History of radar - Japan
		On April 28, 1936, their first pulse radar was demonstrated successfully at a range of 2.5 miles on a small airplane flying up and down the Potomac, but by June of that year, the range was extended to 25 miles.
		The Freya radar was in fact much more sophisticated than its CH counterpart, and by operating in the 1.2 m wavelength (as opposed to ten times that for the CH) the Freya was able to be much smaller and yet offer better resolution.
		Radar was used by the army for gun laying and aircraft detection, by the navy for detection of air and sea threats on all major capital ships, including use of centimetric units in 1944.
	history-of-radar.zdnet.co.za /zdnet/History_of_radar (5299 words)

	Radar Details, Meaning Radar Article and Explanation Guide
		Early radars used very long wavelengths that were larger than the targets and received a vague signal, whereas modern systems use shorter wavelengths (a few centimetres) that can image objects the size of a loaf of bread or larger.
		The disadvantage of CW radar and SARH weapons is that the launch aircraft must continue to point its radar (and thus its nose) at the target for the entire duration of the missile's flight, leaving the attacker vulnerable to a counterattack.
		The Freya radar was in fact much more sophisticated than its CH counterpart, and by operating in the 1.2 m wavelength (as opposed to ten times that for the CH) the Freya was able to be much smaller and yet offer better resolution.
	www.e-paranoids.com /r/ra/radar.html (5758 words)

	Technic - German Naval Radar - Part 3, Radar Designation
		When the family of German radar sets began to grow this was found to be insufficient, and arabic numbers were introduced, 100 to 199 being reserved for naval tactical sets working on a wavelength of 80cm.
		Even a simplified listing of radar type designations, with their technical particulars, would require a intensive research in German and foreign archives, and the interviewing of surviving witnesses by a researcher export in both radio technology and naval history.
		Among them was, presumably, a report on radar (possibly including drawings and photographs of the sets in surviving German naval units), copies of which are probably buried somewhere in the US and British archives.
	www.navweaps.com /Weapons/WRGER_03.htm (909 words)

	World War 2 RADAR
		Detection radars are used to create a RADAR map of all objects in all directions and often as far as possible.
		The greatest advantage of using RADAR is that it denies the enemy of the ability to use the element of surprise, of being hidden by distance, by night or by clouds until it's too late to defend against it or to attack it before it disappears.
		The more advanced RADAR detectors were used to analyze everything possible about enemy radars, their power, radio wave frequency, pulse rate, pulse width, and other technical parameters from which engineers could learn a lot about the capabilities of enemy radars, and design "electronic warfare" counter-measures to use against them.
	www.2worldwar2.com /radar.htm (1112 words)

	Spartanburg SC \| GoUpstate.com \| Spartanburg Herald-Journal
		Each control center was known as a Himmelbett zone, consisting of a Freya radar with a range of about 100km, a "master searchlight" directed by the radar, and a number of manually directed searchlights spread through the cell.
		Later additions added the short-range Lichtenstein radar to the aircraft, allowing them to detect the aircraft once the operators had directed them into the general area.
		By dropping chaff from a number of "lead" bombers, the German radar operators saw what appeared to be a stream entering their box, each packet of chaff appearing to be a bomber on their displays.
	www.goupstate.com /apps/pbcs.dll/section?category=NEWS&template=wiki&text=Kammhuber_Line (892 words)

	Wolfenstein: Enemy Territory - Wolfenstein: střípky historie - Würtzburg radar
		Radar patří mezi oblíbené CW i Public mapy právě kvůli své hratelnosti, nápadu a kvalitě zpracování.
		Na zemi uložený radar sa nazýval "Freya" a vodný radar bol nazvaný "Seetakt".
		Počas vojny boli Freya a Würtzburg spárovaný, takže Freya mohla zamerať prilietajúci objekt a určiť presne dráhu letu a Würtzburg keď sa dostalo lietadlo bližšie určil jeho presnú výšku a polohu.
	www.alliancze.org /enemy-territory/22/2482 (2488 words)

	Radars - Developments During World War II - Advances in Germany
		Later in the war, Freya operated in the band from 2.5 to 2.3 meters / 120 to 130 MHz, with a pulse width of 3 microseconds, a peak power output of 15 to 20 kW, and a PRF of 500 Hz.
		Each control centre was known as a Himmelbett zone, consisting of a Freya radars with a range of about 100km, a "master searchlight" directed by the radar and a number of manually directed searchlights spread through the cell.
		This made it useless for finding the targets, but once guided to one by an associated Freya it could track it with extreme accuracy: later models were accurate to 0.2 degrees or less.
	www.ee.ic.ac.uk /eee2proj/gsb04/DuringWWII_Advances_in_Germany.htm (519 words)

	radar
		Eight Freya radar units were deployed along the western German border in 1938.
		The Freya and Seetakt radars were built by the GEMA company and over 6,000 units were used during WWII.
		A chapter devoted to Hollmann's contribution to radar.
	www.radarworld.org (152 words)

	36th Bomb Squadron Home Page-History
		The radar countermeasure effort came under RAF Bomber Command where they performed a variety of special operational activities.
		Freya - used with Giant Wurzburg for fighter control and long distance warning radar.
		Deceived by the "spoof" and believing a RAF bombing raid was approaching, enemy controllers at the radar stations would initiate fighter action.
	www.36rcm.com /history/history.htm (793 words)

	Nap Nuts Singapore Wargamers Wargames
		Working in conjunction with the Freya long range radar, the Wuerzburg was able to guide night fighters to within 400 yards of RAF bombers.
		Once the radar was secured it would be dismantled and carried to the beach where Royal Navy LCAs would pick up the paratroopers.
		British player must successfully dismantle the Wuerzburg radar (move Flt Sgt Cox and his sapper section to the radar, remain at the radar until a 5,6 is rolled on 1D6) and evacuate it from the beach within 15 turns.
	www.napnuts.com /cf_bruneval.htm (1014 words)

	How does radar work? - Page 4 - WW2inColor Talk
		The older long wave radar sets of the Chain home stations were used for long range detection (because they could look over the horizon, even though their resolution was not too good, and the VHF radar was then used to pinpoint the targets and guide the fighters).
		The fact that the Brits tied all the radar and observer resources into a manageable systed was decisive though, the radar and observers would feed all their information into the Sector Stations, which would compile and feed all the data up to group.
		Freya radar was an early form of radar deployed by Nazi Germany during World War II, named after the Norse Goddess Freya.
	www.ww2incolor.com /forum/showthread.php?t=1822&page=6 (1256 words)

	radar
		Deployment of radar on ships began in 1937 with the Seetakt FuMO units which were similar to the Freya but operated on a wavelength of 60 cm (500 MHz).
		The heavy rotating mast for the Seetakt radar is is clearly seen on the Destroyer Z 24.
		The heavy cruiser "Admiral Scheer" with the Seetakt radar on the mast.
	www.radarworld.org /germany2.html (257 words)

	The Atlantikwall in Denmark \| Der Atlantikwall in Dänemark
		A Freya radar was used for aerial surveillance over longer distances and two Würzburg radars took over the guidance of the own fighters.
		Further development of the radar devices continued constantly during the war, so that new and enhanced types were released frequently.
		A radar of this type on the isle Rømø was among others used to observe the impact locations of the V2.
	www.atlantikwall-denmark.net /index.php?l=en&p=history&h=5 (365 words)

	Electronic warfare
		British radar stations had been vital in detecting Luftwaffe bombers and had helped the RAF win the Battle of Britain.
		Searchlights were seen to be waving aimlessly; Anti-aircraft fire was hesitant and inaccurate and gave way to barrage fire; German fighter pilots were losing their cool in the general mayhem and the intercepted radio traffic showed the enemy ground controllers were hopelessly confused.
		The Germans became able to differentiate real and spurious radar echoes by filtering out the relative speeds, and their fighters were given more freedom to operate independently.
	www.rafbombercommand.com /tactics_elecwarfare.html (1792 words)

	Radar (1) - Segunda Guerra Mundial - Exordio
		Este desarrollo le permitió a Inglaterra proteger sus costas con una cadena de torres de radar a lo largo del Dover, sistema que fue clave para la alerta temprana necesaria para colocar las escuadrillas de cazas en posición de repeler los ataque alemanes.
		Por tanto todos los radares a comienzos de la guerra sufrían de imprecisión en el cálculo de la dirección, inherente a los radares de frecuencias bajas.
		También los radares alemanes en los submarinos no podían usarse cuando se navegaba sumergido con el Schnorkel, por lo que a pesar de estar equipados con radares, eran simplemente inoperables la mayor parte del tiempo.
	www.exordio.com /1939-1945/civilis/telecom/radar1.html (1932 words)

	Freya - Robo Wiki -= Collecting Robocode Knowledge =- (Site not responding. Last check: )
		Freya was the goddess of love, marriage, and fertility.
		As a deity of the dead, Freya was entitled to half the warriors killed in battle, the other half going to Odin.
		Freya uses a version of MiniWodan's implementation of a GF-gun, adapted for melee.
	robowiki.net /cgi-bin/robowiki?Freya (1386 words)

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