
	Where results make sense

Topic: Warszawa radio mast

Related Topics

Warsaw radio mast

List of masts

Radio mast

TV masts

Transmitter Roumoules

Mediumwave transmitter Lopik

Salem Radio Properties Tower

Transmission tower

Gerbrandy Tower

Konstantynow

In the News (Sun 29 Nov 09)

Northern Trust

Marvin Harrison

Peter Chernin

Gary Locke

Match Play

Penelope Cruz

Mickey Rourke

AR Rahman

Danny Boyle

Hugh Jackman

	Mast radiator - Wikipedia, the free encyclopedia
		For radio systems in the longwave and mediumwave range the value of the height should be in the range between one sixth and five eighths of the wavelength, with favourite values at the quarter or the half of the radiated wavelength.
		For high power transmitters in the MW range, masts with heights around half of the radiated wavelength are preferred because they focus the radiated power better to the ground than structures with heights of quarter wavelengths, which are preferred of economical reasons for low power medium wave transmitters.
		For longwave transmitters, however, the construction of masts with heights of half-wave wavelength is, because of economical reasons (and perhaps problems with the flight safety), in most cases impossible.
	en.wikipedia.org /wiki/Mast_radiator (702 words)

	Radio masts and towers - Wikipedia, the free encyclopedia
		Radio masts and towers are, typically, tall structures designed to support antennas (also known as aerials in the UK) for telecommunications and broadcasting, including television.
		In the case of a mast radiator or radiating tower, the whole mast or tower is itself the transmitting antenna.
		Masts tend to be cheaper to build, but because they require an extended area surrounding them to accommodate stay blocks, towers are more commonly used in cities where land is in short supply.
	en.wikipedia.org /wiki/Radio_mast (1584 words)

	Warsaw radio mast - Wikipedia, the free encyclopedia (Site not responding. Last check: 2007-11-05)
		The mast was located in Konstantynów, Poland at 19°48'23" E longitude and at 52°22'14" N latitude(52° 22′ 14″ N 19° 48′ 23″ E (http://kvaleberg.com/extensions/mapsources/index.php?params=52_22_14_N_19_48_23_E_)), and was used by Warsaw Radio-Television (Centrum Radiowo-Telewizyjne) for long wave radio broadcast on the frequency 227 kHz (before February 1st, 1988) and 225 kHz (after February 1st, 1988).
		The mast was insulated against ground for a voltage of 120 kV and stood therefore on a 2 metre high insulator.
		Since the collapse of the Warsaw radio mast, the tallest construction in Poland is the transmission mast for FM-radio and TV at Olsztyn-Pieczewo with a height of 360 metres (coordinates: 53° 45′ 13″ N 20° 30′ 57″ E (http://kvaleberg.com/extensions/mapsources/index.php?params=53_45_13_N_20_30_57_E_)).
	www.kernersville.us /project/wikipedia/index.php/Warsaw_radio_mast (819 words)

	Warsaw radio mast - Wikipedia, the free encyclopedia
		The Warsaw radio mast was the tallest structure ever built; however, it existed from only 1974 to 1991.
		The mast was located in Konstantynów, Poland at 19°48'23" E longitude and at 52°22'14" N latitude (52° 22′ 14″ N, 19° 48′ 23″ E), and was used by Warsaw Radio-Television (Centrum Radiowo-Telewizyjne) for long wave radio broadcast on the frequency 227 kHz (before February 1, 1988) and 225 kHz (after February 1, 1988).
		Since the collapse of the Warsaw radio mast, the tallest construction in Poland is the transmission mast for FM-radio and TV at Olsztyn-Pieczewo with a height of 360 metres (coordinates: 53° 45′ 13″ N, 20° 30′ 57″ E).
	en.wikipedia.org /wiki/Warsaw_radio_mast (791 words)

	Encyclopedia: Warsaw radio mast
		The mast was located in KonstantynÃ³w, Poland at 19Â°48'23" E longitude and at 52Â°22'14" N latitude(52Â°22â²14â³ N 19Â°48â²23â³ E), and was used by Warsaw Radio-Television (Centrum Radiowo-Telewizyjne) for long wave radio broadcast on the frequency 227 kHz (before February 1st, 1988) and 225 kHz (after February 1st, 1988).
		Since the collapse of the Warsaw radio mast, the tallest construction in Poland is the transmission mast for FM-radio and TV at Olsztyn-Pieczewo with a height of 360 metres (coordinates: 53Â°45â²13â³ N 20Â°30â²57â³ E).
		KVLY-TV mast seen close-up The KVLY-TV mast (formerly the KTHI-TV mast) is a television transmitting tower in North Dakota, USA, used by Fargo station KVLY channel 11.
	www.nationmaster.com /encyclopedia/Warsaw-radio-mast (1257 words)

	Encyclopedia: Warszawa radio mast (Site not responding. Last check: 2007-11-05)
		The mast was located in Konstantynów, Poland at 19°48'23" E longitude and at 52°22'14" N latitude, and was used by Warsaw Radio-Television (Centrum Radiowo-Telewizyjne) for long wave radio broadcast on the frequency 227 kHz and later 225 kHz.
		Because rebuilding the mast at Konstantynow was not possible due to protests by local residents, a new transmitter site had to be found for the new Polish longwave transmission facility.
		Since the collapse of the Warsaw radio mast, the tallest construction in Poland is the transmission mast for FM-radio and TV at Olsztyn-Pieczewo with a height of 360 metres (coordinates: 53°45'13" N, 20°30'57" E).
	www.nationmaster.com /encyclopedia/Warszawa-radio-mast (712 words)

	kvly-tv mast (Site not responding. Last check: 2007-11-05)
		The KVLY-TV mast (formerly the KTHI-TV mast) is a television transmitting tower in North Dakota, and at 2063' (628m) it is the tallest man-made structure in the world.
		Located three miles west of Blanchard, North Dakota (at 47° 20' 32" N, 97° 17' 20" W), it became the tallest artificial structure upon the completion of its construction on August 13, 1963.
		It was surpassed by 18m (57 feet) in 1974 by the Warszawa radio mast near Konstantynow, Poland, which collapsed on August 10, 1991, making the KVLY mast again the tallest.
	www.yourencyclopedia.net /KVLY-TV_mast (297 words)

	TV masts (Site not responding. Last check: 2007-11-05)
		Shorter masts often need no guy lines and usually end up being referred to as a pole, such as a telephone pole (though theseoften have guy lines) or flag poles.
		Much taller mast structures use the mast term (or whenthere on boats as previously mentioned) with exception of some tower hybrid tower/masts that incorporate elements from both andusually just use the term 'tower'.
		Masts commonly have the name of the brodcasting designation that uses them, or somtimes of a nearby city or town.
	www.therfcc.org /tv-masts-123605.html (845 words)

	List of masts - Enpsychlopedia (Site not responding. Last check: 2007-11-05)
		Top masts are ranked by pinnacle height; in the case of a tie, the older structure is ranked as higher.
		Most of the taller masts are located in the U.S., and the large number of masts of around 2000 feet in height is the result of special US rules limiting structures and objects that go above 2000 feet.
		Once again, the list includes guyed masts, almost exclusively radio masts, though a few for other purposes are present (for example, the BREN-Tower.) Self-supporting masts are covered as towers under the List of towers, and the borderline cases are mentioned separately (hybrid designs, under water, etc.) elsewhere on this page.
	www.grohol.com /psypsych/List_of_masts (290 words)

	Glenn Hauser's Shortwave/DX Report (Site not responding. Last check: 2007-11-05)
		What has also made radio the preferred medium is the high cost of television sets, lack of mains electricity in many parts of rural Rwanda where 90 per cent of the population lives, and illiteracy, put at 68 per cent of the total population of eight million.
		Radio Communautaire Cyangugu It was the second private station to be launched in the 2004 and was established in June 2004.
		Other radio stations Other stations that have been approved but which are yet to start operations are: Radio Maria, owned by the Catholic Church and licensed in August 2004; the Seventh Day Adventist Church radio; and Radio Contact launched in December 2004.
	www.dxing.com /dxr/dxld5042.htm (9731 words)

	[No title]
		On 22nd December 2004, a lecture on Amateur Radio were given at the AIR Conference Hall to the officials of AIR and Doordarshan TV by Mr.
		The mast was located in Konstantynów, Poland at 19 48'23" Eastern longitude and at 52 22'14" Northern largitude, and was used by Warsaw Radio-Television (Centrum Radiowo-Telewizyjne) for long wave radio broadcast on the frequency 227 and later 225 kHz.
		The mast was guyed in 5 levels with guys of 50 milimetres diameter, which were divided into multiple sections by special insulators.
	www.worldofradio.com /dxld5041.txt (12109 words)

	[No title]
		As a shortwave radio listener and avid BC Dxer what thrilled me most was the ability to transmit having been a listener for many long years.
		Needless to say radio interests, which besides ourselves, include the BBC and many other organisations are anxious that radio interference should be minimised.`` The e-mail went on to point out the difference between the systems based on ADSL technology, which are currently being deployed in considerable numbers, and the proposed PLT systems.
		This radio comes with 3 Ni-MH rechargeable batteries, the AC adaptor not only works as DC power source, it charges the batteries automatically, the built-in charging system gives you full protection on the batteries and Radio itself.
	www.worldofradio.com /dxld3138.txt (12415 words)

	KVLY-TV mast - Encyclopedia, History, Geography and Biography
		The KVLY-TV mast (formerly the KTHI-TV mast) is a television transmitting tower in North Dakota used by Fargo station KVLY channel 11.
		It became the tallest artificial structure upon the completion of its construction on August 13, 1963.
		The mast was surpassed in height by 18 m (57 ft) in 1974 by the Warszawa radio mast near Konstantynow, Poland, but that collapsed on August 8 1991, making the KVLY mast again the tallest.
	www.arikah.com /encyclopedia/KVLY-TV_mast (358 words)

	List of masts -- Facts, Info, and Encyclopedia article (Site not responding. Last check: 2007-11-05)
		Much taller mast structures use the (A vertical spar for supporting sails) mast term, with the exception of some hybrid towers/masts that incorporate elements from both and usually just use the term ' (A structure taller than its diameter; can stand alone or be attached to a larger building) tower'.
		Masts offer maximum height for minimum cost and form an integral part of the world's communication (The stock of basic facilities and capital equipment needed for the functioning of a country or area) infrastructure.
		Radio masts for (3 to 30 kilohertz) VLF, (30 to 300 kilohertz) LF and (300 to 3000 kilohertz) MF often act directly as (An electrical device that sends or receives radio or television signals) aerials and are therefore often insulated against ground.
	www.absoluteastronomy.com /encyclopedia/L/Li/List_of_masts.htm (5984 words)

	Warsaw radio mast (Site not responding. Last check: 2007-11-05)
		The Warsaw radio mast was the tallest structure ever built.
		The mast was located in Konstantynów;, Poland, and was used by Warsaw Radio-Television (Centrum Radiowo-Telewizyjne) for long wave radio broadcast.
		With its collapse, the KVLY-TV mast outside of Fargo, North Dakota, USA, became again the world's tallest structure, standing at 628 meters (2,063 feet) tall.
	www.sciencedaily.com /encyclopedia/warsaw_radio_mast (258 words)

	World Records
		The all-time height record for any structure is the guyed Warszawa Radio mast at Konstantynow, 96 km (60 miles) north-west of the capital of Poland.
		The mast was designed by Jan Polak and, prior to it fall during renovation work on 10 Augest 1991, it stood 646.38m (2,120 ft 8 in) tall and weighed 550 tonnes (1,212,500 ib0.
		From that time until the completion of the Warszawa Radio mast, the tower was the tallest structure in the world, a title that it regained following collapse of the Warszawa mast.
	www.geocities.com /syyen20/world_records.htm (3003 words)

	Science Fair Projects - Warsaw radio mast
		The mast was located in Konstantynów, Poland at 19°48'23" E longitude and at 52°22'14" N latitude(), and was used by Warsaw Radio-Television (Centrum Radiowo-Telewizyjne) for long wave radio broadcast on the frequency 227 kHz (before February 1st, 1988) and 225 kHz (after February 1st, 1988).
		The latter, more simple sounding solution would have decreased the effecitivity and reliability of both transmitters and was therefore inacceptable.
		Unfortunately this was not possible due to protests by local residents, so a new transmitter site had to be found for the second Polish longwave transmission facility.
	www.all-science-fair-projects.com /science_fair_projects_encyclopedia/Warszawa_radio_mast (906 words)

	World's Tallest Towers
		The tallest mast currently standing is the KVLY-TV Mast in North Dakota, built in 1963; it is 629 m (2,063 ft) tall.
		The tallest mast of all time was the Warszawa Radio Mast near Konstantynów, Poland, built in 1974; it was 646 m (2,120 ft) tall before collapsing during renovation work in 1991.
		While it is the world's tallest freestanding structure, 535 m (1,754 ft) of it is underwater and it is partly supported by buoyancy.
	www.infoplease.com /ipa/A0886190.html (402 words)

	Warsaw Radio Mast Encyclopedia Article, Definition, History, Biography (Site not responding. Last check: 2007-11-05)
		Looking For warsaw radio mast - Find warsaw radio mast and more at Lycos Search.
		Find warsaw radio mast - Your relevant result is a click away!
		The mast was located in Konstantynów, Poland at 19°48'23" E longitude and at 52°22'14" N latitude (52°22′14″ N 19°48′23″ E), and was used by Warsaw Radio-Television (Centrum Radiowo-Telewizyjne) for long wave radio broadcast on the frequency 227 kHz (before February 1st, 1988) and 225 kHz (after February 1st, 1988).
	www.karr.net /search/encyclopedia/Warsaw_radio_mast (976 words)

	List of the world's tallest structures - Simple English Wikipedia
		This is an incomplete list of the world's tallest structures, past and present.
		Most of the tallest structures are TV masts, followed by a mix of the taller tower type structure (Like the CN Tower) and the taller high rises buildings(Like the Sears Tower).
		Scattered among these are other structures including oil platforms, electrical towers, bridge towers, etc..
	simple.wikipedia.org /wiki/List_of_the_world's_tallest_structures (184 words)

	Warszawa radio mast (Site not responding. Last check: 2007-11-05)
		On August 8, 1991, the mast collapsedduring renovation work.
		With its collapse, the KVLY-TV mast outside of Fargo, North Dakota, USA, became again the world's talleststructure, standing at 628 meters (2,063 feet) tall.
		This may be eclipsed during the next decade as plans are afoot to build a solar chimney in Australia that measures 3280 ft (1000 m) in height.
	www.therfcc.org /warszawa-radio-mast-62375.html (187 words)

	shortwave radio - lnformation (Site not responding. Last check: 2007-11-05)
		Free station with number of shortwave radio frequencies.
		Features early articles, book Christian Science broadcasts near you, view shortwave radio schedule by drm federal commission radio free europe radio act of fm history crystal schematic radio telescope radio direction finder about pirate WMAD in Now doing on WBCQ 7.415 on shortwave radio.
		atlanta station warszawa mast radio telescopes old time make his speeches from used in shortwave radio broadcasting, articles antennas for shortwave radio broadcasting.
	lnformation.ath.cx /content/shortwave-radio (236 words)

	Beyond Stupidity: Defining the world's tallest
		Measured to the top of the radio masts, Sears' height is 1,518ft, which easily eclipses Petronas' 1,483ft.
		Trouble is, the masts on top of the Sears Tower don't count, but the mast on top of Petronas' does.
		The masts on the Sears tower are not considered to be a part of the actual building, so the official measurement stops at 1,450ft.
	www.646industries.com /mt/beyond_s/archives/000088.html (3088 words)

	Vickers Mk.E tank in Polish service
		Polish Vickers tanks were not equipped with radios initially.
		This radio demanded a tall folding transmitter aerial mast, but there is no information how it was fitted on Vickers tanks.
		During August and the first two weeks of September 1939, the Brigade was being organized and trained, and stayed on the right bank of the Vistula.
	derela.republika.pl /vickers.htm (3711 words)

	[No title]
		I shone a light on our sails, then, while I was pondering the best action to take, I saw the angle of her mast lights change, then her starboard light came into view.
		Most likely she tried to talk to us, but our radio was down in the cabin and turned off.
		We contacted Port Security on the VHF radio and were instructed to tie up to an orange mooring buoy in the harbor.
	www.biega.com /ariel.html (6198 words)

	1,000 places to see before i die : General Talk Forum - Travellerspoint (Site not responding. Last check: 2007-11-05)
		The KVLY-TV Mast in North Dakota - Built in 1963, it is 629 m (2,063 ft) tall, making it the tallest man-made thing in the world not supported by bouyancy.
		The Petronius Platform - Built in 2000 in the Gulf of Mexico, it is 610 m (2,001 ft) tall without its spire, or 640 m (2,100 ft) with it, making it the tallest man-made thing currently standing (though 535 m (1,754 ft) of it is underwater).
		Warszawa Radio Mast (no longer standing, but at 646 m (2,120 ft) was the tallest man-made thing every made).
	www.travellerspoint.com /forum.cfm?thread=6039 (927 words)

Try your search on: Qwika (all wikis)