The development of the Mk 41 began in 1955 with a USAF requirement for a Class B (high-yield, over 10,000 lb or 4,500 kg) weapon. If detonated at optimal height, the B-41 would generate a fireball approximately 4 miles (6.4 km) in diameter, it would have been able to destroy reinforced concrete buildings 8 miles (13 km) from ground zero, and it would have been able to destroy most residential structures 15 miles (24 km) from ground zero, while producing third degree burns 32 miles (51 km) from ground zero. Fue llevado solo por el B-52 Stratofortress y el B-47 Stratojet . Su rendimiento de explosión fue del 25 al 50% del de la bomba Tsar AN602 , que emitió una explosión de 50 o 100 megatones de TNT, dependiendo de su propia configuración como bomba "limpia" (envuelta en plomo) o sucia (envuelta en uranio). About 500 of these weapons were manufactured between September 1960 and June 1962. It was also the first operational hydrogen bomb of the US Air Force. It could be deployed in free-fall or aerial (parachute) configuration, and could be set for airburst, groundburst, or laydown delivery. Mar 18, 2015 - The Mk 41 (designated B41 from 1968 on) entered service in 1961. Finally, there was a fission jacket. It was carried only by the B-52 Stratofortress and B-47 Stratojet. From the enormous Tsar Bomba, detonated with the force of 3,800 Hiroshima explosions, to the Mk-41, the biggest thermonuclear device ever built by the US, army-technology.com lists the world’s most powerful nuclear bombs based on explosive power (or yield). Two versions were deployed, Y1, a "dirty" version with a tertiary stage encased with U-238 (natural uranium), and Y2, a "clean" version with a lead-encased tertiary. The Mk 41 (designated B41 from 1968 on) entered service in 1961. The Mk 41 was of the usual long cylindrical shape and weighed 10,670 lb (4,840 kg).

Two versions were deployed, Y1, a "dirty" version with a tertiary stage encased with U-238 (natural uranium), and Y2, a "clean" version with a lead-encased tertiary. B-36 and B-47 bombers were used to carry TX-14s, and the rate of fall was decelerated by employing the parachute drop method. The B-41 (also known as Mk-41) was a thermonuclear weapon deployed by the United States Strategic Air Command in the early 1960s. The US produced 105 Mk-24s between 1954 and 1955. The explosion dispersed radioactive substance over some parts of Asia, Australia, the US and Europe. Two versions, Y1 and Y2, were produced. The detonation yielded an explosion force of 14.8Mt. Museo Nacional de la Fuerza Aérea de los Estados Unidos, con la relación rendimiento / peso más alta, licencia Creative Commons Attribution-ShareAlike, Creative Commons Attribution-ShareAlike 3.0 Unported License, Esta página fue editada por última vez el 22 de junio de 2020, a las 17:05, This page is based on the copyrighted Wikipedia article.

Development of the weapon began in 1955 by Los Alamos National Laboratory, based on the earlier Mk 21 and Mk 46 weapons. The bomb was air dropped by B-36 bombers using a single 64ft parachute to delay the fall so that the aircraft had additional time to escape from the detonation impact. In the case of a surface burst, the fallout's maximum downwind cloud distance could possibly reach 658 miles (1,059 km) from ground zero. 2.

The US claimed in 1963 that it could produce a 35 Mt fusion bomb, and put it on a Titan II (3,700 kg [8,200 lb] payload), almost doubling the yield-to-weight ratio of the B-41. The development of the B-41 began in 1955 with a USAF requirement for a Class B (high-yield, over 10,000 lb or 4,500 kg) weapon. This was followed by a yet-larger third fusion stage, the tertiary stage, compressed by the secondary stage. The Ivy Mike test yielded an explosion of 10.4Mt, 700 times the explosive force of the weapon dropped on Hiroshima. In March 1958 the Strategic Air Command issued a request for a new Class C (less than five tons, megaton-range) bomb … The B-41 was progressively phased out of service beginning in 1963, superseded by the B53 nuclear bomb. B41 bomba nuclear - B41 nuclear bomb De Wikipedia, la enciclopedia libre La carcasa de un termonuclear bomba B-41. The B53 nuclear bomb was a two-stage implosion weapon using highly enriched uranium and 95% enriched Lithium-6 deuteride fusion fuel. The last B-41s were retired in July 1976. The fuel for this two-stage hydrogen bomb consisted of 37% to 40% enriched Lithium-6 deuteride enclosed in a natural uranium tamper. The nuclear fusion warhead was of the Teller-Ulam type and used a 40–100 kiloton implosion type nuclear fission primary fueled by HEU to trigger the lithium-6 deuteride fusion fuel. The TX-21 was also a scaled down variant of the TX-17 thermonuclear weapon first tested during the Castle Romeo exercise in 1954, and used lithium deuteride fusion fuel. The Mk-14s retired in October 1954 and some of them were recycled into the Mk-17 weapons by September 1956. It was carried only by the B-52 Stratofortress and B-47 Stratojet. Pesaba 10,670 libras (4,840 kg). This project came about during the Cold War.[1]. [2], The MK-41, or B41 when given its bomb designation, was, Articles incorporating text from Wikipedia, http://nuclearweaponarchive.org/Usa/Weapons/B41.html, http://www.ieri.be/fr/publications/ierinews/2011/juillet/fission-fusion-and-staging, https://military.wikia.org/wiki/B41_nuclear_bomb?oldid=2979671. Finally, there was a fission jacket. The B41 or Mk-41 with a yield of 25Mt is the most powerful thermonuclear weapon ever fielded by the United States. The TX-16 bomb measured 61.4in in diameter and 296.7in in length. Bassoon Prime Device (110 K) The Mk/B-41 was the highest yield nuclear weapon ever deployed by the U.S. The Ivy Mike hydrogen bomb was based on the thermonuclear device demonstrated during the Test George conducted by the US on 9 May 1951 as part of Operation Greenhouse series of four nuclear device detonation tests. The B-41 (also known as Mk-41) was a thermonuclear weapon deployed by the United States Strategic Air Command in the early 1960s.


The B-41 was the only three-stage thermonuclear weapon fielded by the U.S.[1]. Système de désignation des aéronefs inhabités, https://fr.wikipedia.org/w/index.php?title=B41_(bombe_thermonucléaire)&oldid=144501745, Arme nucléaire des Forces armées des États-Unis, Article contenant un appel à traduction en anglais, Portail:Relations internationales/Articles liés, Portail:Forces armées des États-Unis/Articles liés, licence Creative Commons attribution, partage dans les mêmes conditions, comment citer les auteurs et mentionner la licence. File:B41 nuclear bomb.jpg The casing of a B-41 thermonuclear bomb. The MK-24 was similar in appearance to the Mk-17 thermonuclear bomb. The last B41s were retired in July 1976. The US produced 940 Mk-36 bombs during 1956-1958 and converted 275 bombs into Mk-21s.

C'était la plus puissante bombe fabriquée par les États-Unis avec une puissance maximum de 25 mégatonnes. While the addition of third stage increased the explosive power of the thermonuclear, the bomb's actual yield of 100Mt was reduced by 50% to limit radioactive dust. This was followed by a yet-larger third fusion stage, the tertiary stage, compressed by the secondary stage. Se basó en el dispositivo de prueba "Fagot" que se disparó por primera vez en la prueba Redwing Zuni del 27 de mayo de 1956. The additional tertiary fusion stage, compressed by a previous fusion stage, could be used to make a bomb with yields as large as desired (see Tsar Bomba, a Soviet three-stage bomb and the highest-yield nuclear weapon ever built or tested). El B-41 fue retirado progresivamente del servicio a partir de 1963, reemplazado por el B53 nuclear. It was the most powerful nuclear bomb ever developed by the United States, with a maximum yield of 25 megatons. Its blast yield was 25 to 50% that of the AN602 Tsar Bomba, which delivered a blast of 50 or 100 megatons of TNT, depending on its own configuration as a "clean" (lead encased) or dirty (uranium encased) bomb. La Mk 41 (désignée par B41 à partir de 1968) a été l'unique bombe thermonucléaire à trois étages utilisée par les États-Unis. Elle était emportée par un B-52 Stratofortress ou un B-47 Stratojet. Between 500 and 1,000 kg of lithium deuteride was used and was contained in a cylinder of natural uranium (U-238) with an inner casing of U-235. Elle possède le meilleur rapport rendement/poids de n'importe quelle arme créée.

Una versión de ojiva ICBM del arma fue cancelada en 1957 mientras aún se encontraba en la etapa de diseño. The TX-21 was exploded 7ft above the surface and radioactive fallout spread over more than 11,000km2. La Mk 41 est entrée en service en 1961. Un article de Wikipédia, l'encyclopédie libre. The development of the B-41 began in 1955 with a USAF requirement for a Class B (high-yield, over 10,000 lb or 4,500 kg) weapon. During its operational lifetime, the B-41 was the most efficient known thermonuclear weapon in terms of yield to actual weight, with a 5.2 Megaton/tonne ratio (based on a 25 Mt yield).

Ammunition, Anti-Armour and Anti-Aircraft Missile Supplier, Advanced Infrared (IR) Protection for Military Personnel, Advanced Composites Design and Manufacturing Solutions, 31 March 2014 (Last Updated January 20th, 2020 07:36). The B-41 (also known as Mk-41) was a thermonuclear weapon deployed by the United States Strategic Air Command in the early 1960s. The additional tertiary fusion stage, compressed by a previous fusion stage, could be used to make a bomb with yields as large as desired (see Tsar Bomba, a Soviet three-stage bomb and the highest-yield nuclear weapon ever built or tested).

Les Mk 41 ont été progressivement retirées du service à partir de 1963 en faveur de la bombe nucléaire B53. UK MOD takes back control of Atomic Weapons Establishment, US approves sale of 200 Javelin missiles to Australia, US DOD rewrites hypersonic weapons acquisition rules, Dutch CV90s to get composite rubber tracks, US Army takes delivery of first Infantry Squad Vehicle. The Mk 41 was progressively phased out of service from 1963 in favor of the B53 nuclear bomb. The weapon was deployed in EC version designated as EC-16. The weapon was 12 ft 4 in (3.76 m) long, with a body diameter of 4 ft 4 in (1.32 m). Estados Unidos afirmó en 1963 que podía producir una bomba de fusión de 35 Mt y colocarla en un Titan II (3.700 kg [8.200 lb] de carga útil), casi duplicando la relación rendimiento-peso del B-41. The Mk-16 hydrogen bomb was the only liquid fuel thermonuclear weapon ever built by the US. C'était l'arme avec la plus haute puissance nucléaire jamais déployée par les États-Unis, avec un rendement maximum de 25 mégatonnes (Mt), et un poids de 4 850 kg. Se desplegaron dos versiones, Y1, una versión "sucia" con una etapa terciaria revestida con U-238 ( uranio natural ), e Y2, una versión "limpia" con un terciario revestido de plomo. The weapon was 12 ft 4 in (3.76 m) long, with a body diameter of 4 ft 4 in (1.32 m). The Mk 41 was progressively phased out of service from 1963 in favor of the B53 nuclear bomb. [3][2] However, since neither full yield versions of the B-41 nor "Tsar Bomba" were ever demonstrably tested, the B-41's high efficiency is merely theoretical; the most efficient tested and proven nuclear physics package is the W56. Los últimos B-41 se retiraron en julio de 1976 .


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