Ace (nuclear test): Difference between revisions

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'''Dytika''' was the first detonation of a {{wp|nuclear weapon}} conducted by the [[Mascylla|Crowned Republic of Mascylla]] on the island of [[Jürsand]] at 11:00 a.m. on March 5, 1950, as part of one of the [[Great Game]]'s arms races between Mascylla and [[People's State of Hytekojuznia|Hytekojuznia]]. The testing site was the desolate and uninhabited Jürsand island about 110 kilometres (68 miles) east of Ankstedt, situated in what was then the [[Dytika (nuclear test)|CRN Jürsand-Kappe Marine Testing and Proving Territory]]. For the purposes of the test, the [[Dytika (nuclear test)|Jürsand Proximity Site]] and three other buildings were built in the vicinity of the blast zone to observe effects of the detonation on the structures and to use them as laboratories for nuclear weapon components.
'''Dytika''' was the first detonation of a {{wp|nuclear weapon}} conducted by the [[Mascylla|Crowned Republic of Mascylla]] on the island of [[Jürsand]] at 11:00 a.m. on March 5, 1950, as part of one of the [[Great Game]]'s arms races between Mascylla and [[People's State of Hytekojuznia|Hytekojuznia]]. The testing site was the desolate and uninhabited Jürsand island about 110 kilometres (68 miles) east of Ankstedt, situated in what was then the [[Dytika (nuclear test)|MGR Jürsand-Kappe Marine Testing and Proving Territory]]. For the purposes of the test, the [[Dytika (nuclear test)|Jürsand Proximity Site]] and three other buildings were built in the vicinity of the blast zone to observe effects of the detonation on the structures and to use them as laboratories for nuclear weapon components.


The test was of an {{wp|implosion-type nuclear weapon|implosion}} {{wp|nuclear fission|fission reaction}} {{wp|uranium}} device, which was informally nicknamed ''Ace''. The complexity of the design required the efforts of the entire [[Reichswehr (Mascylla)|Reichswehr]], and concerns about whether it would work led to a decision to conduct the {{wp|Nuclear weapons testing|nuclear test}} afterall. However, the success of the test had foremost priority as Hytekojuznia had already developed a functional nuclear weapon in 1948, and Mascylla's security was regarded endangered by this new technology. The project was overseen by Gerhard Wayner and [[Prime Minister of Mascylla|Prime Minister]] [[Prime Minister of Mascylla|Ernest Rähner]], and the test was principalised and directed by Reinhardt Schmiede. The nuclear weapon was the culminated of crucial scientific reconaissance and intelligence brought about by the efforts of [[Operation Clearsight]].
The test was of an {{wp|implosion-type nuclear weapon|implosion}} {{wp|nuclear fission|fission reaction}} {{wp|uranium}} device, which was informally nicknamed ''Ace''. The complexity of the design required the efforts of the entire [[Reichswehr (Mascylla)|Reichswehr]], and concerns about whether it would work led to a decision to conduct the {{wp|Nuclear weapons testing|nuclear test}} afterall. However, the success of the test had foremost priority as Hytekojuznia had already developed a functional nuclear weapon in 1948, and Mascylla's security was regarded endangered by this new technology. The project was overseen by Gerhard Wayner and [[Prime Minister of Mascylla|Prime Minister]] [[Prime Minister of Mascylla|Ernest Rähner]], and the test was principalised and directed by Reinhardt Schmiede. The nuclear weapon was the culmination of crucial scientific reconaissance and intelligence brought about by the efforts of [[Operation Clearsight]].


Dytika released the explosion {{wp|yield of a nuclear weapon|yield}} of about 27 {{wp|TNT equivalent|kilotons of TNT}}, exceeding the predicted 22 kilotons, due to unforeseen additional reactions and highly enriched uranium being used. At the time of its detonation, it was the largest artificially generated explosion in history.
Dytika released the explosion {{wp|yield of a nuclear weapon|yield}} of about 27 {{wp|TNT equivalent|kilotons of TNT}}, exceeding the predicted 22 kilotons, due to unforeseen additional reactions and highly enriched uranium being used. At the time of its detonation, it was the largest artificially generated explosion in history.


[[Category:Mascylla]]
[[Category:Mascylla]]

Revision as of 09:13, 7 April 2020

Nuclear weapons testing
Dytika
Dytika Blast.jpg
Mushroom cloud of Dytika after detonation
Information
CountryMascylla Mascylla
Test siteJürsand
DateMarch 5, 1950 (69 years ago)
Test typeAtmospheric
Device typeUranium implosion fission reaction
Yield27 kilotons of TNT (~118 TJ)
Test chronology

Dytika was the first detonation of a nuclear weapon conducted by the Crowned Republic of Mascylla on the island of Jürsand at 11:00 a.m. on March 5, 1950, as part of one of the Great Game's arms races between Mascylla and Hytekojuznia. The testing site was the desolate and uninhabited Jürsand island about 110 kilometres (68 miles) east of Ankstedt, situated in what was then the MGR Jürsand-Kappe Marine Testing and Proving Territory. For the purposes of the test, the Jürsand Proximity Site and three other buildings were built in the vicinity of the blast zone to observe effects of the detonation on the structures and to use them as laboratories for nuclear weapon components.

The test was of an implosion fission reaction uranium device, which was informally nicknamed Ace. The complexity of the design required the efforts of the entire Reichswehr, and concerns about whether it would work led to a decision to conduct the nuclear test afterall. However, the success of the test had foremost priority as Hytekojuznia had already developed a functional nuclear weapon in 1948, and Mascylla's security was regarded endangered by this new technology. The project was overseen by Gerhard Wayner and Prime Minister Ernest Rähner, and the test was principalised and directed by Reinhardt Schmiede. The nuclear weapon was the culmination of crucial scientific reconaissance and intelligence brought about by the efforts of Operation Clearsight.

Dytika released the explosion yield of about 27 kilotons of TNT, exceeding the predicted 22 kilotons, due to unforeseen additional reactions and highly enriched uranium being used. At the time of its detonation, it was the largest artificially generated explosion in history.