Posted by: ctbtonewsroom | February 15, 2013

CTBTO Infrasound Stations Detect Russian Meteorite Blast

11 CTBTO Infrasound Stations record the meteorite that broke-up of Russia’s Ural region

CTBTO Infrasound Stations record the meteorite that broke-up over Russia’s Ural region

See the update to this story!

As many as 17 infrasound stations in the CTBTO’s International Monitoring System (IMS) recorded the infrasonic waves from the meteor that broke up over Russia’s Ural mountains last Friday.  The origin of the low frequency sound waves from the blast were detected at 3:22 GMT on 15 February 2013 by the network designed to track atomic blasts across the planet.   People cannot hear the low frequency waves emitted, but they were recorded by the CTBTO’s network of sensors as they travelled across continents.

The CTBTO’s infrasound station at Qaanaaq, Greenland — featured in this video — was among those that recorded the explosion.  There are currently 45 infrasound stations in the CTBTO’s network that measures micropressure changes in the atmosphere generated by infrasonic waves.  Infrasound is one of four technologies used in the CTBTO’s network of sensors to monitor the globe for violations of the Comprehensive Nuclear-Test-Ban Treaty that bans all nuclear explosions.  Atomic explosions produce distinctive, low frequency sound waves that can travel across continents. View animation.

 


Responses

  1. Hello, what are the error limits on the measurements: 17m and 10,000t +/- what?

  2. […] degli infrasuoni (da 20 a 0,01 hertz), da undici elementi della rete di 45 sensori gestita dal CTBTO (Comprehensive Nuclear Test Ban Treaty Organization), un ente che utilizza questi sensori per […]


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