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www.amsmeteors.org...
At some point, usually between 15 to 20 km (9-12 miles or 48,000-63,000 feet) altitude, the meteoroid remnants will decelerate to the point that the ablation process stops, and visible light is no longer generated. This occurs at a speed of about 2-4 km/sec (4500-9000 mph).
You won't see a meteor the size of the one that hit Russia in our life time...
Originally posted by Phage
reply to post by antmax21
You won't see a meteor the size of the one that hit Russia in our life time...
While the odds may be in your favor with that statement. It's a bit rash.
There could be another, any where on Earth, tomorrow. But you won't find me betting on it.edit on 2/17/2013 by Phage because: (no reason given)
Originally posted by quedup
reply to post by ooYODAoo
Don't know if anyone has posted yet but here some evidence from Dutch - backed up by Radar!
Oh and the Military have a go and fire at incoming Meteor.
Fireball sightings are on the rise, and statistically so, for years.
The meteor radar detection system is also useful for predicting VHF tropospheric propagation. Look for a continuous trace. The continuous wave carrier is received directly during enhanced tropospheric and sporadic-E propagation conditions.
Here you can see what a typical meteor strike looks like. The trace starts high in frequency and rapidly drops to the radar carrier frequency as the meteor decelerates in the atmosphere, increasing in strength (ionisation) as it burns up. This creates this typical triangular shape you can see here.