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Originally posted by weavty1
Originally posted by Angelic Resurrection
Originally posted by kloejen
There are several "explosions" heard in many audio sources, after the big boom. It could maybe give an idea about how the trail, and after-trails formed, and how the meteor exploded?
None of the sounds in the videos were sonic booms
Well what were they then??
lol
Jim is quite right. Physical laws govern the ionization process in meteors,
Originally posted by Angelic Resurrection
Originally posted by weavty1
Originally posted by Angelic Resurrection
Originally posted by kloejen
There are several "explosions" heard in many audio sources, after the big boom. It could maybe give an idea about how the trail, and after-trails formed, and how the meteor exploded?
None of the sounds in the videos were sonic booms
Well what were they then??
lol
They were explosions and not sonic booms.
I have grown up near AF Bases
The shock wave from Friday's (Feb. 15) meteor explosion above Russia sent subsonic waves through the atmosphere halfway around the world.
Up to 11 sensors in Greenland, Africa, Russia's Kamchatka Peninsula and other far-flung regions detected the Russian meteor blast's infrasound, or low-frequency sound waves. The sensors are part of the global network of 60 infrasound stations maintained by the Comprehensive Nuclear Test Ban Treaty Organization (CTBTO).
Infrasound's long wavelengths (about 20 to 0.01 Hertz) can travel far distances in the atmosphere, at frequencies humans can't hear. Elephants, whales and even pigeons use infrasound for communication and navigation, scientists have discovered.
The CTBTO relies on Infrasound arrays to help determine the location and size of atmospheric explosions. Man-made explosions, such as bombs, produce a different infrasound pattern than natural fireballs like shattering meteors.
Based on scrutiny of infrasound records, NASA scientists concluded the fireball released about 300 kilotons of energy, said Bill Cooke, lead for the Meteoroid Environments Office at NASA’s Marshall Space Flight Center in Huntsville, Ala.
That's about 20 to 25 times more powerful than the atomic bombs dropped in World War II, but still smaller than Siberia's Tunguska meteor explosion in 1908, which released 10 to 15 megatons of energy (equivalent to the Castle Bravo device, the most powerful atomic bomb tested by the United States).
Originally posted by evilcommunist
New stunning meteorite (or whatever it was) photos: marateaman.livejournal.com...
Originally posted by buddhasystem
It's a solid proof that the UFO that exploded over Chelyabinsk had dual engines. The fact that they never found the object that broke the ice and sank in the lake is explained by that being a small grain of antimatter from the engine core. To it just annihilated.
Originally posted by ibiubu
1) The trail as shown in that photo does look like two braided donuts side by side. Whether the object was round or rectangular and tumbling, why would this pattern of turbulence be at the back end? They remind me of those strange twisted cloud photos posted from Russia awhile back. Spiral Ivans I called them.
Originally posted by ibiubu
3) Is this low, so to speak, trajectory of the Russia comet typical?
Originally posted by ibiubu
I thought I read that it was visible over 1/4 of the globe. Is this unusual?
Scientists and meteorites hunters have been on a quest to find bits of rock from the asteroid exploded over the city of Chelyabinsk in Russia on February 15. More than 100 fragments have been found so far that appear to be from the space rock, and now scientists from Russia's Urals Federal University have discovered the biggest chunk so far, a meteorite fragment weighing more than one kilogram (2.2 lbs). Read more at: phys.org...
Originally posted by FireballStorm
Originally posted by buddhasystem
It's a solid proof that the UFO that exploded over Chelyabinsk had dual engines. The fact that they never found the object that broke the ice and sank in the lake is explained by that being a small grain of antimatter from the engine core. To it just annihilated.
A dual engined craft that was made out of rock? Many meteorites from the breakup of this asteroid have already been found in case you were not aware!
Originally posted by usaman1983
Meteorite Crashes in Russia
rt.com
(visit the link for the full news article)
A series of explosions in the skies of Russia’s Urals region, reportedly caused by a meteor shower, has sparked panic in three major cities. Witnesses said that houses shuddered, windows were blown out and cellphones stopped working.
edit on 2/15/2013 by semperfortis because: Copy the EXACT Headline
Originally posted by evilcommunist
First close-up photos of the meteorite:
lenta.ru...
Originally posted by Soloprotocol
not so sure about the scientist finding small fragments in the snow....seemed a bit far fetched to me.
And at first we were looking into confirming these, and actually as time has gone by, more of these stories have turned out to be accurate. I can't vouch for any one in particular but today, for example, we're in a village where there were reports yesterday that people had found small black pebbles in the snow.
And these were holes coated in ice, like an upside down icicle. And if you dig down into these holes you find a small black pebble. And they've found thousands of these in this village. Women would take them out in their kitchens and show you a handful. And now it seems that these are, in fact, meteor shards.
Originally posted by Vasa Croe
Originally posted by evilcommunist
First close-up photos of the meteorite:
lenta.ru...
Well that is a lot smaller than a bus....LOL!
11. How big are most meteorites, and do they fall as single objects or clusters of objects?
Meteorite finds range in size from particles weighing only a few grams, up to the largest known specimen: the Hoba meteorite, found in South Africa in 1920, and weighing about 60 tons (54,000 kg). As with the magnitude distribution of meteors, the number of meteorites decreases exponentially with increasing size. Thus, the majority of falls will produce only a few scattered kilograms of material, with large meteorites being quite rare.
Meteorites are known to fall as single, discreet objects; as showers of fragments from a meteor which breaks up during the atmospheric portion of its flight; and (rarely) as multiple individual falls. The initial mass and composition of the meteoroid primarily determine its eventual fate, along with its speed and angle of entry into the atmosphere.