Thanks,
No official word on classification but it's probably an L6, maybe LL6.
On Wed, Jun 29, 2016 at 5:39 PM, Galactic Stone & Ironworks
wrote:
> Congrats Ruben and everyone else on the team. Given the difficult
> terrain, this is an outstanding find. And kudos to
Congrats Ruben and everyone else on the team. Given the difficult
terrain, this is an outstanding find. And kudos to the Apache Nation
for allowing the team to come in and hunt their land.
Any preliminary word on what the type might be?
Best regards and happy huntings,
MikeG
On 6/29/16, Ruben
Hi all,
I have a few of the most recent articles regarding our hunt here.
http://www.mrmeteorite.com
--
Rock On!
Ruben Garcia
http://www.MrMeteorite.com
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This is a great story of a collaboration between the Apache Nation,
ASU meteorite scientists and professional meteorite hunters. It shows
the scientific community, the land owners and the collecting community
working together at their best.
Thanks to all involved for sharing this.
John
On Wed,
https://asunow.asu.edu/20160628-discoveries-tracking-down-arizona-fireball
After 132 hours of searching, ASU team - in partnership with White Mountain
Apaches - locates meteorites on tribal land
Arizona State University
June 28, 2016
On June 2, a chunk of rock the size of a Volkswagen Beetle
Some reports indicate that the deeply cold-soaked main mass of the 104 kg
Colby, WI, L6 -- which was recovered quickly after its witnessed fall on a warm
and very humid July 4 in 1917 -- actually acquired a coating of frost within
minutes of being excavated.
Mark
- Original Message
The fusion crust will likely be warmer than the interior when the
meteorite hits. Not because of residual heat from melting, but because
for the last few tens of seconds of the fall the meteorite was being
blasted with near-ambient temperature air. It was starting to warm up to
ambient- it
Elton...I agree with most of thatbut the cooling starts straight after
hot flight miles up where the air temperature is around -30 -50
deg...surely any heat in the fusion crust would dissipate very quickly up
there and then the interior temperature would then equalize to bring it
down to well
Have to agree with Rob and Chris on this...as I have tried the experiment
myself.Put a rock in the freezer until stable temps...then put a blow torch on
it for 5 seconds...then put it back in the freezer for 3 minutes (or freezer
for 2 and on the counter for 1).It will be cold. The rock will
Today's Meteorite Picture of the Day: Haxtun TS
Contributed by: Anne Black
http://www.tucsonmeteorites.com/mpodmain.asp?DD=06/29/2016
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