Hello Shawn.

I think you may be oversimplifying the composition of individuals and frags of 
the same fall. It would be remarkable to me that each portion of a specimen 
would have the same percentage of metal. I don't think whatever process creates 
a meteorite involves the surety of an equal distribution of elements 
throughtout by volumn.

Some areas of the meterorite is gonna have more metal and some ain't. That 
would acount for a specimen having different lithographies like Almahatta Sitta 
for ezample.

I'm operating on short info here, but I think ya'll get the drift. But,to 
answer one of your queries, all nine of my little Pultusk looking peas of 
Chebarkul had the same unscientifically measured attraction to a neo magnet.

Regards,

Count Deiro
INCA 3536


  

-----Original Message-----
>From: Shawn Alan <[email protected]>
>Sent: Mar 16, 2013 9:23 PM
>To: Graham Ensor <[email protected]>, Count Deiro 
><[email protected]>
>Cc: Peter Scherff <[email protected]>, 
>"[email protected]" <[email protected]>
>Subject: Re: [meteorite-list] Chelyabinsk meteorite
>
>Hello Graham and Count and the rest of the Listers
>
>By chance with any of the people on here with multiple samples do you have 
>photos of them grouped together to compare the bunch. Also, I think someone 
>said Mike Farmer had posted an image/s of the them grouped together, is there 
>a link, cause I missed that posting. 
>
>Count/ when you tested the chelyabinsk fragments with a magnet, were they all 
>consistent on how they stuck to and pulled from the neo magnet for the most 
>part?
>I also have a question for the List about the magnet test.
>
>I have a small rare earth magnets which they are strong, but not super super 
>strong. My question is, with some of the historic meteorites I have, can over 
>time, the strength at which a LL or L or even a H meteorite increase over 
>time, due to oxidation and or rusting? Why I ask is because is because I have 
>two meteorite samples that fell in 1803 and both are from France, but two 
>different falls and are both L6. One sample is is less magnetic than the 
>other. The one that is stronger has  about the same attraction and pull to a 
>H7 Forest City meteorite. All three meteorites come from top dealers and 
>collectors, so I know the authenticity is genuine, but it seems some stones 
>can have anomalys within, when tested with magnets. Has any other listers 
>noticed this, and if so, why would this happen? I have also heard that some 
>dealer has devised a full proof test to test stoney meteorites to see if they 
>are LL L or H or HH, or did I just make up HH :)
>
>Shawn Alan
>IMCA 1633
>ebay store
>http://www.ebay.com/sch/imca1633ny/m.html
>http://meteoritefalls.com/
>
>
>----- Original Message -----
>From: Graham Ensor <[email protected]>
>To: Count Deiro <[email protected]>
>Cc: Peter Scherff <[email protected]>; [email protected]
>Sent: Saturday, March 16, 2013 6:24 PM
>Subject: Re: [meteorite-list] Chelyabinsk meteorite
>
>Hi Count....strange that yours do not have any of the brown crust or
>other surface features common in most from the fall that were picked
>up within days.
>
>Graham
>
>On Sat, Mar 16, 2013 at 10:01 PM, Count Deiro <[email protected]> wrote:
>> Peter and List....
>>
>> All nine Chelyabinsk/Chebarkul individuals that I have purchased from three 
>> different foreign sources resemble themselves. The specimens I have look 
>> like they could have come out of that pile that Mike Farmer posted. Mostly 
>> small individuals of less than three grams, black even fusion crust, no 
>> other coloration, regs, no cracking except for a few fracturing in flight 
>> with the result that the interior lithography is covered by black fusion 
>> product. None but a few that I've seen so far show more than the smallest 
>> impact marks and those display a typical grey chondritic, almost Portland 
>> cement color. Most landed on snow so have remained pristine. Heavier pieces 
>> will be recovered when the ice and snow melt. They are strongly attracted to 
>> a neo magnet and set off a detector easily, so I'm a little curious about 
>> the initial classification I've heard. Is LL6 S1 W1 and named 
>> Chebarkuhl..correct? Anyone...Ted?
>>
>> Send me your email address, Peter and I'll shoot you a photo.
>>
>> Regards,
>>
>> Count Deiro
>> IMCA 3536
>>
>> -----Original Message-----
>>>From: Peter Scherff <[email protected]>
>>>Sent: Mar 16, 2013 11:49 AM
>>>To: [email protected]
>>>Subject: [meteorite-list] Chelyabinsk meteorite
>>>
>>>       I have had an opportunity to see samples of the Chelyabinsk
>>>meteorite. I think that these stones are almost as distinctive as the
>>>fireball was spectacular.
>>>       Many samples have deep fractures.
>>>       Many samples have patches of reddish fusion crust. The reddish crust
>>>may be secondary crust. It formed on broken surfaces or perhaps in the lower
>>>portions of regmaglypts. The reddish crust is smoother than the primary
>>>crust.
>>>       Some samples have a brownish "dusty" appearance.  Despite being
>>>freshly collected.
>>>       Has anyone else noticed these or other interesting characteristics
>>>of this meteorite?
>>>Thanks,
>>>Peter
>>>
>>>______________________________________________
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>>
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