Hello Listers

The amount of news coverage Sutter Mill got when it first fell, one has to 
wondered what are some of the scientific implications from that fall? I came 
across this article that covers some cool topics on the fall and other falls. I 
wonder what's in store for Sutter's Mill and will it prove to be a diamond in 
the rough?

 
Shawn Alan
IMCA 1633 
ebay store
http://www.ebay.com/sch/imca1633nyc/m.html
http://meteoritefalls.com/

SUTTER’S MILL: USING COMPUTED TOMOGRAPHY TO CURATE SCIENTIFICALLY IMPORTANT 
METEORITES. S. W. Wallace1,3 D. S. Ebel1,4, and M. G. Hill2,5 1Dept. of Earth 
and Planetary Sciences, American Museum of Natural History, New York, NY 
2Microscopy and Imaging Facility, American Museum of Natural His-tory, 
[email protected] [email protected] [email protected] 

Introduction: Meteorites in scientific collections are an important resource to 
the research community. Getting the most science return out of a collection 
re-quires both maximizing research return from each sample and effectively 
communicating the nature of available samples to prospective researchers. 
Previous studies have discussed X-ray Computed Tomography (CT) as a screening 
or curation tool for extraterrestrial samples [1-4]. Flynn et al. [2] suggested 
the use of synchrotron CT to screen returned mission samples prior to targeting 
specific areas for laboratory study, but did not discuss curation. Tsuchiyama 
et al. [3] used a commercial CT system to inform sectioning of the Kobe (CK4) 
meteorite fall of 1999 for dissemination. Both these systems have drawbacks in 
the context of curation of museum collections. Synchrotron CT re-quires 
abundant and rapidly available beam time, and is most appropriate for small 
samples [4]. Older com-mercial CT systems
 lack sufficient power and resolu-tion for high-quality imaging. Current 
advances in X-ray Computed Tomography have allowed institutions such as museums 
to acquire smaller footprint, higher powered CT machines that do not require 
extensive staffing or intensive maintenance. This advancement allows for 
museums to nondestructively analyze speci-mens before destructive analysis, to 
guide destructive sampling (e.g., sectioning) using 3D images, and to make data 
available for public outreach, both to peer researchers and to the public at 
large. 

source: http://www.lpi.usra.edu/meetings/lpsc2013/pdf/2297.pdf   
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