One of the biggest inhibiting factors for seeing long distances is that there
are generally many, many paths, which interfere with each other so that you
don't see much.
OTOH, there are sometimes special circumstances such that one set of paths
stands out above the crowd and you can sometimes
Daniel,
Those distances are really far away and I think it would really difficult to
see in EXAFS even with pretty high quality data. Is there are other
information from diffraction that suggests these distances?
Chris
**
Dr Christopher Patridge
Hello,
This is my first time posting to the mailing list, so please forgive me if
I did not do it correctly.
I am currently working on EXAFS of tin(IV) oxide, and I have what appears
to be high quality data out to 9 angstroms or so, but I am having some
issues in fitting the data above 4
Hi Abdul,
On Mon, May 21, 2018 at 3:24 PM Abdul Ahad
wrote:
> Hi all,
> I have little confusion that do i fix or change S2 for each data set
> measured at different temperature. The compound is not monoatomic so i used
> Einstein model for sigma2. What about amplitude
Hi all,
I have little confusion that do i fix or change S2 for each data set
measured at different temperature. The compound is not monoatomic so i used
Einstein model for sigma2. What about amplitude S2.
thanks
*A. Ahad*
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