Just to fill out some details about how this somewhat quirky aspect of
Ifeffit/Artemis can be used:
Suppose you want to find the degeneracy of nearest-neighbors, represented by
path 1, and next-nearest neighbors, represented by path 2. To fit the
degeneracy of one of the paths,
1. Set "N" to 1
On Monday, August 20, 2012 09:53:13 AM Wei Li wrote:
> Hi, Bruce,
>
> Does that mean each shell has a different S02 value?
No. It means that S02 must be evaluated for each path.
Or, I suppose, I should say that the product of N and S02 must be
evaluated for each path.
No! No! Actually, I
Thanks. In this case, is the number of neibors equal to N * SO2 in the model
result?
Regards
HM
Bruce Ravel 写:
> On Monday, August 20, 2012 09:02:28 PM Huaming Guo wrote:
>> I am using the (D)Artemis for EXAFS fitting. However, the "N" is set to be a
>> constant in the (D)Artemis. We can not
Hi, Bruce,
Does that mean each shell has a different S02 value?
Wei
On Mon, Aug 20, 2012 at 9:44 AM, Bruce Ravel wrote:
> On Monday, August 20, 2012 09:02:28 PM Huaming Guo wrote:
> > I am using the (D)Artemis for EXAFS fitting. However, the "N" is set to
> be a
> > constant in the (D)Artemis.
On Monday, August 20, 2012 09:02:28 PM Huaming Guo wrote:
> I am using the (D)Artemis for EXAFS fitting. However, the "N" is set to be a
> constant in the (D)Artemis. We can not set the variable for this parameter.
> How can I do that if I model non crystalline samples using (D)Artemis?
> Thanks a
Dear Colleague,
I am using the (D)Artemis for EXAFS fitting. However, the "N" is set to be a
constant in the (D)Artemis. We can not set the variable for this parameter. How
can I do that if I model non crystalline samples using (D)Artemis? Thanks a lot.
Regards
Huaming Guo
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