Lisa,
On Mon, Feb 3, 2014 at 12:27 PM, Lisa Bovenkamp wrote:
> Hello.
>
> I am running some EXAFS simulations Au L3 on Au clusters with SR coating.
> In the outer shell Au sits between 2 S atoms. 4 Au atoms are in the
> neighborhood
> up to 3.5 Angström.
> Expecting two peaks in the chi(R) - o
Hi Lisa,
On Feb 3, 2014, at 4:24 PM, Lisa Bovenkamp wrote:
>
> Dear Scott,
> That was the answer I was looking for.
> I believe the paths are reinforcing each other.
> This is now obvious from the Im chi(R).
> Thanks for the presentation of yours.
>
> Now one question remains:
> Do I discard/
Dear Anatoly.
Yes, I know that paper. In order to expand that study from pure gold to
bimetallic clusters
I want to be sure and repeat the results that this group found.
Thanks for mentioning it.
Dear Scott,
That was the answer I was looking for.
I believe the paths are reinforcing each other.
You are probably trying to investigate the staple motif? People from Dalhouse
University, Peng Zhang and others used FEFFIT for this purpose and analyzed
Au-S and Au-Au contributions in such situations.
Their papers explain the way FEFF modeling was done.
Anatoly
Hello.
I am running some EXAFS simulations Au L3 on Au clusters with SR coating.
In the outer shell Au sits between 2 S atoms. 4 Au atoms are in the neighborhood
up to 3.5 Angström.
Expecting two peaks in the chi(R) - one for Au-S and one for Au-Au (here
it can be several little ones) I find tha
Hi Abhijeet,
On Mon, Feb 3, 2014 at 1:33 AM, Abhijeet Gaur wrote:
> Hi,
>
> I have started using FEFF9 recently. I am using it to generate
> theoretical model for some copper compounds and complexes. As you have
> mentioned in one of research article' Nuclear Instruments and Methods in
> P
