> 1. Constraining the sum of components fractions to one –
> - when to apply?
*If* your set of standards is complete and fully describes the sample
and *if* all of your data are normalized accurately and *if* none of
your data is effected by measurement uncertainty of any sort, then the
sum of co
Hi everyone,
This fellow clearly did not take my hint that he should ask his
question on the Ifeffit mailing list, so I am taking the liberty of
forwarding his questions along.
As for his first question:
http://cars9.uchicago.edu/ifeffit/FAQ/RunningFeff#crystal
The second question is rather
Dear members of the mailing list:
This year we have applied the synchrotron radiation and get the chance to
Beijing Synchrotron Radiation Facility at beamline 1W1B-XAFS. It is the
first time to use this equipment to measure our samples. We communicate with
the beamline staff for some guideline an
If you're using an energy-dispersive detector like a solid-state detector, then
the Cu will not cause too much of a problem because only the Kb line
will interfere, and that's smaller in intensity than the Zn Ka line and will
have little EXAFS on it. As for Fe, you can get considerable reductio
Hi Xia,
--Matt Newville 630-252-0431
On Fri, Sep 9, 2011 at 12:23 PM, Xia Bing wrote:
>
> Dear members of the mailing list:
> This year we have applied the synchrotron radiation and get the chance to
> Beijing Synchrotron Radiation Facility at beamline 1W1B-XAFS. It is the
> first time to
Hi Xia - please see my comment below
Xia Bing writes:
>
> Dear members of the mailing list:
> This year we have applied the synchrotron radiation and get the chance to
Beijing Synchrotron Radiation Facility at beamline 1W1B-XAFS. It is the first
time to use this equipment to measure our sampl
