Michael,
Let's start by talking about where chi(k) comes from in the software.
mu(E) is measured on some grid. Eventually, we want chi(k) to be on a
clear, specified, reasonably (but not excessively) dense grid in k.
chi(E) is (mu(E) - mu0(E)) / mu0(E0). This places chi(E) on the same
grid
Hi Michael,
On Fri, Aug 12, 2016 at 6:56 AM, Michael Gaultois wrote:
> Dear members of the Ifeffit list,
>
> I recently collected some EXAFS data with some significant monochromator
> glitches that I am looking to remove. I have used a python script
> graciously written by the
Dear members of the Ifeffit list,
I recently collected some EXAFS data with some significant monochromator
glitches that I am looking to remove. I have used a python script
graciously written by the beamline scientist to remove the offending
regions, but when I import the data into Athena, Athena