Dear Yanny, dear Shelly,I also came across this issue, with Pt and Ir L3 XAS.
For these spectra, deltaE0 is systematically 10-12 eV, compared to K edge XAS
spectra, where it is typically +/- a few eV. My explanation is as follows; if I
am wrong or there are other explanations in the community,
Dear Xuwei,If you are interested in near edge spectra, you should use FEFF,
which comes with a dedicated interface JFEFF, refer
tohttps://times-software.github.io/feff10/Best regards, Alexey
Original message From: 徐微 Date:
1/9/24 08:24 (GMT+01:00) To:
Dear Jaskirat,Ldos00 corresponds to 0 NiLdos01 corresponds to 1 NiLdos03
corresponds to 2 VThe columns within each file correspond to s,p,d,f (0,1,2,3
respectively).Hope this helps. Best regards, AlexeySent from my T-Mobile 4G LTE
Device
Original message From: jaskirat brar
Hi Jeff,If i recall it correctly, ldosNN correspond to the unique potentials
NN, with the relevant orbitals within each file.Just noticed that you replied
in a different way, which might be confusing. Best regards, Alexey Sent from
my T-Mobile 4G LTE Device
Original message
. JeffSent from
my iPhoneOn Feb 27, 2024, at 1:58 PM, alexeyboubnov
wrote:
Hi Jeff, If i recall it correctly, ldosNN correspond to the unique potentials
NN, with the relevant orbitals within each file. Just noticed that you replied
in a different way, which might be confusing. Best regards, Alexey
Dear Rui,It seems you activated all plugins, whereas you only need the three
SSRL ones. The problem originates from a plugin for X23 beamline at a different
synchrotron, which is unrelated to your measurement. As suggested by Robert,
contact the headline scientist for help, but first uncheck
