Hi All, I like to understand the way how the background fitting is done in Artemis. How the background functions are obtained (or defined)? How do we use the bkg fit in analyzing the data? I have a good idea about how Athena does the bkg reduction. But have no clue in case of Artemis. I would appreciate if somebody can direct me to an article written on this or can give a brief introduction about it. Thanks. Aranwela
Hi Aranwela:
This is a good place to start:
http://cars9.uchicago.edu/~ifeffit/refman/node59.html
Cheers,
Shelly
On Wed, Sep 8, 2010 at 10:49 PM, hemantha aranwela
Hi All,
I like to understand the way how the background fitting is done in Artemis.
How the background functions are obtained (or defined)? How do we use the bkg fit in analyzing the data?
I have a good idea about how Athena does the bkg reduction. But have no clue in case of Artemis. I would appreciate if somebody can direct me to an article written on this or can give a brief introduction about it. Thanks.
Aranwela
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Dear IFEFFIT list subscribers: Those of you who may be interested in the XAFS short course at BNL (Nov 4-6, 2010), please find the application form available online: http://www.nsls.bnl.gov/newsroom/events/workshops/2010/exafs/ https://webmail.bnl.gov/exchweb/bin/redir.asp?URL=http://www.nsls.bnl.gov/ne... The short course in x-ray absorption fine-structure (XAFS) spectroscopy will continue the annual NSLS tradition of gathering a group of scientists, active in the field, to share their expertise with those interested in learning this technique. The course will be useful for those scientists who already have hands-on XAFS knowledge in experiment and data analysis, and who would like to learn about advanced modeling methods, beyond the trivilal first-shell analysis. The course will include lectures, demonstrations, and data analysis sessions. Many common mistakes in the data analysis and some common examples of unphysical interpretations of the data, which are often overlooked, will be discussed. The course enrollment is limited to the 25-30 participants. Best regards, Anatoly Frenkel Yeshiva University and Synchrotron Catalysis Consortium, NSLS
participants (3)
-
Frenkel, Anatoly -
hemantha aranwela -
Shelly Kelly