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51V EPR simulation
Posted: Mon Jan 10, 2022 9:09 am
by Chanchal
Hello all,
I recently started using Easy spin by following the steps mentioned in the Prof. Stefan Stoll video lectures.
I need to simulate the following EPR spectra of a vanadium complex
A starting code for the spectra will be appreciated.
Thank you for the help
Re: 51V EPR simulation
Posted: Wed Jan 12, 2022 2:59 am
by ykliao
Re: 51V EPR simulation
Posted: Fri Jan 14, 2022 11:55 am
by Stefan Stoll
In the particular spectrum you posted, it looks like you might have some baseline issues (left baseline and right baseline are not zero). That will make it difficult to fit the spectrum with EasySpin.
Re: 51V EPR simulation
Posted: Thu Mar 02, 2023 3:51 pm
by sangita1
I am also facing the same baseline issues (left baseline and right baseline are not zero). It will be helpful if someone can help me regarding this type of baseline correction.
Re: 51V EPR simulation
Posted: Sun Mar 05, 2023 10:31 pm
by seradır
sangita1 wrote: ↑Thu Mar 02, 2023 3:51 pm
I am also facing the same baseline issues (left baseline and right baseline are not zero). It will be helpful if someone can help me regarding this type of baseline correction.
In my opinion, If it considered that there is linear decrease on the above EPR spectra, one can use "originlab" software with subtract line option (Analysis:Data Manipulation:Subtract Straight Line).
Re: 51V EPR simulation
Posted: Fri Mar 10, 2023 4:41 pm
by sangita1
Thanks Seradir,
I have solved the problem in my case. Actually the background is coming from my substrate on top of which I have deposited my sample. So in that case I have substracted the substrate from my actual sample data like below:
%Imports Data, then the background and subtracts out the background
[B1, spc1, Params1] = eprload('Sample.DTA');
spc2 = spc1;
Params = Params1;
[B3, spc3, Params3] = eprload('Substrate.DTA');
spc = spc2 - spc3;
Hope, I am correct and this will help someone.
Thanks,
Sangita