It definitely looks like the signal around 3400 G is a major component of your sample, so it is important to identify its origin.
To just simulate the low-field part by itself, extract it from your experimental spectrum, and then adjust the field range for the simulation accordingly.
Interesting. Where do you encounter this?
Downloading zip files from https://github.com/StollLab/EasySpin/releases gives versioned file names.
Excellent. Quick note: if you switching over to version 6, remember to use Opt.GridSize instead of Opt.nKnots. The syntax has changed between versions 5 and 6.
This could be a capitalization issue. Try FitOpt.BaseLine instead of FitOpt.Baseline.
5.2.35 should expire on 29 Feb 2024. Strange that it already expired on your computer.
We strongly recommend switching to version 6. Version 5.2.x is no longer maintained except for catastrophic bugs. Once 6.0 is finalized, support for 5.2 will be terminated.
Yes - if you use esfit from version 6.
Goodness of fit is shown in the log box on the bottom right. If you call esfit without the GUI, goodness of fit is returned in the result structure.
Unfortunately, I can't read the error message.
Is the file on your path? What do you get with which hydroxyl_property.txt ?
Here is a complete example:
Code: Select all
clear, clc
mwFreq = 9.5245; % GHz
B = linspace(300,400,51); % mT
g = planck*mwFreq*1e9/bmagn./(B*1e-3);
plot(B,g,'o-')
xlabel('magnetic field (mT)')
ylabel('g value')
title(sprintf('%g GHz',mwFreq));
grid on