EasySpin
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MATLAB toolbox for Electron Paramagnetic Resonance (EPR) spectroscopy
```matlab clc, clear Sys.Nucs = '14N'; Sys.A = [22.15 16.8 105.8]; Sys.lw = [0.156 0]; Sys.Diff = [2.25e9 2.3e10 2.25e9]; Sys.DiffFrame = [0 50 0]*pi/180; Exp.Range = [332.5 342.5]; Exp.mwFreq...
This could be useful for high-field EPR of Mn(II).
This is an occasionally requested feature. `garlic` currently does not support spin systems with more than one electron spin. If all lines have identical widths, then one can use `pepper`...
See discussion in PR https://github.com/StollLab/EasySpin/pull/211. `blochsteady` by default returns an off number of points over the half-open interval [0,Tperiod). However, `rapidscan2epr` needs an even number of points to be able...
Implement sparse diagonalization techniques to limit pepper etc to the lowest M energy levels in a system with N levels; M
Mims ENDOR (and other pulse methods) fail if the subdivision into strongly coupled nuclei (A) and weakly coupled nuclei (B) with the assumption that A contributes only to orientation selection...
This symmetry is based on Eq. (A47) in the 1982 Meirovitch paper. Right now, it is implemented in the fast code only. Implement it in the general code as well.
The platform (Windows, Unix, MacOS) dependent `mex` files need to be compiled manually every time their source code is changed. Is there a way to automatize it? 1. On every...
This is hard to do in `chili`, but should be simple in `cardamom`. See #43 for an application case.
Include a way to specify the inversion pulse length and use it to calculate the excitation profile for Davies ENDOR spectra.