Thanks Nino.
That was my first thought. But then, each of the g-values of the distribution would still be isotropic and monodisperse. Calculating each of these separately, would bring us back to the same problem, wouldn't it?
Thanks Nino.
That was my first thought. But then, each of the g-values of the distribution would still be isotropic and monodisperse. Calculating each of these separately, would bring us back to the same problem, wouldn't it?
Currently, garlic
is limited to single S = 1/2 systems. There is a support request for diradical systems (https://github.com/StollLab/EasySpin/issues/264).
OK, done. Hopefully correctly!
As a general rule, I do this by an external function but, specifically for chili
, I see the Opt.separate = 'components'
option is vailable (see documentation).
The orientations on the plots refer to the molecule's orientations with respect to B0. The 'parallel-mode' refers to the orientation of the B1 polarization to B0.
Actually, the half-field transition is enhanced in tilted molecular orientations.
What happens if you entirely remove Exp.ModAmp = 1
from the experimental parameters?