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ninowili

Note that this has nothing to do with EPR vs. NMR. For example, if a proton couples to one deuterium nucleus, you also get a 1:1:1 triplet.

ninowili

I've also used pepper but I'm not seeing any difference in my signal if I set the Sys.S to [0.5 0.5] vs Sys.S to 1.

that is expected if the g-values and all the couplings are the same.

ninowili

But that is how an echo forms. Each spin packet evolves with one frequency, and the some of frequencies appears as a decay. After the pi pulse, the packets "evolve backwards"/change place, which leads to constructive interference, i.e. the echo. When discussing inhomogeneous/anisotropic in...

ninowili

I think it might make sense as a feature request to include a simple gaussian offset-broadening or so in saffron calculations. I assume it ignores g-strain if you say it has no effect. You can always to it "by hand". ie generate a gaussian distribution of g-values or offsets, calculate the...

ninowili

If there is only a single frequency no decay and thus no echo is expected. When exactly on resonance the FID and echo have a frequency of 0. There is thus no evolution in this particular rotating frame.

I assume saffron ignores "Sys.lwpp".

ninowili

If I see it correctly, when you do it explicitly, you include the g-anisotropy. You don't do that for the "implicit" calculations. is that correct?

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Re: Question about hyperfine coupling..

Re: Temperature Dependent Simulations using garlic

Re: No echos from isotropic system in saffron

Re: No echos from isotropic system in saffron

Re: No echos from isotropic system in saffron

Re: explicit A-matrix for saffron ENDOR simulations