Assume that there is an isotropic hyperfine interaction between electron and nucleus (or nuclei). Using first order perturbation theory to calculate the energies of all possible spin states. Also calculate the possible ESR transitions between these states. Draw the energy level diagram and ESR spectrum. Assume you have positive isotropic coupling constant. You have electron with S=1/2 and one nucleus with I=2
Assume that there is an isotropic hyperfine interaction between electron and nucleus (or nuclei). Using first order perturbation theory to calculate the energies of all possible spin states. Also calculate the possible ESR transitions between these states. Draw the energy level diagram and ESR spectrum. Assume you have positive isotropic coupling constant. You have electron with S=1/2 and one nucleus with I=2
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Transcribed Image Text:Assume that there is an isotropic hyperfine interaction between electron and nucleus (or nuclei).
Using first order perturbation theory to calculate the energies of all possible spin states. Also
calculate the possible ESR transitions between these states. Draw the energy level diagram and
ESR spectrum. Assume you have positive isotropic coupling constant.
You have electron with S=1/2 and one nucleus with I=2
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