Abstract
In order to describe the interaction of a nucleus (in a static electric field gradient) with a radiation field, we have introduced the concept of “dressed nucleus”. The eigenvalues of its Hamiltonian are calculated, which leads to expressions for the different energies of γ-rays produced by spontaneous emission. We have calculated these energies as well as their relative probabilities in the case ofIe=3/2--Ig=1/2- Ml transitions. We have shown that a Mossbauer spectrum using as a source an ensemble of “dressed nuclei” and a single line absorber consists of six lines: two lines of the original quadrupole doublet and four sidebands, each of them having the same intensity.
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