Abstract
The effect of interference of nuclear resonant and electronic Rayleigh scattering is theoretically treated in time domain Mössbauer total external reflection. The “interference peak” recently observed experimentally on the total delayed reflectivity angular curve is explained by the abrupt increasing of the “initial excitation” of the resonant sample at the electronic critical angle. The effect of the time dependence of secondary radiation emission followed by nonresonant photoabsorption is predicted. It is shown that it can be used for depth selective structure investigations.
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