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VOLUME 62 (1995) | ISSUE 12 | PAGE 905
Energy and time dependences of the secondary-radiation yield from different depths under the conditions of Mossbauer total external reflection of synchrotron radiation
It is shown theoretically that the coherent radiation field, formed under the conditions of total external reflection of a synchrotron radiation pulse from a resonant sample, determines the appearance of the time-delayed response of nonresonance impurity atoms (fluorescence radiation, Auger electrons, and photoelectrons) and that the energy and time dependences of this radiation clearly characterize the depth at which it was generated © 1995 American Institute of Physics.