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The diffraction behaviour of vibrating Cd S crystals was studied by theory and experiment. Vibrations were generated by the acoustoelectric effect. Their amplitudes reached up to 0.15 nm and their wave vectors were of the order of 5·10 6  m -1 . Theoretical analysis of experimental results shows that a single reflection of an ideal crystal transforms into a series of satellite reflections. The intensity of the nth satellite is given by the usual equations 1  replacing χ h  by χ h J n  (- hu) (J n  is the Bessel function of nth order, h a lattice vector, u the vibration amplitude, and χ h  the coefficient of the susceptibiliy expansion). With increasing vibration amplitude the number of satellites increases and the over all intensity approaches asymptotically the kinematical value.

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Untersuchungen zum Übergang vom dynamischen zum kinematischen Reflexionsvermögen/Investigations on the Transition from Dynamical to Kinematical Reflection Power