Theoretical analysis of intensity distribution in diffraction of light by ultrasound in the case of holographic interferometry
Abstract
The theoretical background for optical holographic interferometry used in ultrasonic field investigations is presented. The double-exposure pulse technique, the time averaged technique, and also the stroboscopic real time technique are considered. Formulae for distributions of the light intensity in ultrasonic field holograms are derived for the techniques considered.References
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[2] P. KWIEK, Theoretical background of the time averaged hologram interferometry applied to ultrasonic field observations [in Polish], Proc. of the 24-th Open Seminar on Acoustics, Gdańsk-Władysławowo, 1977, 365-367; and Application of double exposure hologram interferometry to the investigation of the ultrasonic field distribution in liquids [in Polish], Proc. of the 24-th Open Seminar on Acoustics, Gdańsk-Władysławowo, 1977, 368-371.
[3] C. V. RAMAN, N. S. NATH Nagendra, The diffraction of light by high frequency sound waves, II, Proc. Indian Acad. Sci. A2, 413 (1939).
[4] R. LUCAS, P. BIQUARD, Propriétés opliques des ondes élastiques ultra-sonores, J. Phys. Radium 3, 464 (1932).
