Abstract
The dynamic determination of elastic and piezoelectric coefficients of crystals belonging to the monoclinic sphenoidal class is discussed using the longitudinal mode of vibration for narrow bars, low-frequency longitudinal and face-shear modes for square plates containing the axis of symmetry, coupled modes for square plates perpendicular to the axis of symmetry and the thickness-shear mode for plates containing the axis of symmetry. A new set of values for the elastic and piezoelectric coefficients and their temperature coefficients for ethylene diamine tartrate is given based on this method. Some properties are considered of face-shear vibrating square plates of ethylene diamine tartrate rotated about the axis of symmetry as functions of the orientation, and of Y-cut plates as functions of the breadth-length ratio
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