Title :
Shear resonance behavior of single-domain PZN-PT single crystals
Author :
Jin, Jing ; Rajan, Kalidindi Kotam ; Lim, Leong-chew
Author_Institution :
Microfine Mater. Technol. P/L, Singapore
Abstract :
The shear resonance behavior of rectangular-shaped samples of single-domain PZN-PT single crystal samples of 3m symmetry and having three faces parallel to the (111), (112 macr), and (11 macr0) crystal planes has been examined. Sample geometries with separable resonance peaks are identified, which give shear properties consistent with 3m symmetry, namely, k15 ap k24 and die d15 ap d24 Sample geometries with inseparable resonance peaks are also distinguished. The latter sample geometries are not suitable for shear property characterization of piezoelectric single crystals of 3m symmetry as the broad coupled resonance peak often results in inflated k15 and d15 values.
Keywords :
crystallographic shear; lead compounds; piezoelectric materials; zinc compounds; (11 macr0) crystal plane; (111) crystal plane; (112 macr) crystal plane; 3m symmetry; PbZnNbO-PbTiO; PbZnNbO-PbTiO - System; piezoelectric single crystals; shear resonance; single-domain pzn-pt single crystals; Crystals; Dielectric measurements; Electrodes; Geometry; Materials science and technology; Permittivity measurement; Piezoelectric materials; Polarization; Resonance; Titanium compounds;
Journal_Title :
Ultrasonics, Ferroelectrics, and Frequency Control, IEEE Transactions on
DOI :
10.1109/TUFFC.2007.526