Hydrostatic Piezoelectric Coefficients of the 2-2 Composite Based on 011 -poled 0.71Pb(Mg1/3Nb2/3)O-3-0.29PbTiO(3) Single Crystal

V Y Topolov, A V Krivoruchko, Christopher R Bowen, A A Panich

Research output: Contribution to journalArticle

10 Citations (Scopus)

Abstract

The effect of the polarisation orientation of [011]-poled polydomain PMN-0.29PT single crystal on the hydrostatic piezoelectric coefficients d(h)* and e(h)* of a parallel-connected 2-2 composite has been analysed. Orientation and volume-fraction dependences of the piezoelectric coefficients of the 2-2 PMN-0.29PT/polymer composite have been studied to determine extreme points of d(h)* and e(h)* in three cases of rotations of the main crystallographic axes of the PMN-0.29PT single crystal. The largest values of the hydrostatic piezoelectric coefficients vertical bar d(h)*vertical bar = 444 pC/N and e(h)* = 33.1 C/m(2) are of interest for hydroacoustic applications. Important contributions from the piezoelectric coefficients d(3j)* and e(3j)* into d(h)* and e(h)*, respectively, have been determined near the extreme points of the hydrostatic parameters.
Original languageEnglish
Pages (from-to)410-416
Number of pages7
JournalFerroelectrics
Volume400
Issue number1
DOIs
Publication statusPublished - 2010

Fingerprint

hydrostatics
Single crystals
Underwater acoustics
composite materials
single crystals
Composite materials
coefficients
Crystal orientation
Volume fraction
Polymers
Polarization
underwater acoustics
polymers
polarization

Keywords

  • piezoelectric coefficients
  • relaxor-ferroelectric single crystal
  • hydrostatic parameters
  • domains
  • composite

Cite this

Hydrostatic Piezoelectric Coefficients of the 2-2 Composite Based on 011 -poled 0.71Pb(Mg1/3Nb2/3)O-3-0.29PbTiO(3) Single Crystal. / Topolov, V Y; Krivoruchko, A V; Bowen, Christopher R; Panich, A A.

In: Ferroelectrics, Vol. 400, No. 1, 2010, p. 410-416.

Research output: Contribution to journalArticle

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abstract = "The effect of the polarisation orientation of [011]-poled polydomain PMN-0.29PT single crystal on the hydrostatic piezoelectric coefficients d(h)* and e(h)* of a parallel-connected 2-2 composite has been analysed. Orientation and volume-fraction dependences of the piezoelectric coefficients of the 2-2 PMN-0.29PT/polymer composite have been studied to determine extreme points of d(h)* and e(h)* in three cases of rotations of the main crystallographic axes of the PMN-0.29PT single crystal. The largest values of the hydrostatic piezoelectric coefficients vertical bar d(h)*vertical bar = 444 pC/N and e(h)* = 33.1 C/m(2) are of interest for hydroacoustic applications. Important contributions from the piezoelectric coefficients d(3j)* and e(3j)* into d(h)* and e(h)*, respectively, have been determined near the extreme points of the hydrostatic parameters.",
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AB - The effect of the polarisation orientation of [011]-poled polydomain PMN-0.29PT single crystal on the hydrostatic piezoelectric coefficients d(h)* and e(h)* of a parallel-connected 2-2 composite has been analysed. Orientation and volume-fraction dependences of the piezoelectric coefficients of the 2-2 PMN-0.29PT/polymer composite have been studied to determine extreme points of d(h)* and e(h)* in three cases of rotations of the main crystallographic axes of the PMN-0.29PT single crystal. The largest values of the hydrostatic piezoelectric coefficients vertical bar d(h)*vertical bar = 444 pC/N and e(h)* = 33.1 C/m(2) are of interest for hydroacoustic applications. Important contributions from the piezoelectric coefficients d(3j)* and e(3j)* into d(h)* and e(h)*, respectively, have been determined near the extreme points of the hydrostatic parameters.

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