Characteristics of relaxor-based piezoelectric single crystals for ultrasonic transducers

Keyphrases

• Actuator 33%
• B2O3 33%
• Boundary Systems 33%
• Coupling Coefficient 33%
• Crystal Form 33%
• Crystal Growth 33%
• Device Fabrication 33%
• Device Testing 33%
• Dielectric Constant 66%
• Dielectric Performance 33%
• High Electromechanical Coupling 33%
• High Energy Density 33%
• Longitudinal Coupling 33%
• Low Dielectric Loss 33%
• Mg2+ 33%
• Morphotropic Phase Boundary 66%
• Next-generation Materials 33%
• Ni2+ 33%
• PbTiO3 66%
• Piezoelectric Ceramics 33%
• Piezoelectric Coefficient 33%
• Piezoelectric Performance 33%
• Piezoelectric Single Crystal 100%
• Polycrystalline Ceramics 33%
• Relaxor 100%
• Relaxor-PT 33%
• Sc3+ 33%
• Single Crystal 66%
• Solid Solution 33%
• Transition Temperature Tc 33%
• Ultrasonic Transducer 100%
• Zn2+ 33%

Material Science

• Actuator 25%
• Crystal Growth 25%
• Device Fabrication 25%
• Dielectric Material 50%
• Electromechanical Coupling 25%
• High Energy Density 25%
• Permittivity 50%
• Phase Interface 50%
• Piezoelectric Ceramics 25%
• Piezoelectricity 100%
• Single Crystal 100%
• Solid Solutions 25%
• Transducer 100%