Properties and application-oriented performance of high frequency piezocomposite ultrasonic transducers

Keyphrases

• Ultrasonic Transducer 100%
• Piezocomposite 100%
• Application-oriented 100%
• Axial Resolution 66%
• Lateral Resolution 66%
• Through-transmission 66%
• One-dimensional Model 33%
• High-resolution 33%
• 1-3 Composite 33%
• Aspect Ratio 33%
• Pulse-echo Measurement 33%
• Material Performance 33%
• Biomedical Diagnosis 33%
• Volume Fraction 33%
• Lithium Niobate 33%
• Tungsten Wire 33%
• Single Point 33%
• Active Area 33%
• Center Frequency 33%
• Novel Procedure 33%
• Electrical Impedance Spectroscopy 33%
• Characterization Techniques 33%
• Practical Performance 33%
• Piezocomposite Materials 33%
• Nondestructive Evaluation 33%
• Electrical Impedance Measurement 33%
• Pulse-echo 33%
• F-number 33%
• Focused Transducer 33%
• Performance Investigation 33%
• Kerf 33%
• 2D Data 33%
• 2D Scanning 33%
• Transducer Sensitivity 33%
• Reference Results 33%
• Resolution Sensitivity 33%
• 3D Data Model 33%
• 3-dB Bandwidth 33%
• Commercial Production 33%
• Comprehensive Characterization 33%
• Composite Structures 33%

Engineering

• Ultrasonics 100%
• Transducer 100%
• Electrical Impedance 75%
• Echo Pulse 50%
• Db Bandwidth 50%
• Axial Resolution 50%
• Lateral Resolution 50%
• One Dimensional 25%
• Dimensional Model 25%
• High Resolution 25%
• Material Performance 25%
• Non Destructive Evaluation 25%
• Active Area 25%
• Composite Structure 25%
• Aspect Ratio 25%

Material Science

• Electrical Impedance 100%
• Volume Fraction 33%
• Tungsten 33%
• Dielectric Spectroscopy 33%
• Non-Destructive Testing 33%