High-power characterization of a microcutter actuated by PMN-PT piezocrystals

Keyphrases

• High Power 100%
• PMN-PT 100%
• Piezoelectric Crystal 100%
• Power Characterization 100%
• Current Amplitude 66%
• Temperature Rise 50%
• Breast Tissue 50%
• Poultry 50%
• Vibration Velocity 50%
• Resonant Frequency 33%
• Steady State 16%
• Maximum Temperature 16%
• Electrical Impedance 16%
• Lead Magnesium Niobate-lead Titanate 16%
• Ultrasonic 16%
• Maximum Force 16%
• Reactance 16%
• Practical Performance 16%
• Piezoelectric Materials 16%
• Epoxy 16%
• At Resonance 16%
• Radiation Resistance 16%
• Actuation 16%
• High Current 16%
• Frequency Shift 16%
• Constant Current 16%
• Resonant Vibration 16%
• Surgical Applications 16%
• Sandwiched piezoelectric Transducer 16%
• Ultrasonic Instrumentation 16%
• Low Phase Transition Temperature 16%
• Mechanical Loss 16%
• Excitation Current 16%
• Higher Order Mode 16%
• Power Behavior 16%
• Driving Process 16%

Engineering

• Granulocyte 100%
• Temperature Increase 40%
• Ultrasonics 40%
• Resonant Frequency 40%
• Actuation 20%
• Temperature Rise 20%
• Maximum Temperature 20%
• Piezoelectric 20%
• Titanate 20%
• Transducer 20%
• Piezoelectric Material 20%
• Frequency Shift 20%
• Mechanical Loss 20%
• Phase Transition Temperature 20%