Keyphrases
Piezoelectric Micromachined Ultrasonic Transducer (pMUT)
41%
Acoustic Pressure
41%
Fluid Hydrodynamics
30%
Complementary Metal Oxide Semiconductor
30%
Cell Systems
30%
Hydrodynamic Properties
30%
Sound Velocity
30%
Viscosity
30%
Multi-element
30%
Distance Measure
30%
Tunable Focusing
30%
Depth of Focus
30%
Responsivity
30%
Array-based
30%
Ultrasound
30%
Ring Array
30%
Micromachined Ultrasound Transducers
30%
Acoustics
30%
Aluminum Scandium Nitride (AlScN)
25%
Continuous Wave
20%
Multi-frequency Continuous Waves
20%
Multipath Reflection
20%
Ultrasound Imaging
20%
Hydrophone
20%
Dual Electrode
15%
Piezoelectric Devices
15%
Fluid Compressibility
15%
Compressibility Coefficient
15%
Fluid Density
15%
Transducer System
15%
Acoustic Transducers
15%
Fluid Measurement
15%
Amplitude Frequency
15%
Semiconductor Process
15%
Experimental Verification
15%
Two-port
15%
Single Device
15%
Frequency Shift
15%
Fluid Viscosity
15%
Acoustic Measurements
15%
Resonator
15%
Amplitude Variation
15%
Electrode Configuration
15%
Measurement System
15%
Compressibility
15%
Viscosity Coefficient
15%
Transmitter
15%
Focalization
10%
Distance Estimation
10%
Pulse-echo
10%
Engineering
Transducer
100%
Acoustic Pressure
41%
Ultrasonics
35%
Hydrodynamics
30%
Complementary Metal-Oxide-Semiconductor
30%
Fluid Viscosity
30%
Robust Design
30%
Output Pressure
30%
Equivalent Diameter
30%
Amplifier
30%
Responsivity
30%
Focus Depth
30%
High Resolution
30%
Echo Pulse
30%
Crosstalk
30%
Continuous Wave
30%
Piezoelectric
28%
Sound Velocity
20%
Compressibility
20%
Fluid Density
10%
Resonator
10%
Measurement System
10%
Piezoelectric Device
10%
Single Device
10%
Frequency Shift
10%
Fem Model
10%
Residual Stress
10%
Thin Layer
10%
Relative Distance
7%
Experimental Result
7%
Distance Estimation
7%
Driven System
7%
Microelectromechanical System
5%
Experimental Characterization
5%
Passive Layer
5%
