Keyphrases
Acoustic Microscope
55%
Actuator
63%
Computer Control
18%
Design Procedure
23%
Design Process
16%
Electric Drive
20%
Electron-hole Plasma
20%
Ferrosilicon
13%
Frequency Selective
13%
Galfenol
20%
Glider
20%
High Density
14%
High Displacement
20%
High Frequency Transformer
24%
Image Signal Processor
13%
Input Signals
17%
InSb
17%
Laser Acoustics
62%
Linear Motion
14%
Lithium Niobate
62%
Magnetic Properties
21%
Magnetoelastic
55%
Magnetostrictive
34%
Magnetostrictive Thin Film
27%
Meander Line
53%
Micro-electro-mechanical Systems
33%
Microactuators
40%
Microsystems
20%
Parametric Amplification
13%
Piezoelectric Actuator
29%
Piezoelectric Materials
24%
Piezoelectric Thin Film
20%
Power Electronics
24%
Power Flow Angle
13%
Propagation Direction
13%
Rayleigh Wave
24%
SAW Device
13%
Scanning Laser
62%
Silica
18%
Stepper Motor
27%
Sub-micrometer
18%
Surface Acoustic Wave
66%
Surface Acoustic Wave Devices
19%
Surface Wave Excitation
13%
Surface Waves
42%
Terbium
16%
Transformer
18%
Unimorph
19%
Velocity Flow
13%
Wireless Power
13%
Engineering
Acoustic Emission
20%
Acoustic Feature
13%
Acoustic Wavelength
13%
Actuator
87%
Applied Voltage
18%
Bridge Structure
13%
Compressional Wave
16%
Design Method
20%
Design Procedure
20%
Design Technique
13%
Design Verification
13%
Digital Signal Processing
13%
Electric Delay Lines
17%
Electric Drives
20%
Electric Field
17%
Electrode Geometry
13%
Experimental Model
13%
Experimental Result
19%
Finite Element Analysis
19%
Frequency Domain
13%
Frequency Transformer
24%
High Resolution
20%
Histogram
13%
Image Processing
27%
Input Signal
31%
Iron
16%
Linear Displacement
16%
Linear Motion
16%
Microelectromechanical System
58%
Microprocessor
13%
Microsystem
13%
Nanometre
13%
Oscillator
13%
Piezoelectric
94%
Piezoelectric Actuator
29%
Piezoelectric Material
26%
Polysilicon
15%
Power Electronics
34%
Power Flow
13%
Power Loss
16%
Process Design
13%
Shift Register
13%
Silicon Dioxide
18%
Silicon Wafer
20%
Spatial Frequency
20%
Stepper Motor
29%
Surface Acoustic Wave
94%
Surface Acoustic Wave Device
17%
Thin Films
100%
Transducer
40%
