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Tables of Contents for Elastic Waves in Solids 2
Chapter/Section Title
Page #
Page Count
Introduction
1
4
Piezoelectric Transducers for Bulk Waves
5
52
Structures. One-Dimensional Model
6
4
Impedance Matrix
10
2
Equivalent Circuits
12
7
Mason and Redwood Circuits
12
4
The KLM Model
16
3
Low-Frequency Transducers
19
11
Emitted Power and Frequency Response
20
3
Time Response
23
3
Electrical Impedance
26
4
High-Frequency Transducers
30
10
Piezoelectric Crystal-Electrode-Propagating Medium
32
2
Frequency Variation of the Bandshape Factor
34
4
Electrical Tuning. Conversion Losses
38
2
Materials and Technology
40
17
Problems
46
11
Interdigital-Electrode Transducers for Surface Waves
57
100
Operating Principles
58
14
Secondary Effects and Possible Corrections
62
5
Spatial Distribution of Electrical Quantities
67
3
Discrete Source Method
70
2
Impulse Response Model
72
8
Time Responses
73
3
Radiation Conductance
76
4
Piezoelectric Permittivity Method
80
14
Generation. Green Functions
83
8
Reception and Reemission
91
3
Three-Port Circuit (Hexapole). Matrices
94
9
Scattering Matrix
95
4
Mixed Matrix
99
4
Coupled Mode Method
103
20
Passive Array. Reflection and Transmission Coefficients
105
5
Transducer
110
10
Unidirectional Transducers
120
3
Adjacent Element Analysis
123
20
P-Matrix Model
123
4
Harmonic Admittance. Numerical Model
127
12
Equivalent Circuits
139
4
Materials and Technology
143
14
Problems
148
9
Elastic Waves and Light Waves
157
78
Acousto-optic Interaction
158
38
Three Cases of Interaction
158
2
Propagation of Light Waves in Crystals
160
4
Elasto-optic Tensor
164
8
Normal Incidence Diffraction
172
5
Bragg Incidence Diffraction
177
16
Interaction with Surface Elastic Waves
193
3
Optical Measurement of Mechanical Displacements
196
14
Deflection and Diffraction Probes
196
4
Interferometric Probes
200
6
Applications
206
4
Photothermal Generation
210
25
Thermoelastic Regime
212
8
Ablation Regime
220
3
Increasing Efficiency
223
1
Experiments
224
1
Problems
225
10
Signal Processing Components
235
84
Elements and Structures
236
9
Delay Lines
245
6
Bulk Wave Delay Lines
245
4
Rayleigh Wave Delay Lines
249
2
Surface Wave Filters
251
18
Filters with Bidirectional Transducers
253
5
Filters with Multistrip Coupler
258
1
Filters with Unidirectional Transducers
259
2
Stationary Wave Filters
261
8
Bulk Wave Filters
269
11
Quartz Resonators
269
9
Monolithic Filters
278
2
Filters Matched to Signals
280
24
Response and Signal-to-Noise Ratio
281
3
Signal with Linearly Modulated Frequency
284
6
Rayleigh Wave Filters
290
11
Filters Based on Elasto-optic Interaction
301
3
Spectrum Analysers and Fourier Transform Processors
304
2
Convolvers
306
13
Problems
310
9
Sensors and Instrumentation
319
64
Quartz Resonator Sensors
320
11
Thickness Shear Mode Sensors
320
4
Vibrating Beam Sensors
324
6
Quartz Tuning Fork Thermometer
330
1
Guided Wave Sensors
331
17
Surface Wave Sensors
331
5
Lamb Wave Sensors
336
8
Cylindrical Guide Sensors
344
4
Acousto-optic Components
348
10
Modulator for Laser Printer
349
1
Stationary Wave Frequency Modulator
350
1
Spectral Line Selection by Tunable Filter
351
3
Radio Astronomy Spectrometer
354
4
Ultrasonic Motors and Actuators
358
4
Instruments and Methods
362
21
Acoustic Microscope
362
6
Ultrasonic Osteodensitometer
368
3
Time Reversal of Elastic Waves
371
5
Determination of Charge Distributions in Insulators Using Pressure Waves
376
3
Parametric Interaction Probe
379
4
A. Spatial Distribution of Electrical Quantities
383
8
A.1 Simple Transducer
383
4
A.2 Single-Element Charge Distribution
387
2
A.3 General Case. Charge Density. Current Intensity
389
2
B. Coupled Mode Theory
391
8
B.1 Formulation. Coupled Mode Equations
391
3
B.2 Solution
394
5
B.2.1 Propagation in the Same Direction
394
1
B.2.2 Propagation in Opposite Directions
395
4
C. Legendre Functions and Polynomials
399
4
D. Scattering Matrix and Mixed Matrix
403
10
D.1 Quadripole. Scattering Matrix
403
4
D.2 Hexapole. Mixed Matrix. Directionality
407
6
E. Matrix Representation of a Dioptric System
413
4
F. Linear Systems of Differential Equations
417
4
G. Stationary Phase Method
421
2
References
423
18
Index
441