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Introduction to Cochlear Waves
Reinhart Frosch
Verlag vdf Hochschulverlag AG, 2010
ISBN 9783728133540 , 446 Seiten
Format PDF, OL
Kopierschutz DRM
Geräte
Preface
11
Contents
13
1 Structure of the Mammalian Cochlea
17
PART ONE: GRAVITATIONAL LIQUID-SURFACE WAVES
23
2 Introduction to Gravitational Liquid-Surface Waves
25
3 Wave Groups
39
4 Tsunamis
49
5 Mass-Loaded Gravitational Surface Waves
53
PART TWO: MASS-LOADED LIQUID-SURFACE WAVES WITH SPRING RESTORING FORCE
61
6 Introduction to Mass-Loaded Liquid-Surface Waves with Spring Restoring Force
63
7 Liquid on Both Sides of Cochlear Partition
67
8 Liquid Pressure
71
PART THREE: COMPLEX WAVE FUNCTIONS
77
9 Introduction to Complex Wave Functions
79
10 The Impedance of the Basilar Membrane
85
11 Resonance
97
12 Resonance (Continued)
107
PART FOUR: LONG-WAVE FORMULAE
113
13 TW Liquid Pressure versus x and z in Two-Dimensional Cochlear Models
115
14 The Motion of the Stapes
121
15 The Liouville-Green Approximation
129
16 Exponentially Decreasing BM Stiffness; Negligible Mass and Friction
139
17 A Different Basilar-Membrane Stiffness Function
147
PART FIVE: SHORT-WAVE FORMULAE
157
18 Validity Regions of Long- and Short-Wave Approximations
159
19 Short-Wave Liquid-Pressure Functions
171
20 Short-Wave Basilar-Membrane-Velocity Functions
181
21 Comparison with Experiments
193
PART SIX: EVANESCENT WAVES
199
22 Evanescent Cochlear Waves without Friction
201
23 Evanescent Cochlear Waves with Friction
215
24 Travelling Evanescent Cochlear Waves
227
25 Finite-Element Analysis
239
PART SEVEN: HIGH-FREQUENCY PHENOMENA
283
27 Liquid-Sound-Pressure Zeroes
285
28 High-Frequency Plateaux
293
PART EIGHT: LIQUID COMPRESSION WAVES
307
29 Plane Liquid Compression Waves in Straight Tubes
309
30 The Input Impedance
319
32 Helmholtz Resonators (Continued)
329
PART NINE: OLD AND NEW COCHLEAR MAPS
333
33 The Passive-Peak Map
335
34 The Basilar-Membrane Resonator Map
341
35 The Internal Organ-of-Corti Resonator Map and the Low-Level Active-Peak Map
343
36 Forced IOCR Oscillations
349
37 Resonators with Feedback
357
38 Guinea-Pig Maps
365
39 Chinchilla Maps
373
40 Mongolian-Gerbil Maps
381
41 Human Maps
385
PART TEN: OTO-ACOUSTIC EMISSIONS AND FREQUENCY GLIDES
389
42 Distortion-Product Emissions
391
43 Quadratic and Cubic Difference Tones
405
44 Click-Evoked Oto-Acoustic Emissions
413
45 Frequency Glides
429
References
441
Index
447
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