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Tables of Contents for Developments in Laser Techniques and Fluid Mechanics
Chapter/Section Title
Page #
Page Count
Chapter I Novel Ideas for Instrumentation
3
122
I.1 Power and Sensitivity Improvement of LDA-Systems by Fiber Amplifiers
3
8
H. Tobben
H. Muller
D. Dopheide
I.2 Fibre Optical Multicomponent LDA-System Using the Optical Frequency Difference of Powerful DBR-Laser Diodes
11
12
H. Muller
H. Wang
D. Dopheide
I.3 Two-Component Directional Laser Doppler Anemometer Based on a Frequency Modulated Nd: YAG Ring Laser and Fiber Delay Lines
23
16
J. W. Czarske
H. Muller
I.4 Integrated Laser Doppler Velocimeter made by Ion-Exchange in Glass Substrate
39
14
P. L. Auger
A. Cartellier
P. Benech
I. S. Duport
I.5 Sparse Array Image Correlation
53
22
D. P. Hart
I.6 Simultaneous Multiple Pixel Processing Algorithms for PTV and PIV
75
12
T. Uemura
M. Yoshimoto
M. Tatumil
A. Kaga
I.7 Optimization of the Shape of Receiving Aperture in a Phase Doppler System
87
22
A. Naqwi
I.8 The Differential Speckle Strophometry -- A Light Scattering Technique for the Measurement of Velocity Gradients in Turbulent Fluid Flow
109
16
R. Schulz
W. Staude
Chapter II Instrumentation Developments
125
174
II.1 Molecular Tagging Diagnostics for the Study of Kinematics and Mixing in Liquid Phase Flows
125
20
M. M. Koochesfahani
R. K. Cohn
C. P. Gendrich
D. G. Nocera
II.2 Advantages of UV Lasers in Laser and Phase Doppler Anemometers for Submicrometer Particles
145
20
F. Durst
A. Melling
P. Volkholz
II.3 Measurement Uncertainties of Phase Doppler Technique due to Effect of Slit Location, Control Volume Size Effects
165
16
Y. Ikeda
T. Hirohata
T. Nakajima
II.4 Effective Size of the Measuring Cross-Section of a Phase-Doppler Anemometry
181
22
T. Maeda
H. Morikita
K. Hishida
M. Maeda
II.5 The Locus of Centres Method for LDA and PDA Measurements
203
18
Th. Panidis
M. Sommerfeld
II.6 A Single-Beam Velocimeter Based on Rainbow-Interferometry
221
12
J. P. A. J. van Beek
M. L. Riethmuller
II.7 Accuracy of Particle Flux and Volume Fraction Measurement by Shadow Doppler Velocimetry
233
26
H. Morikita
I. Prassas
A. M. K. P. Taylor
II.8 Structure of a Turbulent Boundary Layer Using a Stereoscopic, Large Format Video PIV
259
16
Z. -C. Liu
R. J. Adrian
C. D. Meinhard
W. Lai
II.9 Three Dimensional Velocity Measurements Using Hybrid HPIV
275
14
J. Zhang
B. Tao
J. Katz
II.10 Improvements of Holographic Particle Image Velocimetry (HPIV) by Light-in-Flight Holography
289
10
M. Bohmer
H. Hinrichs
K. D. Hinsch
J. Kickstein
Chapter III Wall-Bounded Flows
299
84
III.1 Effects of Centrebody Rotation on Laminar Flow Through an Eccentric Annulus
299
12
M. P. Escudier
I. W. Gouldson
III.2 Measurement of Temporal and Spatial Evolution of Transitional Pipe Flow with PIV
311
14
J. Westerweel
A. A. Draad
III.3 Mixing in Gravity Current Heads Flowing over Rough Surfaces
325
16
W. D. Peters
J. E. S. Venart
S. R. Cogswell
III.4 Quantitative Velocity Measurements in Turbulent Taylor-Couette Flow by Flow Tagging
341
20
M. Biage
S. R. Harris
W. R. Lempert
A. J. Smits
III.5 LDV-Measurements on the Chaotic Behaviour in Wide Gap Spherical Couette Flow
361
22
P. Wulf
C. Fechtmann
C. Egbers
H. J. Rath
Chapter IV Free Flows and Flames
383
94
IV.1 Three-Component Laser-Doppler Measurements of the Confined Model Flow Behind a Swirl Nozzle
383
16
B. Lehmann
C. Hassa
J. Helbig
IV.2 On the Relationship Between the Formation Number and Passive Scalar Pinch-Off in Starting Jets
399
12
H. Johari
D. Dabiri
A. Weigand
M. Gharib
IV.3 Application of PIV to Turbulent Reacting Flows
411
14
L. Muniz
R. E. Martinez
M. G. Mungal
IV.4 Whole Field Measurements on an Excited Premixed Flame Using On-line PIV
425
14
L. Lourenco
H. Shen
A. Krothapalli
P. Strykowski
IV.5 On the Use of Laser Rayleigh Scattering to Study the Aerothermochemistry of Recirculating Premixed Flames
439
16
F. Caldas
D. Duarte
P. Ferrao
M. V. Heitor
C. Poppe
IV.6 Convenient Laser Diagnostics for Aerodynamic and Chemical Study of Axisymetric Non Premixed Bluff-Body Burner Flames
455
22
A. Susset
K. Mokaddem
D. W. Kendrick
J. C. Rolon
D. Jaffre
D. Honore
M. Perrin
C. Gray
J. B. Richon
Chapter V Engines
477
96
V.1 Combined Application of Particle Image Velocimetry (PIV) and Laser Doppler Anemometry (LDA) to Swirling Flows Under Compression
477
18
J. Volkert
C. Tropea
R. Domann
W. Hubner
V.2 Characterization of Spray Flows Under High Fuel Temperature Using Phase Doppler Anemometer
495
14
T. Obokata
T. Ishima
T. Koyama
K. Uehara
K. Kobayashi
M. Tsukagoshi
V.3 Velocity Profiles in Shear-Driven Liquid Films: LDV-Measurements
509
14
S. Wittig
A. ElsaXXXer
W. Samenfink
J. Ebner
K. Dullenkopf
V.4 Steady Intake Flow Characteristics Through a Diesel Four-Valve Cylinder Head
523
20
C. Arcoumanis
B. French
J. M. Nouri
V.5 LIF Visualization of Liquid Fuel in the Cylinder of a Spark Ignition Engine
543
16
P. O. Witze
R. M. Green
V.6 Spray Characteristics in the Port and Cylinder of a Four-Valve Spark-Ignition Engine
559
14
B. Cousyn
F. Neveu
M. Posylkin
D. S. Whitelaw
J. H. Whitelaw
Author Index
573