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| 35 / 8 | Sanderson , Terry | Longitudinal wave generation in laser ultrasonics | pp.: 553-561
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| 35 / 8 | Kojro , Z. | Distance resolution of the scanning acoustic air microscope | pp.: 563-567
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| 35 / 8 | Mitra , B. | Remote cure monitoring of epoxy materials using optical techniques | pp.: 569-572
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| 35 / 8 | Kundu , T. | Detection of kissing bonds by Lamb waves | pp.: 573-580
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| 35 / 8 | Moreno , Eduardo | Thickness measurement in composite materials using Lamb waves | pp.: 581-586
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| 35 / 8 | Schindel , D.W. | Ultrasonic imaging of solid surfaces using a focussed air-coupled capacitance transducer | pp.: 587-594
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| 35 / 8 | Nu'n~ez , Ismael | Acoustic field imaging by light reflection at the free surface of a liquid | pp.: 595-598
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| 35 / 8 | Kozhemyakin , G.N. | Influence of ultrasonic vibrations on the growth of semiconductor single crystals | pp.: 599-604
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| 35 / 8 | Nikitina , N.Ye. | An ultrasonic method for measuring stresses in engineering materials | pp.: 605-610
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| 36 / 1 - 5 | Hutchins , D.A. | Advances in ultrasonic electrostatic transduction | pp.: 1-6
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| 36 / 1 - 5 | Vellekoop , MichaelJ. | Acoustic wave sensors and theirtechnology | pp.: 7-14
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| 36 / 1 - 5 | Scandelari , Luciano | A sensor for liquids characterization based on elastic surface wave s generated with aP(VF2--VF3) film in a non-piezoelectricmedia | pp.: 15-20
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| 36 / 1 - 5 | Riza , Nabeel A. | High speed tunable bandwidth ultrasonic array beam steering using ultra-compact photonics | pp.: 21-24
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| 36 / 1 - 5 | Ladabaum , I. | Miniature drumheads: microfabricated ultrasonic transducers | pp.: 25-29
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| 36 / 1 - 5 | Zaitsev , B.D. | Theoretical and experimental investigation ofQSH (quasi shear hori zontal) acousticwaves | pp.: 31-35
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| 36 / 1 - 5 | Jain , S.K. | Evaluation of acoustical characteristics of ultrasonic transducer backing materials at high hydrostatic pressures | pp.: 37-40
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| 36 / 1 - 5 | Levassort , F. | Characterisation of P(VDF--TrFE)material taking into account dielectric relaxation: application tomodelling of high frequency transducers | pp.: 41-45
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| 36 / 1 - 5 | Talbi , R. | Application of the angular spectrum approach to compute the far-field pressure | pp.: 47-51
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| 36 / 1 - 5 | Tapson , J. | Wavemode locking: a new measurement modality for proximity sensors | pp.: 53-57
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| 36 / 1 - 5 | Tsujino , Jiromaru | Welding characteristics and temperature rise of high frequency and complex vibration ultrasonic wire bonding | pp.: 59-65
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| 36 / 1 - 5 | Tsujino , Jiromaru | Welding characteristics of ultrasonic plastic welding using two-vibration-system of 90kHz and 27 or 20kHz and complex vibration systems | pp.: 67-74
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| 36 / 1 - 5 | Takeda , Kunihiko | Molecular movement during welding for engineering plastics using Langevin transducer equipped with half-wave-length step horn | pp.: 75-78
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| 36 / 1 - 5 | Goode , B.J. | Ultrasonic pickling of steel strip | pp.: 79-88
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| 36 / 1 - 5 | Astashev , V.K. | Ultrasonic cutting as a nonlinear (vibro-impact) process | pp.: 89-96
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| 36 / 1 - 5 | Jones , A.R. | Ultrasonic flow polishing | pp.: 97-101
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| 36 / 1 - 5 | Ku"mmel , M. | Theoretical and experimental studies of a piezoelectric ultrasonic linear motor with respect to damping and nonlinear material behaviour | pp.: 103-109
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| 36 / 1 - 5 | Kaneko , Seiji | Load characteristics of bolted Langevin torsional transducer II | pp.: 111-113
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| 36 / 1 - 5 | Gilbert , Robert P. | Identification of a 3D void or inclusion in a plate by inversion of the diffracted wavefield | pp.: 115-119
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| 36 / 1 - 5 | Bashford , A.G. | Non-destructive evaluation of green-state ceramics using micromachined air-coupled capacitance transducers | pp.: 121-126
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| 36 / 1 - 5 | Mahaut , S. | An adaptive system for advanced NDTapplications using phased arrays | pp.: 127-131
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| 36 / 1 - 5 | Butin , L. | A model for predicting effects of surface wavepropagation on the e cho response from planarcracks | pp.: 133-140
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| 36 / 1 - 5 | Chen , Y.J. | Detection of weak bonding in friction welds by ultrasound | pp.: 141-146
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| 36 / 1 - 5 | Lowe , M.J.S. | Defect detection in pipes using guided waves | pp.: 147-154
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| 36 / 1 - 5 | Chimenti , D.E. | The effect of rough surfaces on guided waves in plates | pp.: 155-162
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| 36 / 1 - 5 | Rose , J.L. | A comb transducer model for guided waveNDE | pp.: 163-169
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| 36 / 1 - 5 | Kwun , H. | Magnetostrictive sensor technology and its applications | pp.: 171-178
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| 36 / 1 - 5 | Ing , R.K. | Self-focusing and time recompression of Lamb waves using a time reversal mirror | pp.: 179-186
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| 36 / 1 - 5 | Ohtsu , M. | Nondestructive evaluation of defects in concrete by quantitative acoustic emission and ultrasonics | pp.: 187-195
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| 36 / 1 - 5 | Wu , T.-T. | Advancement on the nondestructive evaluation of concrete using transient elastic waves | pp.: 197-204
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| 36 / 1 - 5 | Labouret , S. | Ultrasound method for monitoring rheologyproperties evolution of cement | pp.: 205-208
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| 36 / 1 - 5 | Van Hauwaert , A. | Use of ultrasonics to follow crack growth | pp.: 209-217
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| 36 / 1 - 5 | Jordan , R. | Classification of wood species by neuralnetwork analysis of ultrasonic signals | pp.: 219-222
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| 36 / 1 - 5 | Every , A.G. | Brillouin scattering study of guided modes in TiN films on high-speed steel | pp.: 223-227
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| 36 / 1 - 5 | Lefeuvre , O. | Leaky surface waves propagating on a fast on slow system and the implications for material characterization | pp.: 229-232
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| 36 / 1 - 5 | Kim , T.J. | Determination of the velocity of ultrasound by short pulse switched sinusoidal excitation and phase-sensitive detection by a computer-controlled pulse-echo system | pp.: 233-238
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| 36 / 1 - 5 | Coulette , R. | Laser-generated ultrasound applied to two-layered materials characterization: semi-analytical model and experimental validation | pp.: 239-243
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| 36 / 1 - 5 | Enderby , M.D. | An automated ultrasonic immersion technique for the determination o fthree-dimensional elastic constants of polymer composites | pp.: 245-249
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| 36 / 1 - 5 | Journeau , Christophe | Towards in-situ ultrasonic transmission measurement of meltcrusts above2000deg.C | pp.: 251-255
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| 36 / 1 - 5 | Noury , N. | An instrumentation based on the piezopolymer P(VDF--TrFE) for the analysis of the elastical parameters of rocks under stress | pp.: 257-262
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| 36 / 1 - 5 | Grabec , I. | Monitoring manufacturing processes by utilizing empirical modeling | pp.: 263-271
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| 36 / 1 - 5 | Inasaki , Ichiro | Application of acoustic emission sensor for monitoring machining processes | pp.: 273-281
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| 36 / 1 - 5 | Volker , A. | Characterization of suspensions by ultrasonic reflection measurements | pp.: 283-289
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| 36 / 1 - 5 | Schmachtl , M. | Crystallization process control duringdirectional solidification i n a high-temperature-gradient furnace by guided ultrasonic waves and real-t ime signaevaluation | pp.: 291-295
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| 36 / 1 - 5 | Schlaberg , H.I. | Ultrasound reflection tomography for industrial processes | pp.: 297-303
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| 36 / 1 - 5 | Liu , Yi | Buffer waveguides for flow measurement in hot fluids | pp.: 305-315
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| 36 / 1 - 5 | Briggs , Andrew | Anisotropic elastic characterization of surfaces from 2MHz to 20GHz | pp.: 317-321
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| 36 / 1 - 5 | Castagnede , Bernard | Ultrasonic characterization of the anisotropic behavior of air-saturated porous materials | pp.: 323-341
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| 36 / 1 - 5 | Rehman , Aziz-Ur | Numerical modeling of the effects on reflected acoustic field for the changes in internal layer orientation of a composite | pp.: 343-348
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| 36 / 1 - 5 | Every , A.G. | Surface dynamic response functions of anisotropic solids | pp.: 349-353
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| 36 / 1 - 5 | Hurley , David H. | Investigation of the anisotropic nature of laser-generated ultrasound in zinc and unidirectional carbon epoxy composites | pp.: 355-360
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| 36 / 1 - 5 | Castaings , M. | The use of electrostatic, ultrasonic, air-coupled transducers to generate and receive Lamb waves in anisotropic, viscoelastic plates | pp.: 361-365
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| 36 / 1 - 5 | Schubert , M. | Determination of the group and phase velocity surfaces of acoustic waves in anisotropic materials by ultrasonic acoustic microscopy with phase contrast | pp.: 367-370
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| 36 / 1 - 5 | Sotiropoulos , D.A. | Guided elastic waves in orthotropic surface layers | pp.: 371-374
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| 36 / 1 - 5 | Nagy , Peter B. | Fatigue damage assessment by nonlinear ultrasonic materials characterization | pp.: 375-381
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| 36 / 1 - 5 | Solodov , Igor Yu. | Ultrasonics of non-linear contacts: propagation, reflection and | pp.: 383-390
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| 36 / 1 - 5 | Bou Matar , O. | Ultrasonic sensing of vibrations | pp.: 391-396
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| 36 / 1 - 5 | Zaitsev , B.D. | Acoustic wave devices for measuring characteristics of single high-power microwave pulses | pp.: 397-401
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| 36 / 1 - 5 | Zolotoyabko , Emil | Control of static strains in crystals by the dynamic pressure of phonon flow | pp.: 403-408
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| 36 / 1 - 5 | Grill , W. | Scanning second sound microscopy with phase and amplitude contrast | pp.: 409-413
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| 36 / 1 - 5 | Tapson , J. | Stochastic resonance in a mode locked acoustic interferometer | pp.: 415-419
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| 36 / 1 - 5 | Skumiel , Andrzej | Resonance absorption of the ultrasonic waves in magnetic liquids in DC magneticfield | pp.: 421-426
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| 36 / 1 - 5 | Craciun , F. | Elastic wave propagation in porous piezoelectric ceramics | pp.: 427-430
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| 36 / 1 - 5 | Kuznetsova , I.E. | External electric field effect on the properties of Bleustein--Gulyaev surface acoustic waves in lithium niobate and strontium titanate | pp.: 431-434
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| 36 / 1 - 5 | Weaver , Richard | Ultrasonics in an aluminum foam | pp.: 435-442
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| 36 / 1 - 5 | Derode , Arnaud | Time reversal in multiply scattering media | pp.: 443-447
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| 36 / 1 - 5 | Feeney , F.E. | The influence of inhomogeneity on the propagation of ultrasound in wood | pp.: 449-453
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| 36 / 1 - 5 | Stanullo , J. | Ultrasonic signal analysis to monitor damage development in short fiber-reinforced polymers | pp.: 455-460
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| 36 / 1 - 5 | Ndop , J. | Spatially resolved characterization of materials by scanning nonfocal surface focused transmission acoustic microscopy with phase contrast | pp.: 461-466
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| 36 / 1 - 5 | Guidarelli , G. | Ultrasonic characterisation of solid--liquid suspensions | pp.: 467-470
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| 36 / 1 - 5 | Burkhardt , John | Damage characterization using reverberant decays | pp.: 471-475
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| 36 / 1 - 5 | Forest , L. | Evolution of the acoustical properties of silica alcogels during their formation | pp.: 477-481
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| 36 / 1 - 5 | v. d. Burg , E. | Synchronous determination of the rheologicaland acoustic propertie s of fluids using an oscillating fiber sensor and an ultrasonic microscope with phasecontrast | pp.: 483-490
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| 36 / 1 - 5 | Hirsekorn , S. | High-resolution materials characterization byconventional and near -field acoustic microscopy | pp.: 491-498
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| 36 / 1 - 5 | Snitka , V. | Ultrasonic surface vibration investigation by atomic force microscopy | pp.: 499-503
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| 36 / 1 - 5 | Nadal , M.-H. | Prediction of the impulse response of materials using a SAM technique in the MHz frequency range with a lensless cylindrical-focused transducer | pp.: 505-512
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| 36 / 1 - 5 | Kojro , Z. | Confocal scanning acoustic air microscope with phase contrast | pp.: 513-516
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| 36 / 1 - 5 | Hill , R. | Characterization of transverse failure incomposites using acoustic emission | pp.: 517-523
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| 36 / 1 - 5 | Grabec , Igor | Location of continuous AE sources by sensory neural networks | pp.: 525-530
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| 36 / 1 - 5 | Prevorovsky , Z. | Ultrasonic scanning and acoustic emission of composite tubes subjected to multiaxial loading | pp.: 531-537
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| 36 / 1 - 5 | Lu , Xiaorong | Use of an automatic modeler and a small receiver array for acoustic emission (AE) source location | pp.: 539-547
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| 36 / 1 - 5 | Nomura , H. | AE spectra during super-to-normal transition in a superconducting rotor | pp.: 549-552
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| 36 / 1 - 5 | Muzio , G. | A numerical method for studying nonlinear bubble oscillations in acoustic cavitation | pp.: 553-557
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| 36 / 1 - 5 | Schiffers , W.P. | Acoustical and optical tracking of the collapse of a laser-generate dcavitation bubble near a solid boundary | pp.: 559-563
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| 36 / 1 - 5 | Horvat , Darja | Laser ultrasonics for bubbly flow detection | pp.: 565-568
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| 36 / 1 - 5 | Ciuti , P. | Cavitation phenomena in pulse modulated ultrasound fields | pp.: 569-574
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| 36 / 1 - 5 | Yasui , Kyuichi | Effect of non-equilibrium evaporation and condensation on bubble dynamics near the sonoluminescence threshold | pp.: 575-580
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| 36 / 1 - 5 | Laborde , J.-L. | Acoustic cavitation field prediction at low and high frequency ultrasounds | pp.: 581-587
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| 36 / 1 - 5 | Laborde , J-L. | Acoustic bubble cavitation at low frequencies | pp.: 589-594
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| 36 / 1 - 5 | Souza , S.R. | Multi-parametric evaluation of thechemical ultrasonic irradiation effects in a heterogeneous metal--water system | pp.: 595-602
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| 36 / 1 - 5 | Labouret , S. | Influence of characteristic parameters on the void rate in an acoustic cavitation bubble field | pp.: 603-606
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| 36 / 1 - 5 | Jossinet , J. | The phenomenology of acousto-electric interaction signals in a queous solutions of electrolytes | pp.: 607-613
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| 36 / 1 - 5 | Vercet , Antonio | Free radical production by manothermosonication | pp.: 615-618
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| 36 / 1 - 5 | Syal , V.K. | Ultrasonic velocity measurements of carbohydrates in binary mixture sof DMSO+H2O at 25deg.C | pp.: 619-623
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| 36 / 1 - 5 | Bom , N. | Intravascular imaging | pp.: 625-628
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| 36 / 1 - 5 | Fenster , A. | Three-dimensional ultrasound imaging of the vasculature | pp.: 629-633
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| 36 / 1 - 5 | Aarnink , Rene' G. | Edge detection in prostatic ultrasound imagesusing integrated edge maps | pp.: 635-642
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| 36 / 1 - 5 | Scotti , Thierry | Real-time sonomammography based on the intersecting canonical body approximation of the diffracted wave field | pp.: 643-652
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| 36 / 1 - 5 | Teirlinck , Carolus J.P.M. | Development of an example flow test object and comparison of five of these test objects, constructed in various laboratories | pp.: 653-660
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| 36 / 1 - 5 | Ce'spedes , E.Ignacio | Echo decorrelation from displacementgradients | pp.: 661-666
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| 36 / 1 - 5 | Esward , T.J. | Development of a novel system for measurement of the angular scattering of ultrasound by inhomogeneous materials | pp.: 667-677
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| 36 / 1 - 5 | Scha"tzle , U. | Quality assurance tools for therapeutic ultrasound | pp.: 679-682
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| 36 / 1 - 5 | Lafon , C. | Design and in vitro results of a high intensity ultrasound interstitial applicator | pp.: 683-687
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| 36 / 1 - 5 | Carnell , M.T. | The generation of negative pressure waves for cavitation studies | pp.: 689-693
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| 36 / 1 - 5 | Forsberg , F. | Clinical applications of ultrasound contrast agents | pp.: 695-701
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| 36 / 1 - 5 | Bouakaz , A. | On the effect of lung filtering and cardiac pressure on the standard properties of ultrasound contrastagent | pp.: 703-708
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| 36 / 1 - 5 | Frinking , Peter J.A. | Effect of ultrasound on the release of micro-encapsulated drugs | pp.: 709-712
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| 36 / 1 - 5 | Hekkenberg , R.T. | Characterising ultrasonic physiotherapy systems by performance and safety now internationally agreed | pp.: 713-720
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| 36 / 1 - 5 | Koch , Ch. | Calibration of a fiber tip ultrasonic sensor up to 50MHz and the application to shock wave measurement | pp.: 721-725
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| 36 / 6 | Wooh , Shi-Chang | Influence of phased array element size on beam steering behavior | pp.: 737-749
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| 36 / 6 | Imamura , Tohru | Specific acoustic impedance of the ultrasonic field by the circular flat transducers | pp.: 751-757
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| 36 / 6 | Ji , Q. | Ultrasonic wave propagation in water-saturated aluminum foams | pp.: 759-765
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| 36 / 6 | Thuraisingham , R.A. | Sound speed in bubbly water at megahertz frequencies | pp.: 767-773
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| 36 / 6 | Kwiek , P. | Optical mapping of ultrasonic fields using Bragg incidence | pp.: 775-781
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| 36 / 7 | Ghosh , T. | Efficient use of Lamb modes for detecting defects in large plates | pp.: 791-801
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| 36 / 7 | Kuo , M.K. | Locating the crack tip of a surface-breaking crack Part I. Line crack | pp.: 803-811
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| 36 / 7 | Bucur , Voichita | Dynamic elastic anisotropy and nonlinearity in wood and rock | pp.: 813-824
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| 36 / 7 | Kim , Byoung-Geuk | Development and application of ultrasonic transducer for intensive focusing of Rayleigh waves | pp.: 825-836
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| 36 / 7 | Blakey , J.R. | The potential for transducer characterisation from a single plane scan of intensity values alone1 | pp.: 837-842
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| 36 / 8 | Saint-Pierre , N. | Ultrasonic evaluation of dispersive polymers by the piezoelectric embedded element method: modeling and experimental validation | pp.: 783-788
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| 36 / 8 | Honarvar , F. | Nondestructive evaluation of cylindrical components by resonance acoustic spectroscopy | pp.: 845-854
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| 36 / 8 | Peterson , M.L. | A waveguide-based acoustic microscope | pp.: 855-863
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| 36 / 8 | Lauriks , Walter | Surface waves above gratings having a triangular profile | pp.: 865-871
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| 36 / 8 | Yamakoshi , Yoshiki | Micro particle trapping by opposite phases ultrasonic travelling waves | pp.: 873-878
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| 36 / 8 | Li , G. | A novel family of limited diffraction, wideband ultrasonic wave pulses | pp.: 879-881
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| 36 / 8 | Phillips , Dan | Acoustic backscatter properties of the particle/bubble ultrasound contrast agent | pp.: 883-892
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| 36 / 8 | Moussatov , Alexei G. | A possible approach to the treatment of polycystic ovarian syndrome using focused ultrasound | pp.: 893-900
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| 36 / 8 | Hawkes , Jeremy J. | A laminar flow expansion chamber facilitating downstream manipulation of particles concentrated using an ultrasonic standing wave | pp.: 901-903
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| 36 / 10 | Cochran , A. | Progress in stacked piezocomposite ultrasonic transducers for low frequency applications | pp.: 969-977
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| 36 / 10 | Liang , Kuiming | Acoustic characterization of ultrasonic transducer materials: I. Blends of rigid and flexible epoxy resins used in piezocomposites | pp.: 979-986
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| 36 / 10 | Hurley , D.H. | Laser-generated ultrasound in single-crystal Mindlin-type plates: theory and experiment | pp.: 987-994
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| 36 / 10 | de Billy , M. | On the localization of the antisymmetric flexural edge waves for obtuse angles | pp.: 995-1001
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| 36 / 10 | Vitali , G. | Viscoelastic investigation by ultrasonic shear waves of liquid eutectic mixture methylurea--ammonium sulfamate | pp.: 1003-1007
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| 36 / 10 | Song , Lin-ping | Mapping an underground rock mass by anisotropic acoustical transmission tomography | pp.: 1009-1012
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| 36 / 10 | Abramov , V.O. | Surface hardening of metals by ultrasonically accelerated small metal balls | pp.: 1013-1019
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| 36 / 10 | Kropman , D. | Effect of ultrasonic treatment on the defect structure of the Si--SiO2 system | pp.: 1021-1025
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