Table Of Content

Ultrasonics 34 (1996) 859-866 Author Index to Ultrasonics Volume 34 and Ultrasonics—Sonochemistry Volume 3* Ait-lyazidi, H., see Trabelsi, F. Bandow, H., see Okitsu, K. Akagi, J.-i., see Enomoto, N. Bashford, A.G., Hutchins, D.A. and Schindel, D.W. Akama, M., see Takizawa, Y. Radiated fields of an air-coupled ultrasonic capacitance Alleyne, D., see Cawley, P. transducer Amano, T., see Koda, S. Bastien, F., see Manceau, J.F. Amrani, M.E., see Mahaut, S. Baudouin, S. and Hosten, B. Ando, T., see Kimura, T. Immersion ultrasonic method to measure elastic constants Ando, T., Fujita, M., Kimura, T., Leveque, J.-M., Luche, J.-L. and anisotropic attenuation in polymer-matrix and fiber- and Sohmiya, H. reinforced composite materials Mechanism of sonochemical excitation in the reactions of Behrends, R., Eggers, F., Kaatze, U. and Telgmann, T. Ultrasonic spectrometry of liquids below 1MHz. Biconcave lead tetraacetate with some organic substrates resonator cell with adjustable radius of curvature Anosov, A.A., see Passechnik, V.I. Benoist, P., see Mahaut, S. Aoyagi, M., see Hirose, S. Benoist, P., see Nadal, J. Aoyagi, M., Suzuki, T. and Tomikawa, Y. Berlan, J., see Trabelsi, F. Characteristics of a bolt-clamped torsional vibrator using Berthelot, Y.H., see Johnson, M.A. shear-mode piezo-ceramics sandwiched in the axial direction Bhatia, R., Lewin, P.A. and Zhang, Q. Aoyagi, M., Tomikawa, Y. and Takano, T. Characterization of optoacoustic transducers Simplified equivalent circuit of an ultrasonic motor and its Biglow, J., see Tata, D.B. applications Bindal, V.N., Jain, S.K., Gupta, R. and Chandra, S. Aoyagi, M., see Takano, T. Performance characteristics of ultrasonic NDT probes at Aoyagi, M., see Ohnishi, K. high hydrostatic pressure for inspection of offshore Arai, K., see Nomura, H. installations Arai, K., see Takizawa, Y. Blakey, J.R., see Hurrell, A. Assaad, J., Ravez, M., Bruneel, C., Rouvaen, J.M. and Haine, F. Blakey, J.R. Influence of the thickness and the attenuation coefficient of a Investigation of the percolation transition in hydrating backing on the response of transducers cement using back-scattering methods Assaad, J. and Bruneel, C. Blakey, J.R., see Esward, T.J. Influence of interaction between elementary transducer on Blessing, G.V., see Xiang, D. directivity pattern of an array Bond, L.J. and Cimino, W.W. Audoin, B. and Roux, J. Physics of ultrasonic surgery using tissue fragmentation An innovative application of the Hilbert transform to time Bork, U., see Challis, R.E. delay estimation of overlapped ultrasonic echoes Bouakkaz, A., see Cachard, C. Audoly, C., see Roche, D. Bouaziz, Z., see Nebois, P. Aurelle, N., Guyomar, D., Richard, C., Gonnard, P. and Boving, R., see Pittomvils, G. Eyraud, L. Bremmer, D.H., Mitchell, S.R. and Staines, H. Nonlinear behavior of an ultrasonic transducer Investigation into the effect of ultrasound on the dimerization of pivalic acid using Fenton’s reagent Aurelle, N., see Brissaud, M. Bretz, K.C., Lee, Y.-C., Krauss, T.D., Wise, F.W. and Sachse, W.H. Austin, J.C., Holmes, A.K., Tebbutt, J.S. and Challis, R.E. Picosecond acoustics for the characterization of sub-micron Ultrasonic wave propagation in colloid suspensions and polymeric films emulsions: recent experimental results Brissaud, M., Aurelle, N., Roche, D. and Richard, C. Two-dimensional model for shear piezoceramic Baert, L., see Pittomvils, G. characterisation Brissaud, M. Baker, A.R. and Sachse, W. Rectangular piezoelectric plate loaded on each face: a three- Measurement of composite interface failure by quantitative dimensional approach AE Brissaud, M., see Durris, L. Balasubramaniam, K., see Shah, V. Brodeur, P.H., see Johnson, M.A. Brown, G.J. and Reilly, D. Ultrasonic tomographic imaging of solid objects in air using *Ultrasonics—Sonochemistry page numbers start with ‘S’. an array of fan-shaped-beam electrostatic transducers 860 Author Index/ Ultrasonics 34 (1996) 859-866 Briimmer, F., see Suhr, D. 559 Dezhkunov, N.V., see Iernetti, G. Bruneel, C., see Assaad, J. 103 Dezhkunov, N.V., Kulak, A.I. and Francescutto, A. Bruneel, C., see Assaad, J. 107 The effect of ultrasonic cavitation on model electrochemical processes Diaci, J. and MozZina, J. Cachard, C., Bouakkaz, A. and Gimenez, G. Measurement of energy conversion efficiency during laser In vitro evaluation of acoustic properties of ultrasound ablation by a multiple laser beam deflection probe contrast agents: experimental set-up and signal processing Dickinson, E., see Pinfield, V.J. Calligaris, F., see Iernetti, G. Diebold, G.J., see Khan, M.I. Calmon, P., see Nadal, J. Doinikov, A.A. and Zavtrak, S.T. Casamatta, G., see Romdhane, M. Interaction force between a bubble and as olid particle in a Cattiaux, G., see Mahaut, S. sound field Caulier, T., see Reisse, J. Doyle, P.A. and Scala, C.M. Cawley, P. and Alleyne, D. Near-field ultrasonic Rayleigh waves from a laser line source The use of Lamb waves for the long range inspection of large Drijvers, D., De Baets, R., De Visscher, A. and structures Van Langenhove, H. Sonolysis of trichloroethylene in aqueous solution: volatile Cernuschi, F., see Gori, M. organic intermediates Cernuschi, F., see Gori, M. Dual, J., Hageli, M., Pfaffinger, M.R. and Vollmann, J. Challis, R.E., Freemantle, R.J., Wilkinson, G.P. and White, J.D.H. Experimental aspects of quantitative nondestructive Compression wave NDE of adhered metal lap joints: evaluation using guided waves uncertainties and echo feature extraction Dual, J., see Vollmann, J. Challis, R.E., Cocker, R.P. and Holmes, A.K. Dual, J., see Wright, W.M.D. The effects of fillers on wide bandwidth ultrasonic pulse Dual, J., see Wendel, R. propagation in adhesives Dunn, F., see Tata, D.B. Challis, R.E., see Tebbutt, J.S. Durris, L., Goujon, L., Pelourson, A., Gonnard, P., Brissaud, M. Challis, R.E., see Austin, J.C. and Richard, C. Challis, R.E., Bork, U. and Todd, P.C.D. Airborne ultrasonic transducer Ultrasonic NDE of adhered T-joints using Lamb waves and intelligent signal processing Chandra, S., see Bindal, V.N. Eggers, F., see Behrends, R. Eisenmenger, W., see Suhr, D. Chen, C.M., see Shan, Q. Eletko, P., see Polackova, V. Chen, Y.-C., see Wu, T.-T. Enomoto, N., Akagi, J.-i. and Nakagawa, Z. Chia, L.S., see Goh, N.K. Sonochemical powder processing of iron hydroxides Chimenti, D.E., see Safaeinili, A. Enomoto, N., Koyano, T. and Nakagawa, Z. Chimenti, D.E., see Lobkis, O.1. Effect of ultrasound on synthesis of spherical silica Choi, MLS., see Lee, J.P. Entezari, M.H. and Kruus, P. Chung, H.K., see Kuo, M.K. Effect of frequency on sonochemical reactions — IT: Cimino, W.W., see Bond, L.J. Temperature and intensity effects Ciuti, P., see Iernetti, G. Ermert, H., see Rychagov, M.N. Cocker, R.P., see Challis, R.E. Ermolov, V., Stor-Pellinen, J. and Luukkala, M. Compton, R.G., see Marken, F. Analog pulse compression system for real-time ultrasonic Corneloup, G., see Garnier, V. non-destructive testing Coury, Jr., L.A., see Madigan, N.A. Esward, T.J. and Blakey, J.R. Ultrasonic characterisation of inhomogeneous materials: some problems with measurements of forward scattered D'Alessio, E., see Gori, M. fields D’Alessio, E., see Gori, M. Evans, J.A., see Strelitzki, R. Daridon, J.L., Lagourette, B., Gaubert, J.F., Xans, P. and Every, A.G. and Kim, K.Y. Montel, F. Determination of elastic constants of anisotropic solids from Ultrasonic velocity in a hyperbaric reservoir fluid elastodynamic Green’s functions Darling, T.W., see Migliori, A. Eyraud, L., see Roche, D. De Baets, R., see Drijvers, D. Eyraud, L., see Richard, C. de Billy, M. Eyraud, L., see Aurelle, N. Acoustic technique applied to the measurement of the free edge wave velocity Fabre, O., see Reisse, J. de Jong, N. and Ten Cate, F.J. Fabre, P.-L., see Trabelsi, F. New ultrasound contrast agents and technological Fang, X., Mark, G. and von Sonntag, C. innovations OH radical formation by ultrasound in aqueous solutions — De Pauw, D., see Lepoint-Mullie, F. Part I: the chemistry underlying the terephthalate dosimeter De Visscher, A., see Drijvers, D. Fay, B. and Rinker, M. Deckerkheer, C., see Reisse, J. The thermoacoustic effect and its use in ultrasonic power Delmas, H., see Trabelsi, F. determination Deiplancke, J.L., see Reisse, J. Feng, R., see Wang, S. Dewhurst, R.J., see Shan, Q. Feng, R., see Wang, S. Dewhurst, R.J., see Shan, Q. Fillion, H., see Nebois, P. Dewhurst, R.J., see Shan, Q. Francescutto, A., see Iernetti, G. Author Index/Ultrasonics 34 (1996) 859-866 Francescutto, A., see Dezhkunov, N.V. 551 Hagan, C.R.S., see Madigan, N.A. Francony, A. and Pétrier, C. Hageli, M., see Dual, J. Sonochemical degradation of carbon tetrachloride in Hageli, M., see Wright, W.M.D. aqueous solution at two frequencies: 20kHz and 500kHz Haine, F., see Assaad, J. Freemantle, R.J., see Challis, R.E. HAnel, R., Mues, A. and Sobotta, R. Fuchino, S., see Nomura, H. Description of ultrasound transducers through wave Fujita, M., see Kimura, T. parameters Fujita, M., see Ando, T. Harris, G.R. Fujita, Y., see Tsujino, J. Are current hydrophone low frequency response standards acceptable for m easuring mechanical/cavitation indices? Harvey, B.F., see Whillock, G.O.H. Gachagan, A., see Dual, J. Hasegawa, K., see Tsujino, J. Gachagan, A., see Wright, W.M.D. Hasegawa, K., see Tsujino, J. Gachagan, A., see Wright, W.M.D. Hayward, G., see Dual, J. Garnier, V. and Corneloup, G. Hayward, G., see Wright, W.M.D. Determining the evolution of the elasticity modulus by Hayward, G., see Wright, W.M.D. surface waves according to the depth in a nitrided layer Hekkenberg, R.T., Oosterbaan, W.A. and Teirlinck, C.J.P.M. Gaubert, J.F., see Daridon, J.L. Handling IEC1157: complicated output measurements — a Ghia, S., see Gori, M. challenge Ghia, S., see Gori, M. Higuchi, N., see Nomura, H. Giamboni, S., see Gori, M. Higuchi, T., see Kurosawa, M. Giamboni, S., see Gori, M. Higuchi, T., see Kurosawa, M. Gimenez, G., see Cachard, C. Hill, R., Okoroafor, E.U. and Priston, A.-M. Goh, N.K., Teoh, A.C.C., Chia, L.S. and Teo, K.C. Acoustic emission wave propagation model and issues of Educational aspects of sonochemistry: the role of damage induction in composites sonochemistry at high school level Hirai, K., Nagata, Y. and Maeda, Y. Gondard, C., see Mahaut, S. Decomposition of chlorofluorocarbons and Gonnard, P., see Durris, L. hydrofluorocarbons in water by ultrasonic irradiation Gonnard, P., see Aurelle, N. Hirose, S., Aoyagi, M., Tomikawa, Y., Takahashi, S. and Gonnard, P., see Lebrun, L. Uchino, K. Gori, M., Giamboni, S., D’Alessio, E., Ghia, S. and Cernuschi, F. High power characteristics at antiresonance frequency of EMAT transducers and thickness characterization on aged piezoelectric transducers boiler tubes Hobson, R., see Grieser, F. Gori, M., Giamboni, S., D’Alessio, E., Ghia, $., Cernuschi, F. Hochemer, R., see Hoffmann, M.R. and Piana, G.M. Hoff, L. Guided waves by EMAT transducers for rapid defect Acoustic properties of ultrasonic contrast agents location on heat exchanger and boiler tubes Hoffmann, M.R., Hua, I. and Héchemer, R. Goujon, L., see Durris, L. Application of ultrasonic irradiation for the degradation of Gourdon, C., see Romdhane, M. chemical contaminants in water Govekar, E., MuZi¢, P. and Grabec, I. Hofmann, B. and Rockstroh, M. Classification of chip form based on AE analysis Study on acoustic waveguides and reflectors for use in Grabec, I. and Sachse, W. ultrasonic two-phase flow measurement Empirical modeling of ultrasonic phenomena Holmes, A.K., see Challis, R.E. Grabec, I., see Govekar, E. Holmes, A.K., see Austin, J.C. Graham, G., see Lucas, M. Hosten, B., see Baudouin, S. Graham, G., see Smith, A. Hrovatin, R., see MoZina, J. Grandia, W.A., see Schindel, D.W. Hsu, N.N., see Xiang, D. Green, Jr., R.E., see Whitney, T.M. Hua, I., see Hoffmann, M.R. Green, Jr., R.E., see Whitney, T.M. Hiilser, D.F., see Suhr, D. Grieser, F., Hobson, R., Sostaric, J. and Mulvaney, P. Hurrell, A. Sonochemical reduction processes in aqueous colloidal The reconstruction of transducer vibration patterns from the systems amplitude distribution of the radiated pressure field alone Grill, W., see Gudra, T. Hurrell, A. and Blakey, J.R. Gudra, T., Kojro, Z., Schmachtl, M., Lier, C., Schubert, M. The application of phase recovery techniques to the and Grill, W. determination of transducer source distributions Scanning acoustic air microscope Hutchins, D.A., see Bashford, A.G. Guilbert, A.R. and Sanderson, M.L. Hutchins, D.A., see Dual, J. The development of curved reflective surfaces for ultrasonic Hutchins, D.A., see Wright, W.M.D. beam redirection in high speed gas flow measurement Hutchins, D.A., see Schiridel, D.W. Guilbert, A.R., Law, M. and Sanderson, M.L. Hutchins, D.A., see Wright, W.M_D. A novel ultrasonic/thermal clamp-on flowmeter for low Hutt, K., see Mason, T.J. liquid flowrates in small diameter pipes Gunarathne, G.P.P. and Keatch, R.W. Novel techniques for monitoring and enhancing dissolution Iernetti, G., Ciuti, P., Calligaris, F., Francescutto, A. and of mineral deposits in petroleum pipelines Dezhkunov, N.V. Gupta, R., see Bindal, V.N. Cavitation threshold dependence on the rate of the Guyomar, D., see Richard, C. transducer voltage variation Guyomar, D., see Aurelle, N. Ikeda, S., see Kimura, T. 862 Author Index/Ultrasonics 34 (1996) 859-866 Inagaki, H., see Kurosawa, M. 271 Kihnicke, E. Irmer, U., see Suhr, D. 559 Semiana!ytical method to calculate acoustic waves in layered Ishii, I., see Nomura, H. 307 elastic media Isrefilov, M.G., see Passechnik, V.I. 511 Kulak, A.I., see Dezhkunov, N.V. Kumamoto, Y., see Matsuda, K. Jacobs, L.A., see Johnson, M.A. 703 Kumar, A., see Kumar, B. Jain, S.K., see Bindal, V.N. 125 Kumar, B. and Kumar, A. Jayet, Y., Saint-Pierre, N., Tatibouét, J. and Zellouf, D. Evaluation of ultrasonic attenuation without invoking the Monitoring the hydrolytic degradation of composites by a diffraction correction separately piezoelectric method Kundu, T., Maslov, K., Karpur, P., Matikas, T.E. and Jin, Y., see Joshi, S.G. Nicolaou, P.D. Johnson, J.C. and Thompson, R.B. A Lamb wave scanning approach for the mapping of defects Observation and analysis of acoustic signals following the in [0/90] titanium matrix composites second or third front surface reflections in an acoustic Kuo, M.K., Liu, G.Y. and Chung, H.K. microscope Wavenumber formulation for V(z) curves of line-focus Johnson, M.A., Berthelot, Y.H., Brodeur, P.H. and Jacobs, L.A. acoustic microscopy Investigation of laser generation of Lamb waves in copy Kurosawa, M., Inagaki, H. and Higuchi, T. paper Investigation of stator transducer for a column-shaped Joshi, S.G. and Jin, Y. ultrasonic motor Characteristics and applications of quasi-shear-horizontal Kurosawa, M., Takahashi, M. and Higuchi, T. acoustic waves Friction drive surface acoustic wave motor Kusakabe, C., see Takano, T. Kaatze, U., Kiihnel, V. and Weiss, G. Kusakabe, C., see Ohnishi, K. Variable pathlength cells for precise hypersonic spectrometry Kwiek, P., Molkenstruck, W. and Reibold, R. of liquids up to SGHz Determination of the Klein—Cook parameter in ultrasound Kaatze, U., see Behrends, R. light diffraction Kaiho, K., see Nomura, H. Kajikawa, K., see Nomura, H. Kamakura, T., see Matsuda, K. Lafaut, J.P., see Pittomvils, G. Kaneko, S., Nomoto, S., Yamamori, H. and Ohya, K. Load characteristics of a boited Langevin torsional Lagourette, B., see Daridon, J.L. Law, M., see Guilbert, A.R. transducer Karlsson, B., see Nguyen, N.T. Lebrun, L., Petit, L. and Gonnard, P. Karpur, P., see Kundu, T. Piezoelectric motor using a (1,1) non-axisymmetric mode Kawabata, K. and Umemura, S. Lee, J.P., Song, J.H. and Choi, MLS. Effect of second-harmonic superimposition on efficient The effects of material attenuation on acoustic resonance induction of sonochemical effect S1 scattering from cylindrical tubes Kawabata, K., see Umemura, S. $187 Lee, Y.-C., see Bretz, K.C. Keatch, R.W., see Gunarathne, G.P.P. 411 Leighton, T.G., Phelps, A.D., Ramble, D.G. and Sharpe, D.A. Khan, M.I. and Diebold, G.J. Comparison of the abilities of eight acoustic techniques to The photoacoustic effect generated by laser irradiation of an detect and size a single bubble isotropic solid cylinder 19 Lepoint, T., see Lepoint-Mullie, F. Kim, K.Y., see Every, A.G. 471 Lepoint-Mullie, F., De Pauw, D. and Lepoint, T. Kimura, T., Sakamoto, T., Leveque, J.-M., Sohmiya, H., Fujita, M., Analysis of the ‘new electrical model’ of sonoluminescence Ikeda, S. and Ando, T. Lethiecq, M., see Nguyen, N.T. Standardization of ultrasonic power for sonochemical Leveque, J.-M., see Kimura, T. reaction $157 Kimura, T., see Ando, T. $223 Leveque, J.-M., see Ando, T. Koch, C. Lewin, P.A., see Bhatia, R. Coated fiber-optic hydrophone for ultrasonic measurement 687 Li, H., see Li, J. Koda, S., see Nomura, H. 555 Li, J., Li, L., Li, T., Li, H. and Liu, J. Koda, S., Amano, T. and Nomura, H. An efficient and convenient procedure for the synthesis of Copolymerization of sodium styrene sulphonate and 5,5-disubstituted hydantoins under ultrasound vinylpyrrolidone under ultrasonic irradiation S91 Li, L., see Li, J. Koda, S., see Nomura, H. $153 Li, T., see Li, J. Kojima, Y., see Nomura, H. 555 Lier, C., see Gudra, T. Kojima, Y., see Nomura, H. $153 Lin, S. Kojro, Z., see Gudra, T. 711 Study on the longitudinal-torsional composite mode Kondo, T., Misik, V. and Riesz, P. exponential ultrasonic horns Sonochemistry of cytochrome c. Evidence for superoxide Lindley, J., see Mason, T.J. formation by ultrasound in argon-saturated aqueous Liu, G.Y., see Kuo, M.K. solution Liu, J., see Li, J. Koyano, T., see Enomoto, N. Kozuka, T., see Mitome, H. Lobkis, O.I., see Safaeinili, A. Krauss, T.D., see Bretz, K.C. Lobkis, O.L, Safaeinili, A. and Chimenti, D.E. Kruus, P., see Entezari, M.H. Effects of diffraction and experimental geometry on acoustic Kuhn, A., see Shan, Q. beam reflection from a fluid-loaded plate: a 3-D analysis Kuhn, A., see Shan, Q. Lorimer, J.P., see Mason, T.J. Kiihnel, V., see Kaatze, U. Lorimer, J.P., see Mason, T.J. Author Index/ Ultrasonics 34 (1996) 859-866 Lucas, M. MozdZina, J. and Hrovatin, R. Vibration sensitivity in the design of ultrasonic forming dies Detection of excimer laser induced sub-picometer ultrasonic Lucas, M., see Smith, A. displacement amplitudes Lucas, M., Graham, G. and Smith, A.C. MozZina, J., see Diaci, J. Enhanced vibration control of an ultrasonic cutting process Mues, A., see Hanel, R. Luche, J.-L., see Nebois, P. Mulvaney, P., see Grieser, F. Luche, J.-L. Murata, Y. and Watanabe, Y. Synthetically useful sonochemical reactions in solution Observation of vibration modes due to a small change in the Luche, J.-L., see Ando, T. initial radius of a microscopic bubble driven by intensive Luukkala, M., see Ermolov, V. sound in water Murayama, R. Madigan, N.A., Hagan, C.R.S., Zhang, H. and Coury, L.A. Driving mechanism on magnetostrictive type Effects of sonication on electrode surfaces and metal particles electromagnetic acoustic transducer for symmetrical vertical- Maeda, Y., see Hirai, K. mode Lamb wave and for shear horizontal-mode plate wave Maeda, Y., see Okitsu, K. Murray, T.W., and Wagner, J.W. Mahaut, S., Gondard, C., Amrani, M.E., Benoist, P. and Experimental evaluation of enhanced generation of Cattiaux, G. ultrasonic waves using an array of laser sources Ultrasonic defect characterization with a dynamic adaptive MuzZié, P., see Govekar, E. focusing system Myhrum, M., see Sponheim, N. Malinsky, K. Ultrasonic investigations in a coal mine Manceau, J.F. and Bastien, F. Linear motor using a quasi-travelling wave in a rectangular Nadal, J., Calmon, P. and Benoist, P. plate Prediction of surface echo from a non-planar surface Mark, G., see Fang, X. Nagai, I., see Matsukawa, M. Marken, F. and Compton, R.G. Nagata, Y., see Hirai, K. Electrochemistry in the presence of ultrasound: the need for Nagata, Y., see Okitsu, K. bipotentiostatic control in sonovoltammetric experiments Nakagawa, Z., see Enomoto, N. Maruyama, M., see Nakamura, K. Nakagawa, Z., see Enomoto, N. Maslov, K., see Kundu, T. Nakamura, K., Maruyama, M. and Ueha, S. Mason, T.J., Newman, A., Lorimer, J.P., Lindley, J. and Hutt, K. A new ultrasonic motor using electro-rheological fluid and Ultrasonically assisted catalytic decomposition of aqueous torsional vibration sodium hypochlorite Natori, N., see Nomura, H. Mason, T.J., Paniwnyk, L. and Lorimer, J.P. Nebois, P., Bouaziz, Z., Fillion, H., Moeini, L., Piquer, M.J.A., The uses of ultrasound in food technology Luche, J.-L., Riera, A.. Moyano, A. and Pericas, M.A. Masuda, H., see Yamakoshi, Y. The Diels—Alder cycloaddition, an intriguing problem in Matikas, T.E., see Kundu, T. organic sonochemistry Matsuda, K., Kamakura, T. and Kumamoto, Y. Buildup of acoustic streaming in focused beams Newman, A., see Mason, T.J. Matsukawa, M., Yamada, K. and Nagai, I. Nguyen, N.T., Lethiecq, M., Karlsson, B. and Patat, F. An ultrasonic evaluation of the sol-gel synthesis of silica glass Highly attenuative rubber modified epoxy for ultrasonic McDicken, W.N., see Nicholson, N.C. transducer backing applications Miethchen, R., see Peters, D. Nicholson, N.C. and McDicken, W.N. Migliori, A. and Darling, T.W. A comparison of coupling horns for waveguides used in Resonant ultrasound spectroscopy for materials studies and medical ultrasonics non-destructive testing Nicolaou, P.D., see Kundu, T. Mills, A., see Worsley, D. Nishigaki, R., see Umemura, .S. Mi8&ik, V. and Riesz, P. Nojima, O., see Takizawa, Y. EPR study of free radicals induced by ultrasound in organic Nomoto, S., see Kaneko, S. liquids — II: Probing the temperatures of cavitation regions Nomura, H., Kaiho, K., Ishii, I., Higuchi, N., Tateishi, H., Misik, V. and Riesz, P. Fuchino, S., Kajikawa, K., Sekine, S., Arai, K., Natori, N. and Recent applications of EPR and spin trapping to Tamada, N. sonochemical studies of organic liquids and aqueous How to recognize superconducting rotor sound by AE solutions Nomura, H., Koda, S., Yasuda, K. and Kojima, Y. Mi8ik, V., see Kondo, T. Ultrasonic irradiation effect on porphyrin and its application Mitchell, S.R., see Bremmer, D.H. for quantification of ultrasonic intensity 555 Mitome, H., Kozuka, T. and Tuziuti, T. Nomura, H., see Koda, S. S91 Measurement of the establishment process of acoustic Nomura, H., Koda, S., Yasuda, K. and Kojima, Y. streaming using laser Doppler velocimetry Quantification of ultrasonic intensity based on the Mizariene, V., see Snitka, V. decomposition reaction of porphyrin Mizukoshi, Y., see Okitsu, .K. Mo, X., see Wang, S. Nurse, A., see Smith, A. Mo, X., see Wang, S. Moeini, L., see Nebois, P. Molkenstruck, W., see Kwiek, P. Oddie, G.M. Montel, F., see Daridon, J.L. A note on the use of ultrasonic techniques for the detection of Mori, E., see Watanabe, Y. vorticity and gas-cored vortices upstream of the inlets of Moyano, A., see Nebois, P. pumps 864 Author Index/Ultrasonics 34 (1996) 859-866 Ogden, R.W., see Sotiropoulos, D.A. 487 Rho, J.-Y. Ogden, R.W. and Sotiropoulos, D.A. An ultrasonic method for measuring the elastic properties of The effect of pre-stress on guided ultrasonic waves between a human tibial cortical and cancellous bone surface layer and a half-space Richard, C., see Brissaud, M. Ohnishi, K., Tomikawa, Y., Kusakabe, C. and Aoyagi, M. Richard, C., see Roche, D. Ultrasonic actuator using orthotropic composite materials Richard, C., see Durris, L. Ohya, K., see Kaneko, S. Richard, C., Guyomar, D. and Eyraud, L. Okada, T., see Tsujino, J. Influence of the stress-transfer on the dynamic properties of Okitsu, K., Mizukoshi, Y., Bandow, H., Maeda, Y.., the 2.2 PZT—polymer composites Yamamoto, T. and Nagata, Y. Richard, C., see Aurelle, N. Formation of noble metal particles by ultrasonic irradiation $249 Riera, A., see Nebois, P. Okoroafor, E.U., see Hill, R. 321 Riesz, P., see Misik, V. Okouchi, S., see Takizawa, Y. $201 Riesz, P., see Misik, V. Oosterbaan, W.A., see Hekkenberg, R.T. 139 Riesz, P., see Kondo, T. Otaki, H., see Yamakoshi, Y. 769 Rinker, M., see Fay, B. Riza, N.A. Narrowband ultrasonic phased array control using a Pandit, A.B., see Shirgaonkar, I.Z. $135 photonic beamformer Pang, K.F., see Shan, Q. 575 Riza, N.A. Paniwnyk, L., see Mason, T.J. $253 Erratum Passechnik, V.I., Anosov, A.A. and Isrefilov, M.G. Roche, D., see Brissaud, M. Physical basis and perspectives of acoustothermography Sil Roche, D., Richard, C., Eyraud, L. and Audoly, C. Passechnik, V.I. Shear stress sensor using piezoelectric bimorphs bending The influence of sound scattering on the acoustobrightness Rockstroh, M., see Hofmann, B. temperature Romdhane, M., Gourdon, C. and Casamatta, G. Patat, F., see Nguyen, N.T. Time response modelling of an ultrasonic thermoelectric Payne, P.A., see Shan, Q. probe Payne, P.A., see Shan, Q. Rouvaen, J.M., see Assaad, J. Pelourson, A., see Durris, L. Roux, J., see Audoin, B. Pericas, M.A., see Nebois, P. Rychagov, M.N. and Ermert, H. Peters, D., Scheunemann, A., Zur, C. and Miethchen, R. Cross-flow visualization by acoustic CT measurements Fluorination of organic compounds with ultrasound Petit, L., see Lebrun, L. Pétrier, C., see Francony, A. Sachse, W., see Baker, A.R. Pfaffinger, M.R., see Dual, J. Sachse, W., see Grabec, I. Piaffinger, M.R., see Wright, W.M.D. Sachse, W.H., see Bretz, K.C. Phelps, A.D., see Leighton, T.G. Safaeinili, A., Lobkis, O.I. and Chimenti, D.E. Piana, G.M., see Gori, M. Quantitative materials characterization using air-coupled Pinfield, V.J., Povey, M.J.W. and Dickinson, E. leaky Lamb waves Interpretation of ultrasound velocity creaming profiles Safaeinili, A., see Lobkis, O.1. Piquer, M.J.A., see Nebois, P. Saint-Pierre, N., see Jayet, Y. Pittomvils, G., Lafaut, J.P., Vandeursen, H., Boving, R., Baert, L. Saito, S. and Wevers, M. A property of the nonlinearly generated second-harmonic Ultrasonic velocities of concentric laminated uric acid stones component of focused ultrasound detected by a concave Plocek, J. receiver Equipment for ultrasonic investigation in mines Saito, S. Polatkova, V., Tomova, V., Eletéko, P. and Toma, S. Erratum Ultrasound-promoted Cannizzaro reaction under phase Sakamoto, T., see Kimura, T. transfer conditions Sanderson, M.L., see Guilbert, A.R. Povey, M.J.W., see Pinfield, V.J. Sanderson, M.L., see Guilbert, A.R. Prange, M.D. and Shenoy, R.G. Sasaki, K., see Umemura, .S. A fast Gaussian beam description of ultrasonic fields based Scala, C.M., see Doyle, P.A. on Prony’s method Scheunemann, A., see Peters, D. Price, G.J. Schindel, D.W., see Bashford, A.G. Ultrasonically enhanced polymer synthesis Schindel, D.W., Hutchins, D.A. and Grandia, W.A. Priston, A.-M.., see Hill, R. Capacitive and piezoelectric air-coupled transducers for resonant ultrasonic inspection Schmachtl, M., see Gudra, T. Ramble, D.G., see Leighton, T.G. Schubert, M., see Gudra, T. Ravez, M., see Assaad, J. Sekine, S., see Nomura, H. Reibold, R., see Kwiek, P. Seyed-Bolorforosh, M.S. Reilly, D., see Brown, G.J. Integrated impedance matching layer Reisse, J., Caulier, T., Deckerkheer, C., Fabre, O., Shah, V. and Balasubramaniam, K. Vandercammen, J., Delplancke, J.L. and Winand, R. Effect of viscosity on ultrasound wave reflection from a solid/ Quantitative sonochemistry liquid interface Author Index/ Ultrasonics 34 (1996) 859-866 Shan, Q., Chen, C.M. and Dewhurst, R.J. Ten Cate, F.J., see de Jong, N. Detection of laser-generated ultrasound with a conjugate Teo, K.C., see Goh, N.K. interferometer scheme Teoh, A.C.C., see Goh, N.K. Shan, Q., Dewhurst, R.J., Kuhn, A., Pang, K.F. and Payne, P.A. Thompson, R.B., see Johnson, J.C. Modelling of a photoacoustic probe designed for medical Todd, P.C.D., see Challis, R.E. applications Toma, S., see Polacékova, V. Shan, Q., Kuhn, A., Payne, P.A. and Dewhurst, R.J. Tomikawa, Y., see Hirose, S. Characterisation of laser-ultrasound signals from an optical Tomikawa, Y., see Aoyagi, M. absorption layer within a transparent fluid Tomikawa, Y., see Aoyagi, M. Sharpe, D.A., see Leighton, T.G. Tomikawa, Y., see Takano, T. Shenoy, R.G., see Prange, M.D. Tomikawa, Y., see Ohnishi, K. Shinozuka, N., see Yamakoshi, Y. Tomova, V., see Polaékova, V. Shiraki, T., see Tsujino, J. Trabelsi, F., Ait-lyazidi, H., Berlan, J., Fabre, P.-L., Delmas, H. Shirgaonkar, I.Z. and Pandit, A.B. and Wilhelm, A.M. Sonochemical effects in a supplementary role Electrochemical determination of the active zones in a high- Smith, A., Nurse, A., Graham, G. and Lucas, M. frequency ultrasonic reactor Ultrasonic cutting — a fracture mechanics model Tritton, T.R., see Tata, D.B. Smith, A.C., see Lucas, M. Tsujino, J., Ueoka, T., Hasegawa, K., Fujita, Y., Shiraki, T., Snitka, V., Mizariene, V. and Zukauskas, D. Okada, T. and Tamura, T. The status of ultrasonic motors in the former Soviet Union New methods of ultrasonic welding of metal and plastic Sobotta, R., see Hane’, R. materials Sohmiya, H., see Kimura, T. Tsujino, J. and Hasegawa, K. Sohmiya, H., see Ando, T. Ultrasonic wire bonding using high frequency 330, 600 kHz Song, J.H., see Lee, J.P. and complex vibration 190 kHz welding systems Sostaric, J., see Grieser, F. Tsujino, J. and Ueoka, T. Sotiropoulos, D.A. and Ogden, R.W. Ultrasonic multi-spot continuous welding of metal plate Generalized Brewster angle for wave reflection from a fluid— specimens using a two-vibration-system welding equipment transversely isotropic solid interface Tsujino, J., Suzuki, R. and Takeuchi, M. Sotiropoulos, D.A., see Ogden, R.W. Load characteristics of ultrasonic rotary motor using a Sponheim, N. and Myhrum, M. longitudinal-torsional vibration converter with diagonal slits. An in vitro study on the influence of limited frequency Large torque ultrasonic rotary motor resolution on contrast agent-enhanced Doppler signals Tuziuti, T., see Mitome, H. Staines, H., see Bremmer, D.H. Stor-Pellinen, J., see Ermolov, V. Strelitzki, R. and Evans, J.A. Uchino, K., see Hirose, S. An investigation of the measurement of Broadband Ueha, S., see Nakamura, K. Ultrasonic Attenuation in trabecular bone Ueoka, T., see Tsujino, J. Suhr, D., Briimmer, F., Irmer, U., Wurster, C., Eisenmenger, W. Ueoka, T., see Tsujino, J. and Hiilser, D.F. Umemura, S., see Kawabata, K. Bioeffects of diagnostic ultrasound in vitro Umemura, S., Kawabata, K., Sasaki, K., Yumita, N., Suzuki, R., see Tsujino, J. Umemura, K. and Nishigaki, R. Suzuki, T., see Aoyagi, M. Recent advances in sonodynamic approach to cancer therapy Umemura, K., see Umemura, S. Takahashi, M., see Kurosawa, M. Takahashi, S., see Hirose, S. Van Langenhove, H., see Drijvers, D. Takano, T., see Aoyagi, M. Vandercammen, J., see Reisse, J. Takano, T., Tomikawa, Y., Aoyagi, M. and Kusakabert, C. Vandeursen, H., see Pittomvils, G. Piezoelectric actuators driven by the saw-tooth-like motion Volkov, I.V., see Zavtrak, S.T. of a stator Vollmann, J., see Dual, J. Takeuchi, M., see Tsujino, J. Vollmann, J. and Dual, J. Takizawa, Y., Akama, M., Yoshihara, N., Nojima, O., Arai, K. High resolution analysis of axisymmetric wave modes in and Okouchi, S. cylindrical structures Hydroxylation of phenolic compounds under the condition Vollmann, J., see Wright, W.M.D. of ultrasound in aqueous solution von Sonntag, C., see Fang, X. Tamada, N., see Nomura, H. Tamura, T., see Tsujino, J. Tata, D.B., Biglow, J., Wu, J., Tritton, T.R. and Dunn, F. Wagner, J.W., see Murray, T.W. Ultrasound-enhanced hydroxyl radical production from two Wang, S., Feng, R. and Mo, X. clinically employed anti-cancer drugs, adriamycin and Study on ‘pulse cavitation peak’ in an ultrasound mitomycin C reverberating field Tateishi, H., see Nomura, H. Wang, S., Feng, R. and Mo, X. Tatibouét, J., see Jayet, Y. The cavitation valley phenomenon of rectangular wave Tebbutt, J.S. and Challis, R.E. modulation ultrasound Ultrasonic wave propagation in colloidal suspensions and Watanabe, Y. and Mori, E. emulsions: a comparison of four models A study on a new flexural-mode transducer-solid horn Tebbutt, J.S., see Austin, J.C. system and its application to ultrasonic plastics welding Teirlinck, C.J.P.M., see Hekkenberg, R.T. Watanabe, Y., see Murata, Y. Telgmann, T., see Behrends, R. Weiss, G., see Kaatze, U. 866 Author Index/ Ultrasonics 34 (1996) 859-866 Wendel, R. and Dual, J. Xans, P., see Daridon, J.L. Application of neural networks to quantitative Xiang, D., Hsu, N.N. and Blessing, G.V. nondestructive evaluation The design, construction and application ofa large aperture Wevers, M., see Pittomvils, G. lens-less line-focus PVDF transducer Whillock, G.O.H. and Harvey, B.F Preliminary investigation of the ultrasonically enhanced corrosion of stainless steel in the nitric acid/chloride system Yamada, K., see Matsukawa, M. White, J.D.H., see Challis, RE. Yamakoshi, Y., Otaki, H., Shinozuka, N. and Masuda, H. Whitney, T.M. and Green, Jr., R.E. Internal tissue displacement measurement based on Low temperature characterization of carbon epoxy ultrasonic wave Doppler signal digital detection and its composites: an application of resonant ultrasound application to fetal movement monitoring spectroscopy Yamamori, H., see Kaneko, S. Wilhelm, A.M., see Trabelsi, F. Yamamoto, T., see Okitsu, .K. Wilkinson, G.P., see Challis, R.E. Yasuda, K., see Nomura, H. Winand, R., see Reisse, J. Yasuda, K., see Nomura, H. Wise, F.W., see Bretz, K.C. Ylitalo, J. Worsley, D. and Mills, A. A fast ultrasonic synthetic aperture imaging method: The effects of power ultrasound on the oxidation of water by application to NDT Ce'Y ions mediated by thermally activated ruthenium dioxide Yoshihara, N., see Takizawa, Y. hydrate $119 Yumita, N., see Umemura, .S. Wright, W.M.D., see Dual, J. 291 Wright, W.M.D., Hutchins, D.A., Hayward, G. and Gachagan, A. Ultrasonic imaging using laser generation and piezoelectric air-coupled detection Zavtrak, S.T. and Volkov, I.V. Wright, W.M.D., Hutchins, D.A., Gachagan, A. and Hayward, G. Sound amplification by stimulated emission of radiation Polymer composite material characterisation using a laser/ (Saser) with cylindrical resonator air-transducer system Zavtrak, S.T., see Doinikov, A.A. Wu, J., see Tata, D.B. Zellouf, D., see Jayet, Y. Wu, T.-T. and Chen, Y.-C. Zhang, H., see Madigan, N.A. Dispersion of laser generated surface waves in an epoxy- Zhang, Q., see Bhatia, R. bonded layered medium Zukauskas, D., see Snitka, V. Wurster, C., see Suhr, D. Zur, C., see Peters, D. ee Hes ELSEVIE Ultrasonics 34 (1996) 867-869 Subject Index to Ultrasonics Volume 34 and Ultrasonics—Sonochemistry Volume 3* 2-Octanol, $223 Backscatter transfer function, 5 Decomposition reaction, $153 2D Modelling, 83 Backward wave propagation, Decontamination, $53 [2+2] Cycloadditions, $215 Beamforming, 9 Deconvolution, 499 3D-modelling, 87 Biconcave transducers, 59 Deep temperature measurements, 677 [4+ 2] Cycloadditions, $215 Bioeffects, 559 Defect characterization, 121 5,5-Disubstituted hydantoins, $141 Bipotentiostatic control, $131 Degenerated vibration, 275 Blast energy measurements, 523 Degradation, $229 Absorption, 51 Blend of polymers, 669 Degradation of contaminants, $163 Absorption dose, $153 Boiling point, $223 Delamination detection, 287 Acoustical thermography, 677 Bonding layer, 793 Diagnostic ultrasound., 139, 559 Acoustic cavitation, $163 Brewster angle, 487 Diels—Alder, $147 Acoustic edge waves, 611 Broadband ultrasonic attenuation, 785 Diels—Alder cycoladdition, $7 Acoustic emission, 307, 321, 343, 467 Bubble detection, 661 Die vibration, 35 Acoustic flotation, 807 Bubbles, 531 Diffraction, 847 Acoustic image, 43 Diffusion layer thickness, $119 Acoustic impedance, 135 Dimerization, $47 Acoustic microscope, 537 Directivity patterns, 107 Acoustic microscopy, 327, 721 C-scan imaging, 825 Dispersion, 163 Acoustic output measurements, 139 Cannizzaro reaction, S15 Dispersion effect, 25 Acoustic radiation forces, 691 Capacitance, 169 Dissolution—precipitation, S97 Acoustic reflection, 477 Carbon tetrachloride, $77, $157 Distance measurement, 153 Acoustic streaming, 527, 763 Cardiology, 587 Doppler, 769 Acoustic thermography, 511 Catalysis, $53, $119 Doppler signal, 599 Acousto-optics, 9, 801 Cavitation, 193, 551, 579, 661, S73, $187, Dosimetry, $157 Additions, $215 $229, $249 Dynamic fluid—structure interaction, 297 Adhered joints, 315 Cavitation bubbles, $205 Dynamic focusing, 121 Adhesive, 355 Cavitation valley, S69 Adriamycin, $39 Cavity, $223 Educational aspects of sonochemistry, $209 Aged boiler tubes, 339 Cell culture, 559 Elastic characterization, 291, 405 Air-coupled, 169 CFRP, 283 Elastic constants, 471 Air-coupled transducers, 621, 825 Chip form, 467 Elastic dispersion, 491 Airborne applications, 153 Chlorofluorocarbons, $205 Elasticity modulus, 401 Airborne imaging, 111 Cladding, 503 Elastic moduli, 473 Aluminium wire bonding, 223 Clamp-on meters, 435 Elastic properties, 777 Analysis of variance, S47 Colloids, 363, 369 Elastic waves, 487, 491 Anisotropic solids, 471 Complex vibration ultrasonic welding, 177 Elastic wedge, 611 Antiresonance, 213 Complex vibration ultrasonic wire bonding, Elastodyn imics, 483 Antitumor effect, $187 223 Electro-rheological fluid, 261 Apex angie, 611 Composite plates, 43 Electrochemical method, $125 Apparatus, $19 Composites, 291, 343, 379, 383, 405, 669 Electrode surfaces, $239 Aqueous inorganic colloids, 547 Computerized tomography, 517 Electromagnetic acoustic transduce1, 729 Aqueous solutions, $57, $83, S201 Computer simulation, 599 Electromechanical modes, 251 Aspiration, 579 Confocal Fabry-Pérot interferometer, 173 Electron transfer, 551 Attenuation, 379, 737, 847 Constant current driving, 213 Electrostatic transducers, 111 Attenuation spectra, 591 Contrast agents, 587, 591, 595 EMATs, 311, 339 Controlling of specimen vibration, 229 Environment, $53 Back-scattering methods, 375 Copolymerization, S91 EPR, 825, $173 Backed transducers, 103 Corrosion, S111 Equation of state, 447 Creaming, 695 Equivalent circuits, 275 *Ultrasonics—Sonochemistry page Cure monitoring, 347 Establishment process, 527 numbers start with ‘S’. Cytochrome c reduction, $193 Expert systems, 411 868 Subject Index/Ultrasonics 34 (1996) 867-869 FEM, 103 Kaolin, 369 Non-contact ultrasound, 825 Ferromagnetic, 729 Kidney stone disintegration model, 571 Nondestructive evaluation, 1, 69, 401 Fetal monitoring, 769 KZK equation, 763 Nondestructive testing, 331, 397, 473 Fiber-optic sensors, 687 Nonlinearity, 187, 531 Fiber pullout, 343 Nonlinearity parameter, 537 Lamb waves, 287, 393, 455, 507, 703, 729 Fibre-reinforced composites, 825 Fillers, 355 Lamb wave scanning, 43 Finite amplitude method, 537 Lamb wave tomography, 825 Finite element analysis, 219 Laser-ultrasound, 575, 629 Offshore inspection, 125 Finite element method, 159 Laser ablation, 523 OH radicals, $57 Finite element modelling, 107 Laser beam deflection techniques, 523 Optical absorption layers, 575, 629 Finite elements, 35 Laser Doppler velocimetry, 527 Organic liquids, $25 Flexural-mode vibration, 235 Laser Doppler vibrometry, 205 Orthotropic composites, 283 Flow imaging, 517 Laser line source, 1 Os calcis, 785 Flowmeters, 435, 441 Laser pulse, 131 Osteoporosis, 785 Fluids, 19, 447 Lasers, 19 Oxidation, $1, $97 Fluorination, 543 Laser ultrasonics, 1, 69, 703, 793 Focused beam, 763 Laser ultrasound, 173 Focused ultrasound, 537 Layered medium, 793 Food, $253 Lead tetraacetate, $223 p-chlorobenzaldehyde, $15 Forming dies, 35 Light diffraction, 801 Paper, 703 Fracture, 197 Linear arrays, 107 Particle size, $119 Free radical mechanisms, $215 Linear motors, 257 Passive sensing, 677 Frequency, S19 Liquids, 51, 59 Pattern recognition, 321 Frequency characteristics of wire bonding, Load characteristics, 265 Percolation transition, 375 223 Loaded plates, 87 Perfiuoroalkylation, 543 Frequency effect in sonochemistry, $147 Longitudinal-torsional vibration converter, Period-double mode, 531 Frequency effects, $77 265 Phase bunching, 691 Frequency resolution, 599 Longitudinal vibrations, 757 Phased arrays, 9, 69, 121 Fricke solution, $153 Losses, 251 Phase delay estimation, 25 Lossy materials, 87 Phase recovery, 91, 99 Gas, 441 Low-frequency resonance, S65 Phase transfer conditions, $15 Gas bubble, 807 Low carbon steel sheets, 729 Photoacoustic effect, 19 Gaussian beams, 117 Low temperature, 383 Photoacoustics, 629 Gelation, 335 Photonics, 9 Green’s functions, 471, 641 Picosecond acoustics, 513 Magnetostrictive, 729 Guided waves, 291, 311, 405, 461 Mass transfer, $125 Piezo actuators, 243, 271 Piezoceramics, 87 Materials characterization, 393, 397, 641 Heat transfer, 835 Measurement, 431 Piezoelectric actuators, 279 Heterodyne laser interferometry, 291, 405 Mechanical/cavitation indices, 649, 649 Piezoelectric air-coupled transducers, 291, Heterogeneous polymer, 669 Mechanisms, $7 405 High-power characteristics, 213 Medical ultrasonics, 747 Piezoelectric bimorph, 147 High attenuation, 669 Metal particles, $239 Piezoelectric ceramics, 279 High frequency ultrasonic wire bonding, 223 Mining, 421, 425 Piezoelectric composite, 163 High frequency welding, 177 Piezoelectricity, 135 Mitomycin C, $39 High pressure effects, 125 Piezoelectric material, 83 Modal analysis, 35, 205 High school sonochemistry, $209 Piezoelectric motors, 251 Modeling of ultrasonic phenomena, 451 Hilbert transform, 25 Modelling, 363, 503 Piezoelectric sensor, 397 Horns, 747 Modulation depth, $69 Piezoelectric transducers, 131, 153 Human tibia, 777 Piezomotors, 247 Molecular weight, $229 Hydration, 375 Pivalic acid, S47 Monodispersed silica spheres, $105 Hydrolysis, $135 Polymer characterization, 513 Monofluorination, 543 Hydroxylation, $201 Multi-spot continuous ultrasonic metal Polymerization, $229 Hydroxyl radicals, $39, S47 Polymer ultrasonic transducers, 575 welding, 229 Hypersonic spectrometry, 51 Porphyrin, 555, $153 Potassium iodide, $157 Imaging, 621 Narrow-band ultrasound, 69 Pre-stress, 491 Imaging of defects, 291, 405 NDE, 315 Prony’s method, 117 Inspection, 287 NDT, 125, 173, 411 Protoporphyrin, $187 Interaction force, 807 Nematic liquid crystals, 9 Pulse cavitation peak, S65 Interface failure, 343 Network analysis method, 159 Pulse compression, 655 Interface reflections, 487 Neural networks, 451, 455, 461, 467 Pumps, 495 Iodide, $1 Nitrosodurene, $25 PVDF hydrophone probes, 567 Isomerisation, $135 Noble metal particles, $249 PVDF hydrophones, 649, 649 Isotropic cylinders, 19 Non-contact inspection, 169 PZT, 187

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Ultrasonics 34 (1996) 859-866 Author Index to Ultrasonics Volume 34 and Ultrasonics—Sonochemistry Volume 3* Ait-lyazidi, H., see Trabelsi, F. Bandow, H., see Okitsu, K. Akagi, J.-i., see Enomoto, N. Bashford, A.G., Hutchins, D.A. and Schindel, D.W. Akama, M., see Takizawa, Y. Radiated fields of an air-coupled ultrasonic capacitance Alleyne, D., see Cawley, P. transducer Amano, T., see Koda, S. Bastien, F., see Manceau, J.F. Amrani, M.E., see Mahaut, S. Baudouin, S. and Hosten, B. Ando, T., see Kimura, T. Immersion ultrasonic method to measure elastic constants Ando, T., Fujita, M., Kimura, T., Leveque, J.-M., Luche, J.-L. and anisotropic attenuation in polymer-matrix and fiber- and Sohmiya, H. reinforced composite materials Mechanism of sonochemical excitation in the reactions of Behrends, R., Eggers, F., Kaatze, U. and Telgmann, T. Ultrasonic spectrometry of liquids below 1MHz. Biconcave lead tetraacetate with some organic substrates resonator cell with adjustable radius of curvature Anosov, A.A., see Passechnik, V.I. Benoist, P., see Mahaut, S. Aoyagi, M., see Hirose, S. Benoist, P., see Nadal, J. Aoyagi, M., Suzuki, T. and Tomikawa, Y. Berlan, J., see Trabelsi, F. Characteristics of a bolt-clamped torsional vibrator using Berthelot, Y.H., see Johnson, M.A. shear-mode piezo-ceramics sandwiched in the axial direction Bhatia, R., Lewin, P.A. and Zhang, Q. Aoyagi, M., Tomikawa, Y. and Takano, T. Characterization of optoacoustic transducers Simplified equivalent circuit of an ultrasonic motor and its Biglow, J., see Tata, D.B. applications Bindal, V.N., Jain, S.K., Gupta, R. and Chandra, S. Aoyagi, M., see Takano, T. Performance characteristics of ultrasonic NDT probes at Aoyagi, M., see Ohnishi, K. high hydrostatic pressure for inspection of offshore Arai, K., see Nomura, H. installations Arai, K., see Takizawa, Y. Blakey, J.R., see Hurrell, A. Assaad, J., Ravez, M., Bruneel, C., Rouvaen, J.M. and Haine, F. Blakey, J.R. Influence of the thickness and the attenuation coefficient of a Investigation of the percolation transition in hydrating backing on the response of transducers cement using back-scattering methods Assaad, J. and Bruneel, C. Blakey, J.R., see Esward, T.J. Influence of interaction between elementary transducer on Blessing, G.V., see Xiang, D. directivity pattern of an array Bond, L.J. and Cimino, W.W. Audoin, B. and Roux, J. Physics of ultrasonic surgery using tissue fragmentation An innovative application of the Hilbert transform to time Bork, U., see Challis, R.E. delay estimation of overlapped ultrasonic echoes Bouakkaz, A., see Cachard, C. Audoly, C., see Roche, D. Bouaziz, Z., see Nebois, P. Aurelle, N., Guyomar, D., Richard, C., Gonnard, P. and Boving, R., see Pittomvils, G. Eyraud, L. Bremmer, D.H., Mitchell, S.R. and Staines, H. Nonlinear behavior of an ultrasonic transducer Investigation into the effect of ultrasound on the dimerization of pivalic acid using Fenton’s reagent Aurelle, N., see Brissaud, M. Bretz, K.C., Lee, Y.-C., Krauss, T.D., Wise, F.W. and Sachse, W.H. Austin, J.C., Holmes, A.K., Tebbutt, J.S. and Challis, R.E. Picosecond acoustics for the characterization of sub-micron Ultrasonic wave propagation in colloid suspensions and polymeric films emulsions: recent experimental results Brissaud, M., Aurelle, N., Roche, D. and Richard, C. Two-dimensional model for shear piezoceramic Baert, L., see Pittomvils, G. characterisation Brissaud, M. Baker, A.R. and Sachse, W. Rectangular piezoelectric plate loaded on each face: a three- Measurement of composite interface failure by quantitative dimensional approach AE Brissaud, M., see Durris, L. Balasubramaniam, K., see Shah, V. Brodeur, P.H., see Johnson, M.A. Brown, G.J. and Reilly, D. Ultrasonic tomographic imaging of solid objects in air using *Ultrasonics—Sonochemistry page numbers start with ‘S’. an array of fan-shaped-beam electrostatic transducers 860 Author Index/ Ultrasonics 34 (1996) 859-866 Briimmer, F., see Suhr, D. 559 Dezhkunov, N.V., see Iernetti, G. Bruneel, C., see Assaad, J. 103 Dezhkunov, N.V., Kulak, A.I. and Francescutto, A. Bruneel, C., see Assaad, J. 107 The effect of ultrasonic cavitation on model electrochemical processes Diaci, J. and MozZina, J. Cachard, C., Bouakkaz, A. and Gimenez, G. Measurement of energy conversion efficiency during laser In vitro evaluation of acoustic properties of ultrasound ablation by a multiple laser beam deflection probe contrast agents: experimental set-up and signal processing Dickinson, E., see Pinfield, V.J. Calligaris, F., see Iernetti, G. Diebold, G.J., see Khan, M.I. Calmon, P., see Nadal, J. Doinikov, A.A. and Zavtrak, S.T. Casamatta, G., see Romdhane, M. Interaction force between a bubble and as olid particle in a Cattiaux, G., see Mahaut, S. sound field Caulier, T., see Reisse, J. Doyle, P.A. and Scala, C.M. Cawley, P. and Alleyne, D. Near-field ultrasonic Rayleigh waves from a laser line source The use of Lamb waves for the long range inspection of large Drijvers, D., De Baets, R., De Visscher, A. and structures Van Langenhove, H. Sonolysis of trichloroethylene in aqueous solution: volatile Cernuschi, F., see Gori, M. organic intermediates Cernuschi, F., see Gori, M. Dual, J., Hageli, M., Pfaffinger, M.R. and Vollmann, J. Challis, R.E., Freemantle, R.J., Wilkinson, G.P. and White, J.D.H. Experimental aspects of quantitative nondestructive Compression wave NDE of adhered metal lap joints: evaluation using guided waves uncertainties and echo feature extraction Dual, J., see Vollmann, J. Challis, R.E., Cocker, R.P. and Holmes, A.K. Dual, J., see Wright, W.M.D. The effects of fillers on wide bandwidth ultrasonic pulse Dual, J., see Wendel, R. propagation in adhesives Dunn, F., see Tata, D.B. Challis, R.E., see Tebbutt, J.S. Durris, L., Goujon, L., Pelourson, A., Gonnard, P., Brissaud, M. Challis, R.E., see Austin, J.C. and Richard, C. Challis, R.E., Bork, U. and Todd, P.C.D. Airborne ultrasonic transducer Ultrasonic NDE of adhered T-joints using Lamb waves and intelligent signal processing Chandra, S., see Bindal, V.N. Eggers, F., see Behrends, R. Eisenmenger, W., see Suhr, D. Chen, C.M., see Shan, Q. Eletko, P., see Polackova, V. Chen, Y.-C., see Wu, T.-T. Enomoto, N., Akagi, J.-i. and Nakagawa, Z. Chia, L.S., see Goh, N.K. Sonochemical powder processing of iron hydroxides Chimenti, D.E., see Safaeinili, A. Enomoto, N., Koyano, T. and Nakagawa, Z. Chimenti, D.E., see Lobkis, O.1. Effect of ultrasound on synthesis of spherical silica Choi, MLS., see Lee, J.P. Entezari, M.H. and Kruus, P. Chung, H.K., see Kuo, M.K. Effect of frequency on sonochemical reactions — IT: Cimino, W.W., see Bond, L.J. Temperature and intensity effects Ciuti, P., see Iernetti, G. Ermert, H., see Rychagov, M.N. Cocker, R.P., see Challis, R.E. Ermolov, V., Stor-Pellinen, J. and Luukkala, M. Compton, R.G., see Marken, F. Analog pulse compression system for real-time ultrasonic Corneloup, G., see Garnier, V. non-destructive testing Coury, Jr., L.A., see Madigan, N.A. Esward, T.J. and Blakey, J.R. Ultrasonic characterisation of inhomogeneous materials: some problems with measurements of forward scattered D'Alessio, E., see Gori, M. fields D’Alessio, E., see Gori, M. Evans, J.A., see Strelitzki, R. Daridon, J.L., Lagourette, B., Gaubert, J.F., Xans, P. and Every, A.G. and Kim, K.Y. Montel, F. Determination of elastic constants of anisotropic solids from Ultrasonic velocity in a hyperbaric reservoir fluid elastodynamic Green’s functions Darling, T.W., see Migliori, A. Eyraud, L., see Roche, D. De Baets, R., see Drijvers, D. Eyraud, L., see Richard, C. de Billy, M. Eyraud, L., see Aurelle, N. Acoustic technique applied to the measurement of the free edge wave velocity Fabre, O., see Reisse, J. de Jong, N. and Ten Cate, F.J. Fabre, P.-L., see Trabelsi, F. New ultrasound contrast agents and technological Fang, X., Mark, G. and von Sonntag, C. innovations OH radical formation by ultrasound in aqueous solutions — De Pauw, D., see Lepoint-Mullie, F. Part I: the chemistry underlying the terephthalate dosimeter De Visscher, A., see Drijvers, D. Fay, B. and Rinker, M. Deckerkheer, C., see Reisse, J. The thermoacoustic effect and its use in ultrasonic power Delmas, H., see Trabelsi, F. determination Deiplancke, J.L., see Reisse, J. Feng, R., see Wang, S. Dewhurst, R.J., see Shan, Q. Feng, R., see Wang, S. Dewhurst, R.J., see Shan, Q. Fillion, H., see Nebois, P. Dewhurst, R.J., see Shan, Q. Francescutto, A., see Iernetti, G. Author Index/Ultrasonics 34 (1996) 859-866 Francescutto, A., see Dezhkunov, N.V. 551 Hagan, C.R.S., see Madigan, N.A. Francony, A. and Pétrier, C. Hageli, M., see Dual, J. Sonochemical degradation of carbon tetrachloride in Hageli, M., see Wright, W.M.D. aqueous solution at two frequencies: 20kHz and 500kHz Haine, F., see Assaad, J. Freemantle, R.J., see Challis, R.E. HAnel, R., Mues, A. and Sobotta, R. Fuchino, S., see Nomura, H. Description of ultrasound transducers through wave Fujita, M., see Kimura, T. parameters Fujita, M., see Ando, T. Harris, G.R. Fujita, Y., see Tsujino, J. Are current hydrophone low frequency response standards acceptable for m easuring mechanical/cavitation indices? Harvey, B.F., see Whillock, G.O.H. Gachagan, A., see Dual, J. Hasegawa, K., see Tsujino, J. Gachagan, A., see Wright, W.M.D. Hasegawa, K., see Tsujino, J. Gachagan, A., see Wright, W.M.D. Hayward, G., see Dual, J. Garnier, V. and Corneloup, G. Hayward, G., see Wright, W.M.D. Determining the evolution of the elasticity modulus by Hayward, G., see Wright, W.M.D. surface waves according to the depth in a nitrided layer Hekkenberg, R.T., Oosterbaan, W.A. and Teirlinck, C.J.P.M. Gaubert, J.F., see Daridon, J.L. Handling IEC1157: complicated output measurements — a Ghia, S., see Gori, M. challenge Ghia, S., see Gori, M. Higuchi, N., see Nomura, H. Giamboni, S., see Gori, M. Higuchi, T., see Kurosawa, M. Giamboni, S., see Gori, M. Higuchi, T., see Kurosawa, M. Gimenez, G., see Cachard, C. Hill, R., Okoroafor, E.U. and Priston, A.-M. Goh, N.K., Teoh, A.C.C., Chia, L.S. and Teo, K.C. Acoustic emission wave propagation model and issues of Educational aspects of sonochemistry: the role of damage induction in composites sonochemistry at high school level Hirai, K., Nagata, Y. and Maeda, Y. Gondard, C., see Mahaut, S. Decomposition of chlorofluorocarbons and Gonnard, P., see Durris, L. hydrofluorocarbons in water by ultrasonic irradiation Gonnard, P., see Aurelle, N. Hirose, S., Aoyagi, M., Tomikawa, Y., Takahashi, S. and Gonnard, P., see Lebrun, L. Uchino, K. Gori, M., Giamboni, S., D’Alessio, E., Ghia, S. and Cernuschi, F. High power characteristics at antiresonance frequency of EMAT transducers and thickness characterization on aged piezoelectric transducers boiler tubes Hobson, R., see Grieser, F. Gori, M., Giamboni, S., D’Alessio, E., Ghia, $., Cernuschi, F. Hochemer, R., see Hoffmann, M.R. and Piana, G.M. Hoff, L. Guided waves by EMAT transducers for rapid defect Acoustic properties of ultrasonic contrast agents location on heat exchanger and boiler tubes Hoffmann, M.R., Hua, I. and Héchemer, R. Goujon, L., see Durris, L. Application of ultrasonic irradiation for the degradation of Gourdon, C., see Romdhane, M. chemical contaminants in water Govekar, E., MuZi¢, P. and Grabec, I. Hofmann, B. and Rockstroh, M. Classification of chip form based on AE analysis Study on acoustic waveguides and reflectors for use in Grabec, I. and Sachse, W. ultrasonic two-phase flow measurement Empirical modeling of ultrasonic phenomena Holmes, A.K., see Challis, R.E. Grabec, I., see Govekar, E. Holmes, A.K., see Austin, J.C. Graham, G., see Lucas, M. Hosten, B., see Baudouin, S. Graham, G., see Smith, A. Hrovatin, R., see MoZina, J. Grandia, W.A., see Schindel, D.W. Hsu, N.N., see Xiang, D. Green, Jr., R.E., see Whitney, T.M. Hua, I., see Hoffmann, M.R. Green, Jr., R.E., see Whitney, T.M. Hiilser, D.F., see Suhr, D. Grieser, F., Hobson, R., Sostaric, J. and Mulvaney, P. Hurrell, A. Sonochemical reduction processes in aqueous colloidal The reconstruction of transducer vibration patterns from the systems amplitude distribution of the radiated pressure field alone Grill, W., see Gudra, T. Hurrell, A. and Blakey, J.R. Gudra, T., Kojro, Z., Schmachtl, M., Lier, C., Schubert, M. The application of phase recovery techniques to the and Grill, W. determination of transducer source distributions Scanning acoustic air microscope Hutchins, D.A., see Bashford, A.G. Guilbert, A.R. and Sanderson, M.L. Hutchins, D.A., see Dual, J. The development of curved reflective surfaces for ultrasonic Hutchins, D.A., see Wright, W.M.D. beam redirection in high speed gas flow measurement Hutchins, D.A., see Schiridel, D.W. Guilbert, A.R., Law, M. and Sanderson, M.L. Hutchins, D.A., see Wright, W.M_D. A novel ultrasonic/thermal clamp-on flowmeter for low Hutt, K., see Mason, T.J. liquid flowrates in small diameter pipes Gunarathne, G.P.P. and Keatch, R.W. Novel techniques for monitoring and enhancing dissolution Iernetti, G., Ciuti, P., Calligaris, F., Francescutto, A. and of mineral deposits in petroleum pipelines Dezhkunov, N.V. Gupta, R., see Bindal, V.N. Cavitation threshold dependence on the rate of the Guyomar, D., see Richard, C. transducer voltage variation Guyomar, D., see Aurelle, N. Ikeda, S., see Kimura, T. 862 Author Index/Ultrasonics 34 (1996) 859-866 Inagaki, H., see Kurosawa, M. 271 Kihnicke, E. Irmer, U., see Suhr, D. 559 Semiana!ytical method to calculate acoustic waves in layered Ishii, I., see Nomura, H. 307 elastic media Isrefilov, M.G., see Passechnik, V.I. 511 Kulak, A.I., see Dezhkunov, N.V. Kumamoto, Y., see Matsuda, K. Jacobs, L.A., see Johnson, M.A. 703 Kumar, A., see Kumar, B. Jain, S.K., see Bindal, V.N. 125 Kumar, B. and Kumar, A. Jayet, Y., Saint-Pierre, N., Tatibouét, J. and Zellouf, D. Evaluation of ultrasonic attenuation without invoking the Monitoring the hydrolytic degradation of composites by a diffraction correction separately piezoelectric method Kundu, T., Maslov, K., Karpur, P., Matikas, T.E. and Jin, Y., see Joshi, S.G. Nicolaou, P.D. Johnson, J.C. and Thompson, R.B. A Lamb wave scanning approach for the mapping of defects Observation and analysis of acoustic signals following the in [0/90] titanium matrix composites second or third front surface reflections in an acoustic Kuo, M.K., Liu, G.Y. and Chung, H.K. microscope Wavenumber formulation for V(z) curves of line-focus Johnson, M.A., Berthelot, Y.H., Brodeur, P.H. and Jacobs, L.A. acoustic microscopy Investigation of laser generation of Lamb waves in copy Kurosawa, M., Inagaki, H. and Higuchi, T. paper Investigation of stator transducer for a column-shaped Joshi, S.G. and Jin, Y. ultrasonic motor Characteristics and applications of quasi-shear-horizontal Kurosawa, M., Takahashi, M. and Higuchi, T. acoustic waves Friction drive surface acoustic wave motor Kusakabe, C., see Takano, T. Kaatze, U., Kiihnel, V. and Weiss, G. Kusakabe, C., see Ohnishi, K. Variable pathlength cells for precise hypersonic spectrometry Kwiek, P., Molkenstruck, W. and Reibold, R. of liquids up to SGHz Determination of the Klein—Cook parameter in ultrasound Kaatze, U., see Behrends, R. light diffraction Kaiho, K., see Nomura, H. Kajikawa, K., see Nomura, H. Kamakura, T., see Matsuda, K. Lafaut, J.P., see Pittomvils, G. Kaneko, S., Nomoto, S., Yamamori, H. and Ohya, K. Load characteristics of a boited Langevin torsional Lagourette, B., see Daridon, J.L. Law, M., see Guilbert, A.R. transducer Karlsson, B., see Nguyen, N.T. Lebrun, L., Petit, L. and Gonnard, P. Karpur, P., see Kundu, T. Piezoelectric motor using a (1,1) non-axisymmetric mode Kawabata, K. and Umemura, S. Lee, J.P., Song, J.H. and Choi, MLS. Effect of second-harmonic superimposition on efficient The effects of material attenuation on acoustic resonance induction of sonochemical effect S1 scattering from cylindrical tubes Kawabata, K., see Umemura, S. $187 Lee, Y.-C., see Bretz, K.C. Keatch, R.W., see Gunarathne, G.P.P. 411 Leighton, T.G., Phelps, A.D., Ramble, D.G. and Sharpe, D.A. Khan, M.I. and Diebold, G.J. Comparison of the abilities of eight acoustic techniques to The photoacoustic effect generated by laser irradiation of an detect and size a single bubble isotropic solid cylinder 19 Lepoint, T., see Lepoint-Mullie, F. Kim, K.Y., see Every, A.G. 471 Lepoint-Mullie, F., De Pauw, D. and Lepoint, T. Kimura, T., Sakamoto, T., Leveque, J.-M., Sohmiya, H., Fujita, M., Analysis of the ‘new electrical model’ of sonoluminescence Ikeda, S. and Ando, T. Lethiecq, M., see Nguyen, N.T. Standardization of ultrasonic power for sonochemical Leveque, J.-M., see Kimura, T. reaction $157 Kimura, T., see Ando, T. $223 Leveque, J.-M., see Ando, T. Koch, C. Lewin, P.A., see Bhatia, R. Coated fiber-optic hydrophone for ultrasonic measurement 687 Li, H., see Li, J. Koda, S., see Nomura, H. 555 Li, J., Li, L., Li, T., Li, H. and Liu, J. Koda, S., Amano, T. and Nomura, H. An efficient and convenient procedure for the synthesis of Copolymerization of sodium styrene sulphonate and 5,5-disubstituted hydantoins under ultrasound vinylpyrrolidone under ultrasonic irradiation S91 Li, L., see Li, J. Koda, S., see Nomura, H. $153 Li, T., see Li, J. Kojima, Y., see Nomura, H. 555 Lier, C., see Gudra, T. Kojima, Y., see Nomura, H. $153 Lin, S. Kojro, Z., see Gudra, T. 711 Study on the longitudinal-torsional composite mode Kondo, T., Misik, V. and Riesz, P. exponential ultrasonic horns Sonochemistry of cytochrome c. Evidence for superoxide Lindley, J., see Mason, T.J. formation by ultrasound in argon-saturated aqueous Liu, G.Y., see Kuo, M.K. solution Liu, J., see Li, J. Koyano, T., see Enomoto, N. Kozuka, T., see Mitome, H. Lobkis, O.I., see Safaeinili, A. Krauss, T.D., see Bretz, K.C. Lobkis, O.L, Safaeinili, A. and Chimenti, D.E. Kruus, P., see Entezari, M.H. Effects of diffraction and experimental geometry on acoustic Kuhn, A., see Shan, Q. beam reflection from a fluid-loaded plate: a 3-D analysis Kuhn, A., see Shan, Q. Lorimer, J.P., see Mason, T.J. Kiihnel, V., see Kaatze, U. Lorimer, J.P., see Mason, T.J. Author Index/ Ultrasonics 34 (1996) 859-866 Lucas, M. MozdZina, J. and Hrovatin, R. Vibration sensitivity in the design of ultrasonic forming dies Detection of excimer laser induced sub-picometer ultrasonic Lucas, M., see Smith, A. displacement amplitudes Lucas, M., Graham, G. and Smith, A.C. MozZina, J., see Diaci, J. Enhanced vibration control of an ultrasonic cutting process Mues, A., see Hanel, R. Luche, J.-L., see Nebois, P. Mulvaney, P., see Grieser, F. Luche, J.-L. Murata, Y. and Watanabe, Y. Synthetically useful sonochemical reactions in solution Observation of vibration modes due to a small change in the Luche, J.-L., see Ando, T. initial radius of a microscopic bubble driven by intensive Luukkala, M., see Ermolov, V. sound in water Murayama, R. Madigan, N.A., Hagan, C.R.S., Zhang, H. and Coury, L.A. Driving mechanism on magnetostrictive type Effects of sonication on electrode surfaces and metal particles electromagnetic acoustic transducer for symmetrical vertical- Maeda, Y., see Hirai, K. mode Lamb wave and for shear horizontal-mode plate wave Maeda, Y., see Okitsu, K. Murray, T.W., and Wagner, J.W. Mahaut, S., Gondard, C., Amrani, M.E., Benoist, P. and Experimental evaluation of enhanced generation of Cattiaux, G. ultrasonic waves using an array of laser sources Ultrasonic defect characterization with a dynamic adaptive MuzZié, P., see Govekar, E. focusing system Myhrum, M., see Sponheim, N. Malinsky, K. Ultrasonic investigations in a coal mine Manceau, J.F. and Bastien, F. Linear motor using a quasi-travelling wave in a rectangular Nadal, J., Calmon, P. and Benoist, P. plate Prediction of surface echo from a non-planar surface Mark, G., see Fang, X. Nagai, I., see Matsukawa, M. Marken, F. and Compton, R.G. Nagata, Y., see Hirai, K. Electrochemistry in the presence of ultrasound: the need for Nagata, Y., see Okitsu, K. bipotentiostatic control in sonovoltammetric experiments Nakagawa, Z., see Enomoto, N. Maruyama, M., see Nakamura, K. Nakagawa, Z., see Enomoto, N. Maslov, K., see Kundu, T. Nakamura, K., Maruyama, M. and Ueha, S. Mason, T.J., Newman, A., Lorimer, J.P., Lindley, J. and Hutt, K. A new ultrasonic motor using electro-rheological fluid and Ultrasonically assisted catalytic decomposition of aqueous torsional vibration sodium hypochlorite Natori, N., see Nomura, H. Mason, T.J., Paniwnyk, L. and Lorimer, J.P. Nebois, P., Bouaziz, Z., Fillion, H., Moeini, L., Piquer, M.J.A., The uses of ultrasound in food technology Luche, J.-L., Riera, A.. Moyano, A. and Pericas, M.A. Masuda, H., see Yamakoshi, Y. The Diels—Alder cycloaddition, an intriguing problem in Matikas, T.E., see Kundu, T. organic sonochemistry Matsuda, K., Kamakura, T. and Kumamoto, Y. Buildup of acoustic streaming in focused beams Newman, A., see Mason, T.J. Matsukawa, M., Yamada, K. and Nagai, I. Nguyen, N.T., Lethiecq, M., Karlsson, B. and Patat, F. An ultrasonic evaluation of the sol-gel synthesis of silica glass Highly attenuative rubber modified epoxy for ultrasonic McDicken, W.N., see Nicholson, N.C. transducer backing applications Miethchen, R., see Peters, D. Nicholson, N.C. and McDicken, W.N. Migliori, A. and Darling, T.W. A comparison of coupling horns for waveguides used in Resonant ultrasound spectroscopy for materials studies and medical ultrasonics non-destructive testing Nicolaou, P.D., see Kundu, T. Mills, A., see Worsley, D. Nishigaki, R., see Umemura, .S. Mi8&ik, V. and Riesz, P. Nojima, O., see Takizawa, Y. EPR study of free radicals induced by ultrasound in organic Nomoto, S., see Kaneko, S. liquids — II: Probing the temperatures of cavitation regions Nomura, H., Kaiho, K., Ishii, I., Higuchi, N., Tateishi, H., Misik, V. and Riesz, P. Fuchino, S., Kajikawa, K., Sekine, S., Arai, K., Natori, N. and Recent applications of EPR and spin trapping to Tamada, N. sonochemical studies of organic liquids and aqueous How to recognize superconducting rotor sound by AE solutions Nomura, H., Koda, S., Yasuda, K. and Kojima, Y. Mi8ik, V., see Kondo, T. Ultrasonic irradiation effect on porphyrin and its application Mitchell, S.R., see Bremmer, D.H. for quantification of ultrasonic intensity 555 Mitome, H., Kozuka, T. and Tuziuti, T. Nomura, H., see Koda, S. S91 Measurement of the establishment process of acoustic Nomura, H., Koda, S., Yasuda, K. and Kojima, Y. streaming using laser Doppler velocimetry Quantification of ultrasonic intensity based on the Mizariene, V., see Snitka, V. decomposition reaction of porphyrin Mizukoshi, Y., see Okitsu, .K. Mo, X., see Wang, S. Nurse, A., see Smith, A. Mo, X., see Wang, S. Moeini, L., see Nebois, P. Molkenstruck, W., see Kwiek, P. Oddie, G.M. Montel, F., see Daridon, J.L. A note on the use of ultrasonic techniques for the detection of Mori, E., see Watanabe, Y. vorticity and gas-cored vortices upstream of the inlets of Moyano, A., see Nebois, P. pumps 864 Author Index/Ultrasonics 34 (1996) 859-866 Ogden, R.W., see Sotiropoulos, D.A. 487 Rho, J.-Y. Ogden, R.W. and Sotiropoulos, D.A. An ultrasonic method for measuring the elastic properties of The effect of pre-stress on guided ultrasonic waves between a human tibial cortical and cancellous bone surface layer and a half-space Richard, C., see Brissaud, M. Ohnishi, K., Tomikawa, Y., Kusakabe, C. and Aoyagi, M. Richard, C., see Roche, D. Ultrasonic actuator using orthotropic composite materials Richard, C., see Durris, L. Ohya, K., see Kaneko, S. Richard, C., Guyomar, D. and Eyraud, L. Okada, T., see Tsujino, J. Influence of the stress-transfer on the dynamic properties of Okitsu, K., Mizukoshi, Y., Bandow, H., Maeda, Y.., the 2.2 PZT—polymer composites Yamamoto, T. and Nagata, Y. Richard, C., see Aurelle, N. Formation of noble metal particles by ultrasonic irradiation $249 Riera, A., see Nebois, P. Okoroafor, E.U., see Hill, R. 321 Riesz, P., see Misik, V. Okouchi, S., see Takizawa, Y. $201 Riesz, P., see Misik, V. Oosterbaan, W.A., see Hekkenberg, R.T. 139 Riesz, P., see Kondo, T. Otaki, H., see Yamakoshi, Y. 769 Rinker, M., see Fay, B. Riza, N.A. Narrowband ultrasonic phased array control using a Pandit, A.B., see Shirgaonkar, I.Z. $135 photonic beamformer Pang, K.F., see Shan, Q. 575 Riza, N.A. Paniwnyk, L., see Mason, T.J. $253 Erratum Passechnik, V.I., Anosov, A.A. and Isrefilov, M.G. Roche, D., see Brissaud, M. Physical basis and perspectives of acoustothermography Sil Roche, D., Richard, C., Eyraud, L. and Audoly, C. Passechnik, V.I. Shear stress sensor using piezoelectric bimorphs bending The influence of sound scattering on the acoustobrightness Rockstroh, M., see Hofmann, B. temperature Romdhane, M., Gourdon, C. and Casamatta, G. Patat, F., see Nguyen, N.T. Time response modelling of an ultrasonic thermoelectric Payne, P.A., see Shan, Q. probe Payne, P.A., see Shan, Q. Rouvaen, J.M., see Assaad, J. Pelourson, A., see Durris, L. Roux, J., see Audoin, B. Pericas, M.A., see Nebois, P. Rychagov, M.N. and Ermert, H. Peters, D., Scheunemann, A., Zur, C. and Miethchen, R. Cross-flow visualization by acoustic CT measurements Fluorination of organic compounds with ultrasound Petit, L., see Lebrun, L. Pétrier, C., see Francony, A. Sachse, W., see Baker, A.R. Pfaffinger, M.R., see Dual, J. Sachse, W., see Grabec, I. Piaffinger, M.R., see Wright, W.M.D. Sachse, W.H., see Bretz, K.C. Phelps, A.D., see Leighton, T.G. Safaeinili, A., Lobkis, O.I. and Chimenti, D.E. Piana, G.M., see Gori, M. Quantitative materials characterization using air-coupled Pinfield, V.J., Povey, M.J.W. and Dickinson, E. leaky Lamb waves Interpretation of ultrasound velocity creaming profiles Safaeinili, A., see Lobkis, O.1. Piquer, M.J.A., see Nebois, P. Saint-Pierre, N., see Jayet, Y. Pittomvils, G., Lafaut, J.P., Vandeursen, H., Boving, R., Baert, L. Saito, S. and Wevers, M. A property of the nonlinearly generated second-harmonic Ultrasonic velocities of concentric laminated uric acid stones component of focused ultrasound detected by a concave Plocek, J. receiver Equipment for ultrasonic investigation in mines Saito, S. Polatkova, V., Tomova, V., Eletéko, P. and Toma, S. Erratum Ultrasound-promoted Cannizzaro reaction under phase Sakamoto, T., see Kimura, T. transfer conditions Sanderson, M.L., see Guilbert, A.R. Povey, M.J.W., see Pinfield, V.J. Sanderson, M.L., see Guilbert, A.R. Prange, M.D. and Shenoy, R.G. Sasaki, K., see Umemura, .S. A fast Gaussian beam description of ultrasonic fields based Scala, C.M., see Doyle, P.A. on Prony’s method Scheunemann, A., see Peters, D. Price, G.J. Schindel, D.W., see Bashford, A.G. Ultrasonically enhanced polymer synthesis Schindel, D.W., Hutchins, D.A. and Grandia, W.A. Priston, A.-M.., see Hill, R. Capacitive and piezoelectric air-coupled transducers for resonant ultrasonic inspection Schmachtl, M., see Gudra, T. Ramble, D.G., see Leighton, T.G. Schubert, M., see Gudra, T. Ravez, M., see Assaad, J. Sekine, S., see Nomura, H. Reibold, R., see Kwiek, P. Seyed-Bolorforosh, M.S. Reilly, D., see Brown, G.J. Integrated impedance matching layer Reisse, J., Caulier, T., Deckerkheer, C., Fabre, O., Shah, V. and Balasubramaniam, K. Vandercammen, J., Delplancke, J.L. and Winand, R. Effect of viscosity on ultrasound wave reflection from a solid/ Quantitative sonochemistry liquid interface Author Index/ Ultrasonics 34 (1996) 859-866 Shan, Q., Chen, C.M. and Dewhurst, R.J. Ten Cate, F.J., see de Jong, N. Detection of laser-generated ultrasound with a conjugate Teo, K.C., see Goh, N.K. interferometer scheme Teoh, A.C.C., see Goh, N.K. Shan, Q., Dewhurst, R.J., Kuhn, A., Pang, K.F. and Payne, P.A. Thompson, R.B., see Johnson, J.C. Modelling of a photoacoustic probe designed for medical Todd, P.C.D., see Challis, R.E. applications Toma, S., see Polacékova, V. Shan, Q., Kuhn, A., Payne, P.A. and Dewhurst, R.J. Tomikawa, Y., see Hirose, S. Characterisation of laser-ultrasound signals from an optical Tomikawa, Y., see Aoyagi, M. absorption layer within a transparent fluid Tomikawa, Y., see Aoyagi, M. Sharpe, D.A., see Leighton, T.G. Tomikawa, Y., see Takano, T. Shenoy, R.G., see Prange, M.D. Tomikawa, Y., see Ohnishi, K. Shinozuka, N., see Yamakoshi, Y. Tomova, V., see Polaékova, V. Shiraki, T., see Tsujino, J. Trabelsi, F., Ait-lyazidi, H., Berlan, J., Fabre, P.-L., Delmas, H. Shirgaonkar, I.Z. and Pandit, A.B. and Wilhelm, A.M. Sonochemical effects in a supplementary role Electrochemical determination of the active zones in a high- Smith, A., Nurse, A., Graham, G. and Lucas, M. frequency ultrasonic reactor Ultrasonic cutting — a fracture mechanics model Tritton, T.R., see Tata, D.B. Smith, A.C., see Lucas, M. Tsujino, J., Ueoka, T., Hasegawa, K., Fujita, Y., Shiraki, T., Snitka, V., Mizariene, V. and Zukauskas, D. Okada, T. and Tamura, T. The status of ultrasonic motors in the former Soviet Union New methods of ultrasonic welding of metal and plastic Sobotta, R., see Hane’, R. materials Sohmiya, H., see Kimura, T. Tsujino, J. and Hasegawa, K. Sohmiya, H., see Ando, T. Ultrasonic wire bonding using high frequency 330, 600 kHz Song, J.H., see Lee, J.P. and complex vibration 190 kHz welding systems Sostaric, J., see Grieser, F. Tsujino, J. and Ueoka, T. Sotiropoulos, D.A. and Ogden, R.W. Ultrasonic multi-spot continuous welding of metal plate Generalized Brewster angle for wave reflection from a fluid— specimens using a two-vibration-system welding equipment transversely isotropic solid interface Tsujino, J., Suzuki, R. and Takeuchi, M. Sotiropoulos, D.A., see Ogden, R.W. Load characteristics of ultrasonic rotary motor using a Sponheim, N. and Myhrum, M. longitudinal-torsional vibration converter with diagonal slits. An in vitro study on the influence of limited frequency Large torque ultrasonic rotary motor resolution on contrast agent-enhanced Doppler signals Tuziuti, T., see Mitome, H. Staines, H., see Bremmer, D.H. Stor-Pellinen, J., see Ermolov, V. Strelitzki, R. and Evans, J.A. Uchino, K., see Hirose, S. An investigation of the measurement of Broadband Ueha, S., see Nakamura, K. Ultrasonic Attenuation in trabecular bone Ueoka, T., see Tsujino, J. Suhr, D., Briimmer, F., Irmer, U., Wurster, C., Eisenmenger, W. Ueoka, T., see Tsujino, J. and Hiilser, D.F. Umemura, S., see Kawabata, K. Bioeffects of diagnostic ultrasound in vitro Umemura, S., Kawabata, K., Sasaki, K., Yumita, N., Suzuki, R., see Tsujino, J. Umemura, K. and Nishigaki, R. Suzuki, T., see Aoyagi, M. Recent advances in sonodynamic approach to cancer therapy Umemura, K., see Umemura, S. Takahashi, M., see Kurosawa, M. Takahashi, S., see Hirose, S. Van Langenhove, H., see Drijvers, D. Takano, T., see Aoyagi, M. Vandercammen, J., see Reisse, J. Takano, T., Tomikawa, Y., Aoyagi, M. and Kusakabert, C. Vandeursen, H., see Pittomvils, G. Piezoelectric actuators driven by the saw-tooth-like motion Volkov, I.V., see Zavtrak, S.T. of a stator Vollmann, J., see Dual, J. Takeuchi, M., see Tsujino, J. Vollmann, J. and Dual, J. Takizawa, Y., Akama, M., Yoshihara, N., Nojima, O., Arai, K. High resolution analysis of axisymmetric wave modes in and Okouchi, S. cylindrical structures Hydroxylation of phenolic compounds under the condition Vollmann, J., see Wright, W.M.D. of ultrasound in aqueous solution von Sonntag, C., see Fang, X. Tamada, N., see Nomura, H. Tamura, T., see Tsujino, J. Tata, D.B., Biglow, J., Wu, J., Tritton, T.R. and Dunn, F. Wagner, J.W., see Murray, T.W. Ultrasound-enhanced hydroxyl radical production from two Wang, S., Feng, R. and Mo, X. clinically employed anti-cancer drugs, adriamycin and Study on ‘pulse cavitation peak’ in an ultrasound mitomycin C reverberating field Tateishi, H., see Nomura, H. Wang, S., Feng, R. and Mo, X. Tatibouét, J., see Jayet, Y. The cavitation valley phenomenon of rectangular wave Tebbutt, J.S. and Challis, R.E. modulation ultrasound Ultrasonic wave propagation in colloidal suspensions and Watanabe, Y. and Mori, E. emulsions: a comparison of four models A study on a new flexural-mode transducer-solid horn Tebbutt, J.S., see Austin, J.C. system and its application to ultrasonic plastics welding Teirlinck, C.J.P.M., see Hekkenberg, R.T. Watanabe, Y., see Murata, Y. Telgmann, T., see Behrends, R. Weiss, G., see Kaatze, U. 866 Author Index/ Ultrasonics 34 (1996) 859-866 Wendel, R. and Dual, J. Xans, P., see Daridon, J.L. Application of neural networks to quantitative Xiang, D., Hsu, N.N. and Blessing, G.V. nondestructive evaluation The design, construction and application ofa large aperture Wevers, M., see Pittomvils, G. lens-less line-focus PVDF transducer Whillock, G.O.H. and Harvey, B.F Preliminary investigation of the ultrasonically enhanced corrosion of stainless steel in the nitric acid/chloride system Yamada, K., see Matsukawa, M. White, J.D.H., see Challis, RE. Yamakoshi, Y., Otaki, H., Shinozuka, N. and Masuda, H. Whitney, T.M. and Green, Jr., R.E. Internal tissue displacement measurement based on Low temperature characterization of carbon epoxy ultrasonic wave Doppler signal digital detection and its composites: an application of resonant ultrasound application to fetal movement monitoring spectroscopy Yamamori, H., see Kaneko, S. Wilhelm, A.M., see Trabelsi, F. Yamamoto, T., see Okitsu, .K. Wilkinson, G.P., see Challis, R.E. Yasuda, K., see Nomura, H. Winand, R., see Reisse, J. Yasuda, K., see Nomura, H. Wise, F.W., see Bretz, K.C. Ylitalo, J. Worsley, D. and Mills, A. A fast ultrasonic synthetic aperture imaging method: The effects of power ultrasound on the oxidation of water by application to NDT Ce'Y ions mediated by thermally activated ruthenium dioxide Yoshihara, N., see Takizawa, Y. hydrate $119 Yumita, N., see Umemura, .S. Wright, W.M.D., see Dual, J. 291 Wright, W.M.D., Hutchins, D.A., Hayward, G. and Gachagan, A. Ultrasonic imaging using laser generation and piezoelectric air-coupled detection Zavtrak, S.T. and Volkov, I.V. Wright, W.M.D., Hutchins, D.A., Gachagan, A. and Hayward, G. Sound amplification by stimulated emission of radiation Polymer composite material characterisation using a laser/ (Saser) with cylindrical resonator air-transducer system Zavtrak, S.T., see Doinikov, A.A. Wu, J., see Tata, D.B. Zellouf, D., see Jayet, Y. Wu, T.-T. and Chen, Y.-C. Zhang, H., see Madigan, N.A. 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Zur, C., see Peters, D. ee Hes ELSEVIE Ultrasonics 34 (1996) 867-869 Subject Index to Ultrasonics Volume 34 and Ultrasonics—Sonochemistry Volume 3* 2-Octanol, $223 Backscatter transfer function, 5 Decomposition reaction, $153 2D Modelling, 83 Backward wave propagation, Decontamination, $53 [2+2] Cycloadditions, $215 Beamforming, 9 Deconvolution, 499 3D-modelling, 87 Biconcave transducers, 59 Deep temperature measurements, 677 [4+ 2] Cycloadditions, $215 Bioeffects, 559 Defect characterization, 121 5,5-Disubstituted hydantoins, $141 Bipotentiostatic control, $131 Degenerated vibration, 275 Blast energy measurements, 523 Degradation, $229 Absorption, 51 Blend of polymers, 669 Degradation of contaminants, $163 Absorption dose, $153 Boiling point, $223 Delamination detection, 287 Acoustical thermography, 677 Bonding layer, 793 Diagnostic ultrasound., 139, 559 Acoustic cavitation, $163 Brewster angle, 487 Diels—Alder, $147 Acoustic edge waves, 611 Broadband ultrasonic attenuation, 785 Diels—Alder cycoladdition, $7 Acoustic emission, 307, 321, 343, 467 Bubble detection, 661 Die vibration, 35 Acoustic flotation, 807 Bubbles, 531 Diffraction, 847 Acoustic image, 43 Diffusion layer thickness, $119 Acoustic impedance, 135 Dimerization, $47 Acoustic microscope, 537 Directivity patterns, 107 Acoustic microscopy, 327, 721 C-scan imaging, 825 Dispersion, 163 Acoustic output measurements, 139 Cannizzaro reaction, S15 Dispersion effect, 25 Acoustic radiation forces, 691 Capacitance, 169 Dissolution—precipitation, S97 Acoustic reflection, 477 Carbon tetrachloride, $77, $157 Distance measurement, 153 Acoustic streaming, 527, 763 Cardiology, 587 Doppler, 769 Acoustic thermography, 511 Catalysis, $53, $119 Doppler signal, 599 Acousto-optics, 9, 801 Cavitation, 193, 551, 579, 661, S73, $187, Dosimetry, $157 Additions, $215 $229, $249 Dynamic fluid—structure interaction, 297 Adhered joints, 315 Cavitation bubbles, $205 Dynamic focusing, 121 Adhesive, 355 Cavitation valley, S69 Adriamycin, $39 Cavity, $223 Educational aspects of sonochemistry, $209 Aged boiler tubes, 339 Cell culture, 559 Elastic characterization, 291, 405 Air-coupled, 169 CFRP, 283 Elastic constants, 471 Air-coupled transducers, 621, 825 Chip form, 467 Elastic dispersion, 491 Airborne applications, 153 Chlorofluorocarbons, $205 Elasticity modulus, 401 Airborne imaging, 111 Cladding, 503 Elastic moduli, 473 Aluminium wire bonding, 223 Clamp-on meters, 435 Elastic properties, 777 Analysis of variance, S47 Colloids, 363, 369 Elastic waves, 487, 491 Anisotropic solids, 471 Complex vibration ultrasonic welding, 177 Elastic wedge, 611 Antiresonance, 213 Complex vibration ultrasonic wire bonding, Elastodyn imics, 483 Antitumor effect, $187 223 Electro-rheological fluid, 261 Apex angie, 611 Composite plates, 43 Electrochemical method, $125 Apparatus, $19 Composites, 291, 343, 379, 383, 405, 669 Electrode surfaces, $239 Aqueous inorganic colloids, 547 Computerized tomography, 517 Electromagnetic acoustic transduce1, 729 Aqueous solutions, $57, $83, S201 Computer simulation, 599 Electromechanical modes, 251 Aspiration, 579 Confocal Fabry-Pérot interferometer, 173 Electron transfer, 551 Attenuation, 379, 737, 847 Constant current driving, 213 Electrostatic transducers, 111 Attenuation spectra, 591 Contrast agents, 587, 591, 595 EMATs, 311, 339 Controlling of specimen vibration, 229 Environment, $53 Back-scattering methods, 375 Copolymerization, S91 EPR, 825, $173 Backed transducers, 103 Corrosion, S111 Equation of state, 447 Creaming, 695 Equivalent circuits, 275 *Ultrasonics—Sonochemistry page Cure monitoring, 347 Establishment process, 527 numbers start with ‘S’. Cytochrome c reduction, $193 Expert systems, 411 868 Subject Index/Ultrasonics 34 (1996) 867-869 FEM, 103 Kaolin, 369 Non-contact ultrasound, 825 Ferromagnetic, 729 Kidney stone disintegration model, 571 Nondestructive evaluation, 1, 69, 401 Fetal monitoring, 769 KZK equation, 763 Nondestructive testing, 331, 397, 473 Fiber-optic sensors, 687 Nonlinearity, 187, 531 Fiber pullout, 343 Nonlinearity parameter, 537 Lamb waves, 287, 393, 455, 507, 703, 729 Fibre-reinforced composites, 825 Fillers, 355 Lamb wave scanning, 43 Finite amplitude method, 537 Lamb wave tomography, 825 Finite element analysis, 219 Laser-ultrasound, 575, 629 Offshore inspection, 125 Finite element method, 159 Laser ablation, 523 OH radicals, $57 Finite element modelling, 107 Laser beam deflection techniques, 523 Optical absorption layers, 575, 629 Finite elements, 35 Laser Doppler velocimetry, 527 Organic liquids, $25 Flexural-mode vibration, 235 Laser Doppler vibrometry, 205 Orthotropic composites, 283 Flow imaging, 517 Laser line source, 1 Os calcis, 785 Flowmeters, 435, 441 Laser pulse, 131 Osteoporosis, 785 Fluids, 19, 447 Lasers, 19 Oxidation, $1, $97 Fluorination, 543 Laser ultrasonics, 1, 69, 703, 793 Focused beam, 763 Laser ultrasound, 173 Focused ultrasound, 537 Layered medium, 793 Food, $253 Lead tetraacetate, $223 p-chlorobenzaldehyde, $15 Forming dies, 35 Light diffraction, 801 Paper, 703 Fracture, 197 Linear arrays, 107 Particle size, $119 Free radical mechanisms, $215 Linear motors, 257 Passive sensing, 677 Frequency, S19 Liquids, 51, 59 Pattern recognition, 321 Frequency characteristics of wire bonding, Load characteristics, 265 Percolation transition, 375 223 Loaded plates, 87 Perfiuoroalkylation, 543 Frequency effect in sonochemistry, $147 Longitudinal-torsional vibration converter, Period-double mode, 531 Frequency effects, $77 265 Phase bunching, 691 Frequency resolution, 599 Longitudinal vibrations, 757 Phased arrays, 9, 69, 121 Fricke solution, $153 Losses, 251 Phase delay estimation, 25 Lossy materials, 87 Phase recovery, 91, 99 Gas, 441 Low-frequency resonance, S65 Phase transfer conditions, $15 Gas bubble, 807 Low carbon steel sheets, 729 Photoacoustic effect, 19 Gaussian beams, 117 Low temperature, 383 Photoacoustics, 629 Gelation, 335 Photonics, 9 Green’s functions, 471, 641 Picosecond acoustics, 513 Magnetostrictive, 729 Guided waves, 291, 311, 405, 461 Mass transfer, $125 Piezo actuators, 243, 271 Piezoceramics, 87 Materials characterization, 393, 397, 641 Heat transfer, 835 Measurement, 431 Piezoelectric actuators, 279 Heterodyne laser interferometry, 291, 405 Mechanical/cavitation indices, 649, 649 Piezoelectric air-coupled transducers, 291, Heterogeneous polymer, 669 Mechanisms, $7 405 High-power characteristics, 213 Medical ultrasonics, 747 Piezoelectric bimorph, 147 High attenuation, 669 Metal particles, $239 Piezoelectric ceramics, 279 High frequency ultrasonic wire bonding, 223 Mining, 421, 425 Piezoelectric composite, 163 High frequency welding, 177 Piezoelectricity, 135 Mitomycin C, $39 High pressure effects, 125 Piezoelectric material, 83 Modal analysis, 35, 205 High school sonochemistry, $209 Piezoelectric motors, 251 Modeling of ultrasonic phenomena, 451 Hilbert transform, 25 Modelling, 363, 503 Piezoelectric sensor, 397 Horns, 747 Modulation depth, $69 Piezoelectric transducers, 131, 153 Human tibia, 777 Piezomotors, 247 Molecular weight, $229 Hydration, 375 Pivalic acid, S47 Monodispersed silica spheres, $105 Hydrolysis, $135 Polymer characterization, 513 Monofluorination, 543 Hydroxylation, $201 Multi-spot continuous ultrasonic metal Polymerization, $229 Hydroxyl radicals, $39, S47 Polymer ultrasonic transducers, 575 welding, 229 Hypersonic spectrometry, 51 Porphyrin, 555, $153 Potassium iodide, $157 Imaging, 621 Narrow-band ultrasound, 69 Pre-stress, 491 Imaging of defects, 291, 405 NDE, 315 Prony’s method, 117 Inspection, 287 NDT, 125, 173, 411 Protoporphyrin, $187 Interaction force, 807 Nematic liquid crystals, 9 Pulse cavitation peak, S65 Interface failure, 343 Network analysis method, 159 Pulse compression, 655 Interface reflections, 487 Neural networks, 451, 455, 461, 467 Pumps, 495 Iodide, $1 Nitrosodurene, $25 PVDF hydrophone probes, 567 Isomerisation, $135 Noble metal particles, $249 PVDF hydrophones, 649, 649 Isotropic cylinders, 19 Non-contact inspection, 169 PZT, 187

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