Table Of Content

SONOCHEMISTRY ELSEVIER Ultrasonics Sonochemistry 6 (1999) 997_97R pare 228 A NS ET www.elsevier.nl/locate/ultsonch Author Index to Volume 6 Abismail, B., Canselier, J.P., Wilhelm, A.M., Delmas, H. and Delmas, H., see Burdin, F Gourdon, C. Delmas, H., see Monnier, H. Emulsification by ultrasound: drop size distribution and Delmas, H., see Abismail, B. stability } Drijvers, D., van Langenhove, H., Kim, L.N.T. and Bray, L. Acquistucci, R., see Mecozzi, M. Sonolysis of an aqueous mixture of trichloroethylene and Amici, M., see Mecozzi, M. WwWWw chlorobenzene Ando, T., see Kimura, T. \oW ww Andreev, V.V. Felfdldi, K., see Toérdék, B. A mathematical treatment of the use of ultrasound in Fujita, M., see Kimura, T. homogeneous and heterogeneous catalysis Fujiwara, S., see Katoh, R Ashokkumar, M. and Grieser, F Sonophotoluminescence from aqueous and non-aqueous Gourdon, C., see Abismail, B. solutions Grieser, I , see Ashokkumar, M Ashokkumar, M., see Wall, M Grieser, F., see Wall, M. Guiraud, P., see Burdin, F Balazsik, K., see Térék, B Bandow, H., see Mizukoshi, Y. Han, B.H., see Yim, E.S. Bartok, M., see Térdk, B. Huang, J., see Li, B Blackburn, R., see Wakeford, C.A. Bonrath, W. and Schiefer, G. Ikazaki, F., see Katoh, R Bis(acetylacetonato)dioxomolybdenum( VI) catalysed rearrangement of methylbutynol in the presence of Janackovic, D., see Jokanovic, V ultrasound Jokanovic, V., Janackovic, D. and Uskokovic, D. Bray, L., see Drijvers, D Influence of aerosol formation mechanism by the ultrasonic Bremner, D.H. and Mitchell, S.R. field on particle size distribution of ceramic powders Sonochemical reaction of bromothiophenes with chlorotrimethylsilane Burdin, F., Tsochatzidis, N.A., Guiraud, P., Wilhelm, A.M. and Kakudate, Y., see Katoh, R Delmas, H Katoh, R., Tasaka, Y., Sekreta, E., Yumura, M., Ikazaki, F., Characterisation of the acoustic cavitation cloud by two laset Kakudate, Y. and Fujiwara, S. techniques Sonochemical production of a carbon nanotube Keil, F.J., see Dahnke, S. Keil, F.J., see Dahnke, S Canselier, J.P., see Abismail, B Kim, L.N.T., see Drijvers, D. Cheng, X., see Li, J.-T Kimura, T., Fujita, M. and Ando, T Chorvatovicova, D., see Machova, E. Sonochemical and photochemical reactions of Coles, B.A., see Del Campo, F-.J. bromotrichloromethane in the presence and absence of 1- Compton, R.G., see Del Campo, F.J alkene Cook, B.B., see E. Taylor, Jr. Kogan, G., see Machova, E Cordemans, E., see Del Campo, F.J Kriiger, O., Schulze, T.-L. and Peters, D Sonochemical treatment of natural ground water at different Dahnke, S., Swamy, K.M. and Keil, F.J high frequencies: preliminary results A comparative study on the modeling of sound pressure field Kumar, P.S., see Moholkar, VS. distributions in a sonoreactor with experimental Kun, I., see Térdk, B investigation Dahnke, S., Swamy, K.M. and Keil, FJ. Lauterborn, W., see Mettin, R Modeling of three-dimensional pressure fields in Li, B., Xie, Y., Huang, J. and Qian, Y sonochemical reactors with an inhomogeneous density Sonochemical synthesis of silver, copper and lead seienides distribution of cavitation bubbles. Comparison of theoretical Li, J.-T., Li, T.-S., Li, L.-J. and Cheng, X. and experimental results Synthesis of ethyl x-cyanocinnamates under ultrasound Del Campo, F.J., Coles, B.A., Marken, F., Compton, R.G. and irradiation Cordemans, E. Li, L.-J., see Li, J.-T High-frequency sonoelectrochemical processes: mass Li, T.-S., see Li, J.-T. transport, thermal and surface effects induced by cavitation Lickiss, P.D., see Wakeford, C.A. in a 500 kHz reactor Luther, S., see Mettin, R. 228 Author Index / Ultrasonics Sonochemistry 6 (1999) 227-228 Machova, E., Kogan, G., Chorvatovitova, D. and Sandula, J. Sandula, J., see Machova, E. Ultrasonic depolymerization of the chitin-glucan complex Schiefer, G., see Bonrath, W. from Aspergillus niger and antimutagenic activity of its Schulze, T.-L., see Kriiger, O. product Sekreta, E., see Katoh, R. Maeda, Y., see Mizukoshi, Y. Swamy, K.M., see Dahnke, S. Margulis, I.M., see Margulis, M.A. Swamy, K.M., see Dahnke, S. Margulis, M.A. and Margulis, I.M Sz6llési, G., see Torok, B. Theory of local electrification of cavitation bubbles: new approaches Tarr, M.A., see E. Taylor, Jr. Marken, F., see Del Campo, F.J. Tasaka, Y., see Katoh, R. Mecozzi, M., Amici, M., Pietrantonio, E. and Acquistucci, R. Taylor, Jr., E., Cook, B.B. and Tarr, M.A. Ultrasound-assisted analysis of total carbohydrates in Dissolved organic matter inhibition of sonochemical environmental and food samples degradation of aqueous polycyclic aromatic hydrocarbons Mettin, R., Luther, S., Ohl, C.-D. and Lauterborn, W. Torok, B., Szdllési, G., Balazsik, K., Felf6ldi, K., Kun, I. and Acoustic cavitation structures and simulations by a particle Bartok, M. model Ultrasonics in heterogeneous metal catalysis: sonochemical Mitchell, $.R., see Bremner, D.H. chemo- and enantioselective hydrogenations over supported Mizukoshi, Y., Nakamura, H., Bandow, H., Maeda, Y. and Nagata, platinum catalysts Sonolysis of organic liquid: effect of vapour pressure and Tronson, R., see Wall, M. evaporation rate Tsochatzidis, N.A., see Burdin, F. Moholkar, V.S., Kumar, P.S. and Pandit, A.B. Tuulmets, A. and Raik, P. Hydrodynamic cavitation for sonochemical effects Ultrasonic acceleration of ester hydrolyses Monnier, H., Wilhelm, A.-M. and Delmas, H. Influence of ultrasound on mixing on the molecular scale for Uskokovic, D., see Jokanovic, V. water and viscous liquids van Langenhove, H., see Drijvers, D. Nagata, Y., see Mizukoshi, Y. Nakamura, H., see Mizukoshi, Y. Niemczewski, B. Wakeford, C.A., Blackburn, R. and Lickiss, P.D. Chemical activation of ultrasonic cavitation Effect of ionic strength on the acoustic generation of nitrite, Niemczewski, B. nitrate and hydrogen peroxide Estimation of the suitability of selected organic solvents for Wall, M., Ashokkumar, M., Tronson, R. and Grieser, F. ultrasonic cleaning Multibubble sonoluminescence in aqueous salt solutions Wilhelm, A.-M., see Monnier, H. Wilhelm, A.M., see Burdin, F. Ohl, C.-D., see Mettin, R. Wilhelm, A.M., see Abismail, B. Pandit, A.B., see Moholkar, V.S Ale, Y;, 966 E1, B: Park, M.K., see Yim, E.S. Peters, D., see Kriiger, O. Pietrantonio, E., see Mecozzi, M. Yim, E.S., Park, M.K. and Han, B.H. Effects of ultrasound on the formation of x-benzoylbenzyl cyanide from benzyl cyanide and alkylphenyl ketone from «- Qian, Y., see Li, B alkyibenzyl cyanide by potassium superoxide in the presence of crown ether Raik, P., see Tuulmets, A Yumura, M., see Katoh, R. SONOCHEMISTRY Ultrasonics Sonochemistry 6 (1999) 229 www.elsevier.nl/locate/ultsonch Subject Index to Volume 6 Acoustic cavitation, 43, 53 Ester hydrolysis, 85 Organic liquids, 203 Acoustic generation, 141 Ethyl cyanocinnamate, 199 Aerosol formation mechanism, 157 Ethylenediamine, 217 Parallel-competing reactions, 67 Ag,Se, 217 Ethyl pyruvate, 97 Particle simulation, 25 Alkene, 93 Evaporation rate, 203 Particle size distribution, 157 PbSe, 217 Batch reactor, 67 Fluorescence, | Phase Doppler, 43 4-Benzoylbenzyl cyanide, 105 Food analysis, 133 Phenylalkyl ketones, 105 Benzyl cyanide, 105 Frequency, 123 Polycyclic aromatic hydrocarbons, 175 Bjerknes forces, 25 Frequency effect, 189 Porous catalyst granule, 21 2-Bromothiophene, 171 Fulvic acid, 175 Potassium superoxide, 105 3-Bromothiophene, 171 Power ultrasound, 75 Bromotrichloromethane, 93 Prenal, 89 Ground water, 123 Prussian blue, 189 Bubbles, 1, 7 Heterogeneous sonochemistry, 185 Salt solutions, 7 Hydrodynamic cavitation, 53 Sonochemical hydrogenations, 97 Carbohydrates, 133 Hydrogen peroxide, 141 Sonochemical reaction, 105 Carbon nanotube, 185 Hydrolysis, 133 Sonochemistry, 53, 123, 175, 217 Catalyst, 189 Sonoelectrochemistry, 189 Cavitation, 1, 7, 25, 67, 149, 189, 211 Inter-particle collision, 185 Sonoluminescence, 1, 7 Cavitation bubbles, 15 Ceramic powder, 157 onic strength, 141 Sonolysis, 115 Sonophotoluminescence, | Chemoselective, 97 Sonoreactor, 31, 221 Chitin—glucan, 111 Kinetics, 85 Sound pressure field modeling, 3 Chlorobenzene, 115 Knoevenagel condensation, 199 Surface tension, 93 Chlorotrimethylsilane, 171 Cinnamaldehyde, 97 Laser diffraction, 43 Tetrabromothiophene, 171 Crown ether, 105 Light, 93 Three-dimensional wave equation, 31 CuSe, 217 Local electrification, 2a ,3,5-Tribromothiophene, 171 Trichloroethylene, 115 Decarboxylation, 89 Mass transport, 189 Decontamination, 123 Metal particle size, 97 ltrasonication, 111 Degradation, 175 Meyer—Schuster rearrangement, 89 Itrasonic cleaning, 149, 211 Depolymerization, 111 Micromixing, 67, 189 Itrasonic field, 157 2,5-Dibromothiophene, 171 Mixture, 115 Itrasonic intensity distribution, 221 1,2-Dichloroethane, 123 Modified electrode, 189 Itrasound, 1, 7, 21, 31, 67, 85, 93, 97, 123, Dissolved organic matter, 175 33,171, 185, 199, 221 Nanocrystalline, 217 ltrasound power, 43 Emulsification, 75 Nitrate, 141 Ultrasound radiation pressure, 149 Emulsion stabililty, 75 Nitrite, 141 Enantioselective, 97 Non-aqueous sonolysis, 203 Vapor pressure, 93 Environmental analysis, 133 Non-steady-state catalysis, 21 Vapour pressure, 203