Table Of Content

SONOCHEMISTRY Ultrasonics Sonochemistry 8 (2001) 387-389 www.elsevier.com/locate/ultsonch Author Index to Volume 8 Adzerikho, I.E., Mrochek, A.G., Dmitriev, V.V., Lukyan- Chen, W., Cai, W.P., Chen, Z.X. and Zhang, L.D chenko, O.A. and Kulak, A.I. Structural change of mesoporous silica with sonochemi- Ultrasound fibrin clot destruction in vitro in the presence of cally prepared gold nanoparticles in its pores fibrinolytic agent Chen, Z.X., see Chen, W. Akatsu, T., see Hoshi, K. Cheung, H.M., see Gaddam, K Alonso, R., see Inigo, A.C. Chou, T.-C., see Twu, H.-S. Amara, N., Ratsimba, B., Wilhelm, A.-M. and Delmas, H. Crystallization of potash alum: effect of power ultrasound De Visscher, A., see Dewulf, J. Ando, T., see Sohmiya, H. Delmas, H., see Amara, N. Aquino, F. and Bonrath, W Dewulf, J., Van Langenhove, H., De Visscher, A. and Dehydration of hydroxenin monoacetate in the presence of Sabbe, S. ultrasound Ultrasonic degradation of trichloroethylene and chloro- Atobe, M., see Kado, Y. benzene at micromolar concentrations: kinetics and mod- Avni, R., see Lepoint-Mullie, F. elling Dindore, V.Y., see Vichare, N.P. Diodati, P. and Giannini, G Balazsik, K., see Torok, B. Cavitation damage on metallic plate surfaces oscillating at Bartok, M., see Torok, B. 20 kHz Bartels, P.V., see Chemat, F. Dmitriev, V.V., see Adzerikho, I.E. Bathen, D., see Breitbach, M Doche, M.-L., Hihn, J.-Y., Touyeras, F., Lorimer, J.P., Bayramoglu, M., see Tekin, T Mason, T.J. and Plattes, M. Bear, E., see Laughrey, Z. Electrochemical behaviour of zinc in 20 kHz sonicated Beaufoy, E., see Paniwnyk, L NaOH electrolytes Behrend, O. and Schubert, H. Doche, M.-L., see Touyeras, F. Influence of hydrostatic pressure and gas content on continuous ultrasound emulsification Entezari, M.H. and Keshavarzi, A Bhandari, M., see Kad, G.L. Phase-transfer catalysis and ultrasonic waves II: saponi- Bianchi, C.L., see Ragaini, V. fication of vegetable oil Bianchi, C.L., Martini, F. and Ragaini, V Eskin, G.I New ultrasonically prepared Co-based catalysts for Broad prospects for commercial application of the ultra- Fischer-Tropsch synthesis sonic (cavitation) melt treatment of light alloys Bisel, I., see Moisy, Ph Espitalier, F., see Louisnard, O Blanc, P., see Venault, L Blanc, P., see Moisy, Ph Felfoldi, K., see Torok, B Bonrath, W., see Aquino, F Fujita, M., see Sohmiya, H. Breitbach, M. and Bathen, D. Influence of ultrasound on adsorption processes Gaddam, K. and Cheung, H.M. Buslaev, A.P., see Prikhodko, V.M. Effects of pressure, temperature, and pH on _ the sonochemical destruction of 1,1,1-trichloroethane in Cai, W.P., see Chen, W. dilute aqueous solution Calle, P., see Castellanos, M.M. Gaplovsky, A., see Toma, S. Caltagirone, J.-P., see Servant, G. Genvo, F., see Moisy, Ph. Casadonte Jr., D.J., see Sweet, J.D Gérard, A., see Servant, G. Castellanos, M.M., Reyman, D., Sieiro, C. and Calle, P. Giannini, G., see Diodati, P. ESR-spin trapping study on the sonochemistry of liquids in Gogate, P.R., see Vichare, N.P the presence of oxygen. Evidence for the superoxide radical Gogate, P.R., see Pandit, A.B. anion formation Gronroos, A., Pirkonen, P., Heikkinen, J., [halainen, J., Chau, F.-t., see Wu, J. Mursunen, H. and Sekki, H. Chaudhary, S., see Kad, G.L. Ultrasonic depolymerization of aqueous polyvinyl alcohol Chemat, F., Teunissen, P.G.M., Chemat, S. and Bartels, P.V. Sono-oxidation treatment of humic substances in drinking Harada, H. water Sonophotocatalytic decomposition of water using TiO» Chemat, S., see Chemat, F photocatalyst {uthor Index / Ultrasonics Sonochemistry 8 (2001) 38 389 Heikkinen, J., see Gronroos, A 259 Ling, T.-R., see Twu, H.-S. Hihn, J.-Y., see Touyeras, I 285 Lin, ¥.,. see’ La, B. Hihn, J.-Y., see Doche, M.-L 291 Lorimer, J.P., see Paniwnyk, L Hita, A., see Servant, G 163 Lorimer, J.P., see Doche, M.-L. Hoshi, K., Akatsu, T., Tanabe, Y. and Yasuda, E Louisnard, O., Lyczko, N., Espitalier, F., Urzedowski, M., Curing properties of furfuryl alcohol condensate with Vargas-Hernandez, Y. and Sanchez-Romero, C carbonaceous fine particles under ultrasonication High bubble concentrations produced by ultrasounds in Huang, J., see Li, B. binary mixtures Luche, J.-L., see Meciarova, M Inigo, A.C., Alonso, R. and Vicente-Tavera, S Luche, J.-L., see Toma, S. Dissolution of salts crystallised in building materials using Lukyanchenko, O.A., see Adzerikho, I.E ultrasound: an alternative to NORMAL (1983) standard Luther, S., Mettin, R., Koch, P. and Lauterborn, W methodology Observation of acoustic cavitation bubbles at 2250 frames Ihalainen, J., see Gronroos, A per second Lyczko, N., see Louisnard, O. Jones, R., see Laughrey, Z Madic, C., see Venault, | Kad, G.L., Singh, V., Chaudhary, S., Setia, S., Bhandari, M Maeda, Y., see Mizukoshi, Y and Singh, J. Martini, I , see Bianchi, C.L Efficient synthesis of (+)-7-isopropyl-2,10-dimethyl-8(E), Mason, T.J., see Valachovic, P 10-undecadien-4-one and 3,7-dimethyl-11-oxo-2(E),6(E)- Mason, T.J., see Toma, M dodecadienol (oxocrinol) under ultrasound Mason, T.J., see Paniwnyk, I Kado, Y., Atobe, M. and Nonaka, T Mason, T.J., see Doche, M.-L Ultrasonic effects on electroorganic processes — Part 20 Meciarova, M., Toma, S. and Luche, J.-L Photocatalytic oxidation of aliphatic alcohols in aqueous The sonochemical arylation of malonic esters mediated by suspension of TiO, powder manganese triacetate Kawaguchi, S., see Kojima, Y Meng, L.-H., see Li, J.-T Keshavarzi, A., see Entezari, M.H Mettin, R., see Luther, S. Kim, W. and Saito, F Misik, V., see Miyoshi, N Sonochemical synthesis of hydroxyapatite from H,PO, Miyoshi, N., Takeshita, T., Misik, V. and Riesz, P. solution with Ca(OH), Monomerization of photosensitizers by ultrasound irra- Kimura, T., see Sohmiya, H diation in surfactant micellar solutions Koch, P., see Luther, S Mizukoshi, Y., Takagi, E., Okuno, H., Oshima, R., Maeda, Y. Koda, S., see Kojima, Y and Nagata, Y Koda, S., see Rong, | Preparation of platinum nanoparticles by sonochemical Koda, S., see Kojima, Y reduction of the Pt(IV) ions: role of surfactants Kojima, Y., Koda, S., Nomura, H. and Kawaguchi, S Moisy, Ph., see Venault, L Effect of sonication on nitroxide-controlled free radical Moisy, Ph., Bisel, I., Genvo, F., Rey-Gaurez, F , Venault, L polymerization of styrene and Blanc, P Kojima, Y., see Rong, I Preliminary results on the effect of power ultrasound on Kojima, Y., Koda, S. and Nomura, H. nitrogen oxide and dioxide atmosphere in nitric acid Effect of ultrasonic frequency on polymerization of styrene solutions under sonication Mrochek, A.G., see Adzerikho, I.E Kulak, A.I., see Adzerikho, I.E. Mujumdar, S., see Pandit, A.B Mursunen, H., see Gronroos, A Laborde, J.-L., see Servant, G Mutonkole, K., see Vanden Eynde, J.J. Lanin, V.L Ultrasonic soldering in electronics Nagata, Y., see Mizukoshi, Y Laughrey, Z., Bear, E., Jones, R. and Tarr, M.A. Narayana, K.L., see Swamy, K.M Aqueous sonolytic decomposition of polycyclic aromatic Nomura, H., see Kojima, Y hydrocarbons in the presence of additional dissolved Nomura, H., see Kojima, Y species Nomura, H., see Rong, | Lauterborn, W., see Luther, S Nonaka, T., see Kado, Y. Lepoint, T., see Lepoint-Mullie, F. Norkin, S.B., see Prikhodko, V.M. Lepoint-Mullie, F., Voglet, N., Lepoint, T. and Avni, R Evidence for the emission of ‘alkali-metal-noble-gas’ van Okuno, H., see Mizukoshi, Y. der Waals molecules from cavitation bubbles Oshima, R., see Mizukoshi, Y. Li, B., Xie, Y., Huang, J., Liu, Y. and Qian, Y A novel method for the preparation of III-V semiconduc- Pandit, A.B., see Vichare, N.P tors: sonochemical synthesis of InP nanocrystals Pandit, A.B., Gogate, P.R. and Mujumdar, S. Li, J.-T., Zang, H.-J., Meng, L.-H., Li, L.-J., Yin, Y.-H. and Ultrasonic degradation of 2:4:6 trichlorophenol in presence Li, T.-S. of TiO, catalyst Synthesis of ethyl alkylidene « cyanoacetates unde Pandit, A.B., see Sivakumar, M ultrasound irradiation Paniwnyk, L., see Toma, M La, L.-J, see Li, J.-T Paniwnyk, L., Beaufoy, E., Lorimer, J.P. and Mason, T.J Li, T.-S., see Li, J.-T The extraction of rutin from flower buds of Sophora Lin, L., see Wu, J. japonica Author Index / Ultrasonics Sonochemistry 8 (2001 ) 387-389 Pechova, A., see Valachovic, P 111 Teo, K.C., Xu, Y. and Yang, C. Peters, D. Sonochemical degradation for toxic halogenated organic Sonolytic degradation of volatile pollutants in natural compounds ground water: conclusions from a model study Teunissen, P.G.M., see Chemat, F Pirkonen, P., see Gronroos, A. Toma, M., Vinatoru, M., Paniwnyk, L. and Mason, T.J. Pirola, C., see Ragaini, V. Investigation of the effects of ultrasound on vegetal tissues Plattes, M., see Doche, M.-L. during solvent extraction Prikhodko, V.M., Buslaev, A.P., Norkin, $.B. and Yashina, Toma, S., Gaplovsky, A. and Luche, J.-L M.V. The effect of ultrasound on photochemical reactions Modelling of cavitational erosion in the area of surfaces of Toma, S., see Meciarova, M smooth contact Torok, B., Balazsik, K., Felfoldi, K. and Bartok, M. Asymmetric reactions in sonochemistry Qian, Y., see Li, B. Touyeras, F., Hihn, J.-Y., Doche, M.-L. and Roizard, X. Electroless copper coating of epoxide plates in an ultra- Ragaini, V., Selli, E., Bianchi, C.L. and Pirola, C sonic field Sono-photocatalytic degradation of 2-chlorophenol in Touyeras, F., see Doche, M.-L. water: kinetic and energetic comparison with other Tuulmets, A. and Salmar, S. techniques Effect of ultrasound on ester hydrolysis in aqueous Ragaini, V., see Bianchi, C.L ethanol Ratsimba, B., see Amara, N. Twu, H.-S., Ling, T.-R., Chou, T.-C. and Yang, M.-C Rey-Gaurez, F., see Moisy, Ph. Ultrasonic irradiation effect in the impregnation—reduction Reyman, D., see Castellanos, M.M process of preparing Pt/Nafion” NH,° sensor Riesz, P., see Miyoshi, N. Roizard, X., see Touyeras, F Urzedowski, M., see Louisnard, O Rong, L., Kojima, Y., Koda, S. and Nomura, H. Simple quantification of ultrasonic intensity using aqueous Valachovic, P., Pechova, A. and Mason, T.J. solution of phenolphthalein Towards the industrial production of medicinal tincture by ultrasound assisted extraction Sabbe, S., see Dewulf, J. Vanden Eynde, J.J.,. Mutonkole, K. and Van Haverbeke, Y. Saito, F., see Kim, W Surfactant-assisted organic reactions in water. Effect of Salmar, S., see Tuulmets, A. ultrasound on condensation reactions between active Sanchez-Romero, C., see Louisnard, O. methylene compounds and arylaldehydes Schubert, H., see Behrend, O. Van Haverbeke, Y., see Vanden Eynde, J.J. Sekki, H., see Gronroos, A. Van Langenhove, H., see Dewulf, J. Selli, E., see Ragaini, V Vargas-Hernandez, Y., see Louisnard, O. Servant, G., Laborde, J.-L., Hita, A., Caltagirone, J.-P. and Venault, L., Moisy, Ph., Blanc, P. and Madic, C Gérard, A Kinetics of hydrazinium nitrate decomposition in nitric Spatio-temporal dynamics of cavitation bubble clouds in a acid solutions under the effect of power ultrasound low frequency reactor: comparison between theoretical and Venault, L., see Moisy, Ph. experimental results Vicente-Tavera, S., see Inigo, A.C. Setia, S., see Kad, G.L. Vichare, N.P., Gogate, P.R., Dindore, V.Y. and Pandit, A.B. Sieiro, C., see Castellanos, M.M. Mixing time analysis of a sonochemical reactor Singh, J., see Kad, G.L. Vinatoru, M. Singh, V., see Kad, G.L. An overview of the ultrasonically assisted extraction of Sivakumar, M. and Pandit, A.B. bioactive principles from herbs Ultrasound enhanced degradation of Rhodamine B: Vinatoru, M., see Toma, M optimization with power density Voglet, N., see Lepoint-Mullie, F Sohmiya, H., Kimura, T., Fujita, M. and Ando, T. Simultaneous irradiation of ultrasound and UV light. Ultrasonic acceleration of the photochemical disappear- Wilhelm, A.-M., see Amara, N ance of 4,4’-dihalogenated benzils in 1,4-dioxane Wu, J., Lin, L. and Chau, F.-t Swamy, K.M. and Narayana, K.L Ultrasound-assisted extraction of ginseng saponins from Intensification of leaching process by dual-frequency ginseng roots and cultured ginseng cells ultrasound Sweet, J.D. and Casadonte Jr., D.J Xie, Y., see Li, B Sonochemical synthesis of iron phosphide Xu, Y., see Teo, K.C Takagi, E., see Mizukoshi, Y Yang, M.-C., see Twu, H.-S Takeshita, T., see Miyoshi, N Yang, C., see Teo, K.C. Tanabe, Y., see Hoshi, K Yashina, M.V., see Prikhodko, V.M. Tarr, M.A., see Laughrey, Z. Yasuda, E., see Hoshi, K Tekin, D.,. see Tekin, T: Yin, Y.-H., see Li, J.-T. Tekin, T., Tekin, D. and Bayramoglu, M Effect of ultrasound on the dissolution kinetics of Zang, H.-J., see Li, J.-T. phosphate rock in HNO; Zhang, L.D., see Chen, W SONOCHEMISTRY ELSEVIER Ultrasonics Sonochemistry 8 (2001) 391-392 www.elsevier.com/locate/ultsonch Subject Index to Volume 8 1,1,1-trichloroethane, 103 Droplet disruption, 271 Interfacial tension, 213 2-Chlorophenol degradation, 251 Dual-frequency ultrasound, 341 Inverse phase transfer catalysis, 35 2-Propanol, 69 Iron phosphide, 97 2:4:6 trichlorophenol, 227 Isomerisation, 217 Electroless coating, 285 3,7-dimethyl-1 1-oxo-2(E),6(E)-dodecadienol Electron spin resonance, 17 (oxocrinol), 123 Electron transfer, 119 Jet mixing, 23 (+)-7-isopropyl-2,10-dimethyl-8(E),10-unde- Electronic components, 379 cadien-4-one, 123 Enantioselective, 191 Ketoesters, 191 Energy consumption, 25] Kinetics, 209 Acoustic cavitation, Energy density, 271 Acoustic streaming, Entrainment, 23 Adhesion, 285 Essential oils, 137 Light alloys, 319 Adsorption, 277 Ester hydrolysis, 209 Living radical polymerization, 81 Adsorption and desorption characteristics, Ethyl alkylidene « cyanoacetate, 93 997 Extraction, 111, 299, 347 Mass transfer, 213, 25 ,57 Advanced oxidation process, 103 Mechanism, 137 Aggregate, 367 Fading time, 11 Mesoporous structure, 335 Ammonium, 41 Fibrin clot, 315 Metal, 49 Amorphous materials, 97 Fischer-Tropsch synthesis, 131 Mixing time, 23 Antioxidant, 299 Fragmentary transient cavitation bubbles, Monomer, 367 Arylation, 119 163 Average-number molecular weight, 75 Fragmentation, 183 Free radicals, 17 NaAr, 151 Benzil, 7 Frequency, 277 Nanoparticles, | Binary solvents, 209 Frequency effect, 75 NaOH electrolyte, 291 Bjerknes force, bubbly liquid, bubble migra- Furan resin, 89 Narrow molecular weight distribution, 81 tion, 163 Nitric acid, 373 Bubble dynamics, 159 Gas content, 271 Nitrogen dioxide, 175 Building materials, 127 Ginseng, 347 Nitrogen oxide, 175 Ginsenoside (saponins), 347 Nitrous acid, 175 Caflisch equations, 163 Gold nanoparticles, 335 Non-linear models, 59 Carbonaceous fine particles, 89 Ground water, 221 NORMAL, 127 Cavitation, 49, 59, 159, 315, 319, 335 Chlorobenzene, 143 Heterogeneous reaction, 85 OH radical, 143 Cobalt catalyst, 131 High performance liquid chromatograph, Ore leaching, 341 Condensation, 35 347 Oxidation, 119 Continuous emulsification, 271 HN;, 359 Ozone, 251 Crystallization, 265 HNO3, 35 Curing process, 89 HNO, 3: p-Chlorophenol, 241 Humic acid, 35: Phase-transfer catalyst, 213 Humic substances, 247 Damage, 49 Phenolphthalein, 11 Hydrocarbons, 131 Decomposition of water, 55 Pheophorbide-a derivatives, 367 Hydrogen peroxide, 247 Degradation, 233, 241 Phosphate rock, 373 Hydrogenations, 191 Dehydration, 217 Photocatalysis, 55, 251 Hydroxenin monoacetate, 217 Depolymerization, 259 Photocatalytic oxidation, 69 Hydroxyapatite, 85 Desorption, 277 Photochemistry, 7, 201 Diastereoselective, 191 Platinum, 1, 41 a-Diketone, 7 image processing, 159 Pollutant degradation, 353 Dissolution, 127, 183 Impregnation—reduction, 41 Polycyclic aromatic hydrocarbons, 353 Dissolution kinetics, 373 InP nanocrystals, 331 Polydispersity, 75 Dissolved organic matter, 353 Intensity, 277 Polyenes, 217 392 Subject Index | Ultrasonics Sonochemistry 8 (2001) 391-392 Polymerization of styrene, 75 Size distribution, 265 TiO>, 55, 69 Porphyrin, 11 Soldering, 379 Toroidal bubble, 59 Potash alum, 265 Sonication, 111 Trichloroethylene, 143 Power density, 233 Sonication effect, 81 Power intensity, 233 Sono-oxidation, 247 Ultrasonic, 41, 319, 379 Power ultrasound, 265, 291 Sonochemical, 241 Power ultrasound reactors, 259 Sonochemical destruction, 103 Ultrasonic extraction, 303 Preparation, 93, 131 Sonochemical reactor, 163 Ultrasonic extractive value, 303 Pressure, 271 Sonochemical reduction, | Ultrasonic intensity indicator, 11 Process intensification, 34] Sonochemical switching, 119 Ultrasonic irradiation, 227 PVA, 259 Sonochemical synthesis, 85, 331 Ultrasonic pulsation, 59 Pyrolysis, 143 Sonochemistry, 7, 17, 163, 191, 201, 221 Ultrasonic solvent extraction, 137 Ultrasonic swelling index, 303 Sonoelectrochemistry, 285, 291 Sonoluminescence, 151 Ultrasonic treatment, 103 Quantification of ultrasonic intensity, 11 Sonolysis, 55, 143, 221, 251 Ultrasonic wave, 213 Sonophotocatalysis, 55 Ultrasound, 17, 35, 69, 85, 89, 93, 123, 127 RbAr, 151 Spin trapping, 17 131, 175, I9%,. 201, 200; 207, 2225 RbKr, 151 Stable nitroxyl radicals, 81 277, 299, 335, 347, 359, 373 Repetitive. transient cavitation bubbles, 163 Streptokinase, 315 Ultrasound application, 285 Rhodamine B, 233 Superoxide, 17 Rutin, 299 Superoxide dismutase, 17 Valeriana officinalis, 111 Supersaturation, 265 van der Waals molecules, 151 Salts, 127 Surface tension, 183 Vitamin A, 217 Salvia officinalis, 111 Surfactant, 35 Volatile organic compounds, 221 Surfactant micellar solutions, 367 Saponification, 213 Surfactants, 1, 183 Scavengers, 353 Synthesis, 123 Waste water treatment, 227 Selective quenching Water, 35, 143 Semiconductors, 97 Wave attenuation, 163 Sensor, 41 Terpenoid, 123 Simultaneous irradiations, 201 Thin layer chromatograph, 3 Size control, 331 Tinctures, 303 Zinc corrosion, 291