SONOCHEMISTRY Ultrasonics Sonochemi pa www.elsevier.com/locate/ultsonch Author Index to Volume 9 Acquistucci, R., see Mecozzi, M 219 ngerova, A., see Hromadkova, Z Adhikari, M.V., see Bhatkhande srova, A. and Hromadkova, Z Adhikari, M.V. and Samant, S.D ffect ultrasound on the extractibility of corn bran Sonochemical bromination of acetophenones usin hemicelluloses p-toluenesulfonic acid bromosuccinimide 107 laert see Segebarth, N Amici, M., see Mecozzi, M Amici, M., see Mecozzi, M ce | . ind M ‘ . Ando, T., see Kimura 205 ae or ee mu, C. and Mason, T.J ; ; hancement of ultrasonic cavitation yield by multi- Atobe, M., Tonoi, T. and N ka ‘ sonication t study ol n el| ectroreauct proton dono! Baxter, S.M., see Xia fae Bhatkhande, B.S., Adhikat ae : yedanken, A., see Ramesh, S Sonochemical chloro \., see Wang, H¢ slannini, G., see Diodati, P e Canals, AA M.R New ultrasound assisted chemical ox lemand deter- minatiol noluminescence in ardarilli, D isadjo ntntee IJ r asadonte J ommmppttoorn ompton uesta, A., Dalailaiannii,, | see* e Papp: as || Ulmtardaksoovuin d-assisted extracvtai, on A. ofa ndw atVearl-ascohlouvbilce , poPl ysac- David, B. and Riguier Eee aes the roots of valerian (V aleriana officinalis L.) Ultrasonication of ova, A anthracene fixed on Del Campo, F.J.. see Dezhkunov, N.\V Jiang, X., see Zheng, X Multibubble sonoluminescence intensity sndence on liang, Y Petrier, ¢ ind Waite, T.D liquid temperature at different iltrasound intensities and mechanisms of ultrasonic degradation of Diamant, Y., see Vijaya Kumar, RR 1 aromatics in aqueous solutions Diodati, P.. Giannini, G. and Sacchetti, | Complex particles produced from graphite pow acoustic Cavitation in wate! d 1 E . Diodati, P. and Marchesoni, | -gelaers se ~barth, N Time-evolving statistics of cavitation damage on metallic i , see Swamy surfaces imura, T., Fujita, M., Sohmiya, H. and Ando, T Domingos, R.N., see Martins-Franchetti, S.M 139 Ultrasonic acceleration of iodination of unactivated Donatti, D.A., Ruiz, A.I. and Vollet, D.R aliphatic hydrocarbons A dissolution and reaction modeling for hydrolysis Koltypin, Yu., see Vijaya Kumar, R TEOS in heterogeneous TEOS—water muixtul 1 Kondo, T ultrasound stimulation PII: S1350-4177(02)001 , see Wang, S.- Petrie see Jiang Yang. W.-Z., Wang, S.- ind Li : ull, § see Pollet, B.G Improved synthesis of chalcones under ultrasound dic etrantonio, see Mecozzi, M tion ippas,¢ i S.-H... J.P., Hihn, J.-¥ d Walton, D.J trasound upon the and platinum e A.B A.B olissiou Comparison of classical and ultrasound-assisted ation Toma, M procedures of cellulose from | scus cannabinus | mkinson and eucalyptus (Eucalyptus rodustru ) Tonoi, 1 *e Atobe, M Petrier, C., see Yi Jians 163 Trombini, R.C., see Martins-Franchetti, S.M * Index | Ultrasonics Sonochemistry 9 (2002 Umemura, S.-i., see Yumita, | Xi Xu, see Xia, H Xia, H., Qi Wang, Liao, Y., Xi Xu, Baxter, S.M., Slone, R.\ Valachovic. P.. see Hromadkova. Z Wu, S., Swift, G. and Westmoreland, D.G Vandercammen. J.. see Segebarth. N | Polymerization rate and mechanism of ultrasonically Vijaya Kumar, R., P iIchik, O., Koltypin, Yu., Diamant, Y initiated emulsion polymerization of n-butyl acrylate and Gedanken, A Xie, Y., see Zheng, X Sonochemical synthesis and characterization of Ag>S/PVA Xu, J., see Zhao, ¥ and CuS/PVA nanocomposite 5 Xu, X., see Xia, H Vinatoru, M., see Stavz Vinatoru, M., Stavrescu Yan, A., see Zheng, X and Mason Yang, W.-Z., see Wang, S.-X The ultrasonically induced reaction of benzoyl chloride ilihe lei eaciae sa a al ie Yang, W.-Z., see Li, J.-T . rs ar eee - a Py Te ieee Yim, B., Okuno, H., Nagata, Y., Nishimura, R. and pt ossible mechz Maeda, Y Vollet, D.R., see Sonolysis of surfactants in aqueous solutions: an accumu- solute in the interfacial region of the cavitation Waite, T.D.. see bubbles Waite, T.D., see Jiang, Y Yi Jiang, C., Péetrier, C. and Waite, T.D Walton, D.J., see Pollet, B.G <9 Ef fect of pH on the ultrasonic degradation of ionic Wang, S.-X I ‘ natic compounds in aqueous solution Synthesis of ethyl x-cyanocinnamates catalyz Yim, B., see Stavarache, ( KF-AlLO; under ul d irradiation 9 Yin, L., see Wang, Y Wang, S.-X., see Li, J.- - Yumita, N., Kawabata, K.-i., Sasaki, K. and Umemura, S.-i Wang, Q., see Xia, H Sonodynamic effect of erythrosin B on sarcoma 180 cells in Wang. Y., see Zhao, ¥ , vitro Wang, Y., Yin, L. and G on, A Sonochemical synthesis of mesoporot and rare earth oxides d Li Zhao, Q. see Ogawa, R Wayment and Casad see Feng, R Design an libr 1 of le-transducer variable- hao, Y., Zhu, C., Feng, R., Xu, J. and Wang, ¥ frequency sonic yn syst Fluorescence enhancement of the aqueous solution of Wayment, D.G. a asad ;D3 terephthalate ion after bi-frequency sonication effe yn th noch al remediation of 1eng, X., Xie, Y., Zhu, L., Jiang, X. and Yan, A Formation of vesicle-templated CdSe hollow spheres in an iltrasound-induced anionic surfactant solution , see Feng, , see Zhao, Y see Zheng, X SONOCHEMISTRY Ultrasonics Sonochemistry 9 (2002) 335 www.elsevier.com/locate/ultsonch Subject Index to Volume 9 C-NMR, 19 yanocinnamates, 159 Nitrobenzene, 245 Eucalyptus, 19 Nitrogen fixation, 53 Acetophenone, 107 Extraction 11, 337 , 225 5 Acoustic cavitation Pattern reconstruction, 325 Acoustic power mez Float method, 305 pH, 163 Adsorption, 297 Fluorescence, 241 Phenolics, 85 Alachlor, 25] Food analysis, 219 Polycyclic aromatic hydrocarbon, 45 Alkanes, 53 Fragmentation and deformation of bubbles, Polysaccharides, 37 Ammonia, 53 | Polysaccharides analysis, 219 Anthracene, 45 Frequency effect, 45 Power ultrasound, 169 Ar-rectified diffusion, 79 Pre-sonication, 245 Aromatics, 163 Problem of acoustical thermonuclear cam- Gas effect, 113 era, | Gaseous effect, 197 Benzophenone, 71 Graphite, 215 Proton donor, 7 Benzoyl chloride, 245 PVC films, 139 Bi-frequency sonication, 241 Pyrolysis, 209 Hemicelluloses, 95, 225 Bio-available organic matter, || Hexagonal structure, 285 Bromination, 10 Quantitative sonochemistry, 113 Humic substance, 11] Bubble, 297 Hydrodynamic cavitation, 123 Hydrogen peroxide oxidation of phenols, 31 Radiation force, 305 ivitation Hydrogen-doped water, 79 Rhodamine B, 123 avitation yield, 2 Hydrolysis, 25 dSe hollow spher - Hydroxyl radical, 209 Sarcoma 180, 959 ell damage, 159 Seeding by electrolysis, 79 ellulose, 19 Immunostimulatory activity, 37 Self-organized criticality, 3 5 eramic nanocomposite, 61 Infrared, 139 Shear stress, 297 halcones, 237 Interfacial region, 209 Silica, 45 Chemical effects of ultrasound, 113 lodination, 205 Single bubble sonoluminescence, 1, 79 ‘hemical instability of sonoluminescence, 79 lodoform, 205 Sodium dodecyl sulfate, 311 ‘hemical oxygen demand determination Irradiation time, 85 Sol-Gel, 133 143 Irreversible system, 267 Sonication, 189, 231, 251, 285 hlorinated aromatics, 317 Sono-hydrolysis, 133 hlorination of phenols Sonochemical device, 113 Kenaf, 19 hlorine-doped water, 79 Sonochemical efficiency, 169 hloro-oxidation of phenols, 31 KF-AI,O;, 159 Sonochemical mechanism, 259, 291 ‘hlorobenzene, 291 Knoevenagel condensation, 159 Sonochemistry, 31, 53, 65, 107 169, 205, ‘laisen—Schmidt condensation, 2 241, 245, 317 leaning, 297 Layered structure, 285 Sonoelectrochemistry, 267 ‘orn bran, 225 Levovist, 197 Sonoluminescence, 103 Lignin, 85, 95 Sonolysis, 163, 209, 291 Degradation, 163 Limiting current, 71 Sonoporation, 197 Degradation rate, 45 Sonovoltammetry, 267 DRIFT, 19 Marine sediments, 1] Surfactant, 45, 209 Mesophases, 285 Synthesis, 237 lectroreduction Metal sulfide-polymer nanocomposite, 65 -mulsification, 25 Methyl benzoate, 25 Temperature dependence, 103 “mulsion polymerization rate, 151 Multi-frequency, 231 i Temperature effect, 113 “nergy conversion, 169 Multiple hole orifice plates, | 2 Terephthalate, 241 ‘nvironmental analysis, 219 Tetraethoxysilane, 133 ‘nvironmental remediation, 251 Nanocrystalline, 65 Theory of local electrification of cavitation Erosion, 297, 325 N-bromosuccinimide, 107 bubbles, | Erythrosin B, 259 n-butyl acrylate, 151 Transfection, 197 PII: S1350-4177(02)00128-1 oni. cs Sonochje.m istrry 9 (2002 , Water, 53 Wheat straw, 85, 95 Xylan, 225 bubbles in liquids, 113 YSZ-Silica nanocomposite, 61 Zea mays L., ory