JOURNAL OF RAMAN SPECTROSCOPY J. Raman Spectros¢ 2006; 37: 1457 1460 Author Index to Volume 37 Abdali, S. 1341 Bauer, G. 742, 808 Chikishev, A. U. Abid, Y . 1327 Bazan, G. C. 132 Chitra, R. Aceto, M. 1160 Beaud, r. 376, 680 Chiu, C.-R 722 Adebajo, M. O. 429 Bellot-Gurlet, L. 841, 962, 1228 Chiu, W. W. Adelman, C. 900 Benevides, |. M. 240 Choo, W.-K. Afzelius, M. 647 Bengtsson, P.-E. 647 Choudhury, R. R. Agostino, A. 1160 Bensi, P. 1104 Christensen, M. Ahn, S.-J. 202 Bento, I. C. V 1393 Cinta-Pinzaru, S. Akahane, K. 240 Bento, R. R. F. 1393 Clark, R. J. H. Akemann, W 1398 Bernet, S. 675 Clarkson, J. Akimov, A. V. Bersani, D. 1012 Colognesi, D. 208 Akimov, D. A. Beyrau, F. 633, 641, 647 Colomban, P. 606, 614, 841 Alfimov, M. V Bicchieri, M. 1186 Coluzza, C. 1186 Almeida, F. M. Bishop, A. I. 655 Cooney, R. P 1354 Amado, A. M. Blades, M. W. 1368 Coupry, C. 789, 962, 1278, 1403 Amorim da Costa, A. M Blajiev, O. Creagh, A. L. 1368 Anbalagan, G. Boccaleri, E. 1160 Creely, C. M. 858 Anders, E. Bonamy, J. 647 Crivello, F. 1160 Andrade, G. F.S Bonfig, R. 719 Crnjak Orel, Z. 161 Andrikopoulos, K.S Bood, J. 647 Anto, P. L. Bookey, re 1. 655 Daniilia,S . 1026 Apanasevich, P. A. Bougeard, D. 100 de Oliveira, L. F. C. 142 Arvind, U. Bounichou, M. 614 de Siqueira, L. J. A. 1346 Arya, N. Bowmaker, G. A. 1354 de Waal, D. 342 Asakawa, K Braeuer, A. 633 Deb, S. K. 1447 Asquier, M. Brehm, G. 108, 208 Deckert, V. 317 Asthana, B. P. Breitinger, D. K. 208 Degn Berthelsen, M.-B. L. 1221 Ayoko, G. A. Bringmann, G. 326 Dejoie, C. 1131 Azrad, | Brogioni, S. 263 del Rio, M. S. 1046 Buisan, V. L. 1111 Deneffe, D. 1035 Baia, L. Buldyreva, J. 647 Denoél, S. 1098 Baia, M Bunkin, A. F. 689, 693 Dillmann, P. 1228 Bakker Schut, T. C. Butler, 1. S. 321 Djaoued, Y. 1416 Balaji, S. Buzzini, P. 979 Domingo, C. 555, 1125 1239 Balakrishnan, G. Dominicis, L. D. 669 Baldini, M. Casadio, F. 993 Doron, R. 480 Baldwin, K. J. Castellucci, E. M. 974, 1131, 1139 Du, H. 762 Banert, K Castillejo, M. 1125 Dukel’skii, K. V. 416 Bar, I. Cataliotti, R. S. 528 Durig, J. R. 92 Baraldi, P. 1086, Cejka, |. 816, 879, 1362 Baran, E. } 948, 1453, Centeno, S. A. 1111 Edwards, H. G. M. 353, 361, 771, 1072, Barker, P. F. Chai, L. 416 1078, 1193 Barnard, W. Chaplin, T. D. 223, 865 El-Hage, A. 299 Barry, B. W. Chen, K. 520 Elleuch, S. 1327 Barsan, M. M. Chen, Y. F. 1442 Engel, V. 148, 397 Basiuk (Golovataya- Cheng, Y. 755 Engelhard, M. 436 Dzhymbeeva), E. \ Chiang, D. P. 1442 Epifani, M. 1272 Batchelder, D. N. Chiang, H.-P. 1442 Eremin, K. 789, 1119, 1278 WILEY ; interScience Copyright © 2006 John Wiley & Sons, Ltd Author Index to Volume 37 alate Erol, M Hafner, L. M. 93? Khokhlov, A. V. 416 I sposti, A. D. Hall, C. 789, 1278 Kiefer, ]. 633 Etcheverry, M.-P Hall, J. 1072 Kiefer, W. 629, 705, 742, 808, 961, 1287 Hamaguchi, H. 411, 469, 1242 Kikura, H. 1242 Faber, |. H Hanuza, J. 1257 Kim, J.-H. 21)? Fagnano, C Haro-Poniatowski, E. 1046 Kim, J.-J. Fantoni, R Harvey, S. D. 1248 Klaeboe, P Farani R.A Hassan, N. F. N. 353 Klare, J. P. Farwell, D. W. Hayashi, S. 1242 Kloprogge, J. T. Fedotov, A. B Hayez, V. 1211 Knopp, G. Feis, A Haynes, C. A. 1368 Kolachev sky, N. N. Feki, H 4 Hecht, L. 56 Kolitsch, U. Feng, M Heinemann, F. W. 108 Kolomenskii, A. Ferloni, E. Heinrich, C. 675 Kondrat’ev, Y. N. Fernandez, |. M. Henry, D. A 722 Kondratjev, D. A. Ferrari, M. Hernandez, B. 492 Konorov, S. O. Filho, J. M. Hernanz, A. 1054 Konradi, J. Fini, G Fischer, A. 1307 Hildebrandt, P. 436 Korotcov, A Hohl, A. 161 Koster, J. Frank, O 771 Holze, R. 123 Kostova, I. Fredericks, P. M. 932, 1072 Holzwarth, A. 633 Koztowski, H. Freire, P. T. C. 1296, 1393 Horn, A 29 Krafft, C. Fremout, W. 103 Frias, M. 5 ) Howes, B. D. 900 Kubo, ¥ Frosch, M. Hsu, H.-P. 1411 Kuéerova, I. Frosch, T Hu, J]. M. 230 Kuschner, B. Frost, R. | Tele) 722, 733, 816, 879 Hu, M.-l 416 Kiistner, B. Huang, C.-Y. 277 910, 1362 Huang, \ 1411 Larsen, K. L. Furié¢, K 161 . Huang, W. 951 Lawson, E. E. Furtmiiller, P.G 263 Hubin, A. , 1211 Le Guennic, B. Gao, Y 951 Hughesman, C. H. 1368 Lecomte, S. Garcia-Ramos, ]. V. 1239 Lee, D.C. Garlanda, A. € 1160 Ihle, A. Lee, Y.G Garside, P. 1193 Iliescu, T. Legrand, L. Gavilan, B 492 Ivanda, M. Leibold, M. Gavira-Vallejo, J. M. 1054 Ivanov, A. A. Leipertz, A. Geerlings, P Lemos, V. James, € Geli, 1. M 858 Leng, W. Janssens, K Georgieva, I. 74?, 808 Leona, M. 520, 981 Jayakumar, V. S. 508, 1307, 1381, Gerber, T. 376, 680 Lepot, L. 1098 Jbarah, A. A. Gheber, L. A. 480 ba 4. ¥. 230 Jehlicka, J. Gilbert, B 1098 I Jensen, P. Gilson, D. F. R. 1321 I Jia, H Goheen, S. € 1248 Li, Y.-F Jirasek, A Goodall, R. A 1072 i Green, M. Joe, L. H. 508, 1307, 1427, Goodwin, J. R. 93? Lima, R. J. C. Joo, S.-W. Gorchakov, A. P. 689, 693 Lin, S. J. Joseph, E. Goyal, N. 8?) Linik, Y. M. Jurasekova, Z. Grabhorn, H. 1398 Lisinetskii, V. A. Grabtchikov, A. S. 421 Kalasinsky, V. F. Liu, H. T. Grate, S. 397 Kalugin, N. G. Liu, Z. A. Grillini, G 1086 Kaminska, A. Lo, W.-Y. Grétsch, H. 858 Kaminskii, A. A. Lofrumento, C. Guirgis, G. A. 29 Kano, H. 411, 469 Loo, B. H. Gunasekaran, S. 892 Kanorsky, S. I. 712 | opes, J. G. S. Copyright 2006 John Wiley & Sons, Ltd J. Raman Spectrosc 2006; 37: 1457-1460 DOT: 10.1002/jrs Author Index to Volume 37 Lépez-Gil, A. 966, 1146 Naumann, H. 436 Punge, A Lorblanchet, M. 1063 Neff, D. 1228 Puppels, G. J. Lottici, P. P. 1012 Nevo, Z. 480 Lu, J. 951 Nielsen, C. J. 29 Radi, P. P. 376, 630, 680 Lu, Y. 1423 Nielsen, O. F. 217, 1171, 1221 Radu, A. 183 Lucazeau, G 189 Nikhassan, N. F. 1193 Raghuvansh, P 1287 Lust, M. 166 Notni, J. 44? Raj, A. A. 1381] Novotna, M. 1179 Rajaram, R. K. Macdonald, A. M. 830 Nurmatov, A. A. 689, 693 Ramakrishnan, V. Machon, D. 189 Rao, R. Maczka, M 1257 Obinger, C. 263 Rasmussen, A. Maignan, A. Oehme, K.-L. 442 Rastogi, V. K. Mao, Z. Ohlidalova, M. 1179 Ravikumar, B. Marco de Lucas, M. C. Ojha, A. K. 76, 1287 Reber, C. Marconi, G Olsen, P. C. 1248 Reddy, B. J. Mariotto, G. Orlovich, V. A. 42] Reghunadhan Nair, C. P. Martens, W. N. Ospitali, F. 1063 Reghunathan, R Martin, C. Osticioli, |. 974 Reguer, S. Martinez-Ramirez, S. Otto, A. 166, 937, 1398 Reiher, M. Marx, A Oujja, M. 1125 Remédios, C. M. R. Marzocchi, M. P Ren, X. Mas, M. Padmaja, L. 1427 Ribeiro, M. C. C. {assonnet, G. Pages-Camagna, 5. 962 Ribeiro-Claro, P. J. A. Masuda, S Pagnier, T. 1272 Ricardo Agurcia, F. Materny, A. Palafox, M. A. 85 Ritsch-Marte, M. Matsuno, S Pandi, S. 892 Robichaud, ]. 1416 Matveev, A. N Panicker, C. Y , 1265 Robinet, L. 789, 1278 Mazzeo, R. Paolantoni, M. 528 Robinson, D. 480 McKay, A. 865 Parker, S. F. 208 Ropret, P. 1111 Measey, T. 248 Parsons, K. 299 Rosen, J. 1154 Medina, } 1078 Pavel, I. 318 Rosenwaks, S. 480 Mei, J. K 1442 Peica, N. 326 Rostovtsev, Y. V. 392 Meisinger, M. 376, 680 Peng, C. H. 1442 Roussel, B. 1026 Melo, F. E. A 1296, 1393 Perez, F. R. 1078 Ruiz-L6pez, J. F. 1054 Mendes Filho, J. 1296 Perez-Pueyo, R. 1003 Ruiz-Moreno, S. 966, 1146 Meusburger, C. 6 Pershin, S. M. 689, 693 Miki, H. 1242 Pestov, D. 392 Sacchetti, A. 591 Milande, V. 606 Peters, F. 1035 Sackmann, M 305 Minguzzi, V. 1086 Petrov, D. 858 Sajan, D. 508, 1307 Mirabaud, S. 35 Philip, D. 7,8 43 , 1265 Sakamoto, A. 429 Miralles, J 966, 1146 Piantanida, G. 1186 Sakoda, K. 663 Mitrokhin, V. P. 663 Picquart, M. 1046 Sakuntala, T. 1447 Mlayah, A Pimpl, T. H. 208 Sala, O. 498 Mohr, J. Pina, M. E. 472 Salpin, F. 1403 Moncada, I Pizani, P. S. 1393 Salzer, R. 367 Montagna, M Podstawka, E. 574 Sanchez-Cortes, S. 1239 Montero, S. Popp, J. 1, 20, 148, 326, 384, 442 Sandalinas, C. 1146 Moreno, A. J. D. Postorino, P. 591 Saniger, J. M. 1302 Moreno, S. R. Prandstraller, D. 1086 Sant’ana, A. C. 1346 Morresi, A. Priebe, A. 1398 Santos, P. S. 142, 1346 Motzkus, M. Pristinski, D. 762 Sariyanni, Z.-E. 392 Murawski, R. Proniewicz, L. M. 574 Sassi, P. 528 Murgida, D. H. Pucci, A. 1398 Sato-Berru, R. Y. 1302 Musumeci, A. W. Pugh, S. 865 Saunders, R. M. 1248 Myers Kelley, A. Pun, D. 822 Sautenkov, V. A. 392 Copyright © 2006 John Wiley & Sons, Ltd J. Raman Spectrosc. 2006; 37: 1457-1460 DOT: 10.1002/jrs 1460 Author Index to Volume 37 Saverwyns, 5 Soukupova, L. Viel, R Sawczak, M 2 Spiro, T. G. Vignali, F. Scaria, A. \ 697 Springett, R. Vijayakumar, T. Scatragli, S. 900 Srivastava, S. K. 68, 76, 1287 Villar, S. E. J. Schackert, G 367 Stenger, J. 981, 1119 Vo-Dinh, K.-C. Schelvis, ]. P. M Stolle, A. 208 Vo-Dinh, T. Schindler, S Striova, ]. 1139 Volpe, G. Schliicker, S. Strébel, P 719 von Vacano, B. Schmitt, M. 1, 20 Sukhishvili, S. 762 Vueba, M. L. Schneider, S. Szeghalmi, A. V. 148 Schnell, L Wabuyele, M. B. Schrétter, H. W Tachikawa, M. 283 Walser, A. M. Schulze, H. G. Takahashi, H. 28 Wang, C€ Schwab, R. G Takahashi, N. Wang, C.-Y. Schweitzer-Stenner, R. Takeuchi, H. Wang, X. H. Schwendtner, K lamba, M Wang, Z. Sciau, P Tan,S Weier, M. L. 538, 585, 722, 816, 87 Scott, D. A Tasumi, M. 429 Scully, M. O. Tejeda, G 175 Weikl, M. C. 633, 641, 647 Seeger, T. Temperini, M. L. A. 498, 1346 Whitney, A. V. 993 Segato, | Tereshenko, E. O. 712 Williams, A. C. 361 Serebryannikov, E. I Terryn, H. 777,1211 Witkowski, W. A. 29 Sergent, N Thomas, G. J. 240 Wohlieben, W. Sermier, F. M Thomas, S 1447 Wolthuis, R. Shao, |} Thorley, F. C. 335 Woo, H. Y. Shashoua, Y Tian, W 755 Wu, C.-Y. Shen, A. G. Tjiang, G. C. H. 447 Wyeth, P Shen, | lorreggiani, A. 291 Shevandin, V.S Tournié, A. 614, 841 Xie, W Shi, | Travas-Sejdié¢, }. 1354 Xu, B Shimada, R Trendafilova, N 742, 808 Shinno, T Trivier, | 1403 Xu, W Shneider, M. N Tsai, D.-S 1411 Sidorov-Biryukov, D. A. Tsai, T.-R. 1442 Yan, | Siebert, T Ise, W.S 1442 Yang, B. Simon, 5 Tse, Y 299 Yang, T.-S. Singh, A. K Tsuboi, M 240 Yazdi, M. R. Singh, G. P Tulej, M 376, 680 Yuzawa, T Singh, R. K Turkovié, A. 161 Sinha, P. K Turner, R. F. B. 1368 Zahor, D. Siqueira, L. J. A Tutz6, M. C. 1003 Zanichelli, G. Sliwinski, G. [willey, J. 1201 Zederbauer, M. Smirnov, K.S Tyagi, A.K . 1447 Zgierski, M. Z. Smirnova, I. I Zhang, L. Smith, B. J. | Uc, V.H 1046 Zhang, S.-L. Smith, D. ¢ 1063 Uhlemann, U. 44) Zhao, B. Smulevich,G 263, 900 Zhao, G. Sobottka, S. B. Vago, R 480 Zheltikov, A.M. 1, 416, 552, 630, Sodo, A. Vak, D. 132 705, 954, 956, Soika, A. Van Duyne, R. P. 993 Zheng, C. Sokolov, A. V. van Elslande, E. 1046 Zhi, M. Sokolova,O . Varghese, H. T. , 853, 1265 Zhou, Y. Soneira, M. J. Vats, J. K. 85 Ziemann, M. A. 1019 Song, W. Venkateswaran, S. 1447 Zinczuk, J. 948 Sorokin, V. N. Vestin, I 647 Zoppi, A. 1139 Copyright © 2006 John Wiley & Sons, Ltd J. Raman Spectrosc. 2006; 37: 1457-1460 DOI: 10.1002/jrs JOURNAL OF RAMAN SPECTROSCOPY ]. Raman Spectrosc. 2006; 37: 1461-1464 Keyword Index to Volume 37 ab initio backscattering arrangement conducting polymers ab initio calculations 29,5 bacterial colony conformation ab initio density functional theory bacteriorhodopsin conformation of ethane acetonitrile and propionitrile Baltic amber conformational analysis acetylene-nitrogen mixture benzaldehyde derivatives conformational stability acid—base equilibria benzohydroxamic acid conformations acrylate 3,3'-benzylidenebis- conjugation acrylonitrile (4-hydroxycoumarin) conservation adenine benzylpenicillin consolidation BizOy continuous wave adsorbed species binary mixture Copan adsorption biomaterials copper chlorides adsorption geometry bis(2,4,6-trihydroxyphenyl) squaraine copper nitrate African Bodleian Library copper(II) acetate Ag boltwoodite copper(II) ethanoate Ag island film bond polarizability model 2D correlation spectroscopy ageing Bottger corrosion alanine-based peptides brazilwood corundum alcohols brucite c-OSi(CH3)2CH»CH>Si(CH3) alizarin brucite alteration coumarins alkali silicate |-butyl-3-methylimidazolium coupling coefficient all-trans-f-carotene tetrachloroferrate crandallite-type minerals alloy pigment Byzantine iconography criminalistics alteration crystal formation amide | alibration 962 crystal growth amide vibrational modes arbon dioxide 175, 442 Cu amino acid arbon fiber 1423 Cu(II)-histamine complexes amino acid crystal arbon monoxide 44) C ubic amino group arbon nanotube functionalization 1302 cultural heritage materials 4-aminobenzonitrile carbon nanotubes 669 cuprosklodowskite amorphous carbon 1063 carminic acid 993 cyclodextrins analytical investigations 1086 f-carotene 697 cytotoxic activity Anasazi carotenoid 342 carrboydite 733 anatase TiQO> thin films CARS 392 630, 633, 641 degradation 830, 1104, 1160 anhydrite inclusions CARS microscopy 404, 675 density functional computations anthraquinone dyes catalytically active sites 166 density functional theory anthraquinones cave art conservation 492 Dex antibiotics cavity ringdown 680 dewindatite antibody detection Ce(IIl) 742 DFT antiferroelectric phase transition Ce(IIl) and Nd(IIl) 808 DFT calculations antimalarials 17th century color palette 1104 antiparallel 6-sheet ceramics 1139 DFT/B3LYP calculation apigenin chalk 1125 diagnostics Arabic manuscripts charge transfer 1427 diarsenates archaeological artefacts charge transfer interactions 508 diesel archaec logy 230, 981, 1046, chemistry 20 diethyloxalate archaeometry 962 1,8-cineole 361 dimethoxyphenyl-substituted arsenate clay 1046 phosphonodipeptides art clinobisvanite 722 disorder effects art and archaeology cochineal 993 ditellurides coherent anti-Stokes Raman scattering DNA artificial patina (CARS) 404, 663, 697, 705 dodecane artwork coherent control 404 dolomite Asian coherent phases 384 donor-acceptor asparagine coherent population trapping 712 doping assignment coherent Rayleigh scattering 655 double-resonance asymmetric rotor collisional linewidth 647 dreyerite atmospheric corrosion colloids 299 drugs atomic force microscopy colored drawing 230 DUV CCD Raman spectrograph ATR-FTIR spectroscopy combustion diagnostics 641 DUV Raman spectroscopy Au composition 841 dyed wool fibres azurite concentration measurements 633 dyes WILEY . interScience Copyright © 2006 John Wiley & Sons, Ltd Keyword Index to Volume 37 JRS eighteenth century high pressure 1321 L-isoleucine 1296 electrochemistry high-pressure cell 442 lithographic inks 1111 elec tro-optical parameters high-pressure Raman spectroscopy 442 local order parameter 202 elec trodes historic glass 789, 1278 low carbon steel 1228 electron paramagnetic resonance historical textiles 520 low-wavenumber vibrational spectroscopy HMS Victory 1193 modes 404 slectronic effects hydration 555 luteolin 1239 lectrosorption hydrocarbons 100 ‘lemental composition hydrogel 1248 entropy hydrogen-bond modes 1427 madder lake 993 *OSIN hydrogen bonding 68, 472, 597, 1287, 1362 malachite 1125 -rrors hydrogen bonds 58 mammalian species 353 *xcitation profile hydrohonessite 73 manganese oxides 1063 hydrotalcite 73 manganites 591 hydroxycarbonate 910 mapping 755 factor group analysis 597, 1296 hyper-Raman 132 marble alteration 1201 1453, 1335 hyperconjugation 508 marine pigment 342 femtosecond four-wave-mixing hyperpolarizabilities 508, 669 material sciences 20 spec troscopy Maya 1072 femtosecond frequency comb Maya blue 1046 femtosecond laser spectroscopy identification of pigments 1003 mcguinnessite 910 ferrocene idrialite 771 mediaeval 1078 films illuminated manuscripts 1012 Meissen 606 flame imidazole 299 mesenchymal stem cells 480 flavin radical semiquinone imidazole tautomerism 291 metallic aggregates 937 flavonoids immunohistochemistry 719 metamorphism 217 fluid inclusions Imperial Palace 230 meteorites 217 fluorescence 966, 974 improper hydrogen bonding 1381 methane 175 torensic science 922 indigo 1046 methane /air Bunsen flame formaldehyde 376 indium 1398 methanol formates 1257 Indus Valley Culture 1201 methyltrioxorhenium(VII) formylferrocene inelastic neutron scattering 208 micro-Raman spectroscopy 217, 230, thiosemicarbazone 498 infrared microspectroscopy 367 922, 974, 1131, 1272, 1278, 1321 four-photon coherent InGaAs array detector 429 middle ages spectroscopy 689,693 interaction 1423 minerals 585, 962, 1019, 1078, 1362 four-wave mixing 630. 705 interbranch interference 647 mixing 1104 Fourier-transform infrared internal conversion 397 mobile instrumentation 1026 spectroscopy ) intramolecular charge transfer 1381 mobile Raman-microprobe 1019 Fourier-transform Raman scattering ) ionic liquid 1242 modification 1423 fracton dimensionality in liquids 693 IR 492 molecular near-field effect 469 free-base porphyrins 384 IR laser 966 molecular spectroscopy 1341 frescoes 1078 IrO> 1411 molecular vibrations 392 fresco technique 1086 iron oxides 1063, 1154 molecular water 585 , 1362 FT-IR 1171, 1307 IRRAS 166 mollusc 342 FT Raman 508 Italian manuscript 1160 molybdates 189 FT-Raman spectrum 597 Italian pottery 1124262 mountkeithite 733 FTIR spectroscopy 248 IVOTYy IOI multivariate calibration 447 FTIR spectrum 597 multiwalled carbon nanotubes 1302 fuzzy logic 1003 Japanese artist materials 1119 mural paintings 1086, 1098 jet-cooled formaldehyde 680 G phase 858 N> glass 606, 614, 841 kaempferol 1239 namibite glaukosphaerite 910 kasolite 538 nanocomposite materials glaze 606, 841 kermes 993 nanocrystalline glucose oxidase 822 Grés de Thiviers 1154 Koguryo era 1086 nanocrystalline tin(IV) oxide Kolding Cog 1171 nanocrystals graphite disorder 217 group wavenumbers 597 kolwezite 910 nanoparticles nanosecond pulses ‘Guan Zi’ paper currency 836 La(III) 808 NBO analysis La(IIl) and Nd(IIIl) complexes 742 N-DDHP H. salinarium 932 label-free detection of DNA 799 near infrared Raman spectroscopy H-bonding 528 lac lake 993 near-field optics hard mode 202 laser wavelength 335 near-infrared Raman excitation haynesite 816 lattice vibrational modes 1442 Ni(Pt)Si sandwich structure heavy-metal-oxide glasses 183 least-squares method 277 nickel silicide structure hematin 326 LIBS 1125 nicotinamide adenine dinucleotide 283 hematite 1131 life sciences 20 NIR spectra 892 heme distortion limestone 892 NIR-FT Raman 1307, 1171 heterogeneity line shape analysis 384 NIR-SERS 326 hexagonal linear and non-linear Raman nitrogen 633 hierarchical micro/nanostructure techniques 20 nitrogen dioxide 124/722 high resolution linen 1193 NO 166 Copyright © 2006 John Wiley & Sons, Ltd J. Raman Spectrosc. 2006; 37: 1461-1464 DOI: 10.1002/jrs JRS Keyword Index to Volume 37 non-aggregated SERS-active Ag porcelain 606 self-association nanoparticles portable instruments 1012 SEM/EDX non-destructive micro-Raman positional disorder 1427 semi-classical computation spectroscopy 1026 posters 1111 semiconductor devices non-destructive technique potassium 1398 SERDS non-linear optics predazzite weathering 1201 SERS 132, 166, 305, 311, 318, 487, 508 non-linear Raman techniques prediction 447 719, 762, 777, 799, 853, 900, 937 noncoincidence effect predissociative states 376 981, 993, 1239, 1244, 1265 nonlinear optics pre-Eyckian painting 1035 side chain orientation nucleotides prehistoric paintings 492, 1054, 1063 signal processing nullaginite pressure dependences 1321 signal-to-noise ratio Nydam Bog preventive conservation 1221 silicate principal component analysis 353, 1302 silicon nanoparticles printing plates of ‘Guan Zi’ 836 silk oligomer nucleotide prostate-specific antigen (PSA) 719 silver oligonucleotides protein 240 silver colloid optical fibre protein dynamics 436 silver electrode optical tweezers protein secondary structure 277 silver nanoparticles optimal control proton transfer 148 simulations order-—disorder provenance 1019 single dye molecules organic mineral pseudo-rotations site-directed mutants organic pollutants pucherite sixteenth century Persian palette 235 orthanilic acid pulse shaping size distribution 161 orthorhombic structure pulse stretcher skin 361 ossification pump-probe experiments sklodowskite 538 oxygen 2Cl-pyridine Slater’s model dynamics 202 3Cl-pyridine soda silicate 1278 paint pyrimidine bases sodium niobate (NaNbO;) ceramics 1442 painted textiles software 562 paper degradation quality elk velvet antler 480 sol gel 1416 parsonite quantitative analysis 305, 1403 solid state 189, 421 partial least squares (PLS) quantum chemical calculations 148 solitons 416 Pb-Sn-Sb triple oxide quantum size effect 1416 solvent band enhancement 169 penetration enhancers quercetin 1239 Southern Song Dynasty (1127-1279 perovskite compounds A.D.) peroxidase spac e groups perturbation theory rachis 240 spatial averaging effects perturbed symmetry radiation 1248 spectral assignment phantom standard Raman bands 1003 spectral mapping pharmaceutical Raman cross section spectroelectrochemistry phase transitions Raman labels spermine phonon confinement Raman laser spherical vibrational modes phonons Raman microscopy 235, 492, 733 spin-crossover phosphate 1063, 1072 squaraine phosphate removal Raman mic rospec troscopy 480, 858, 932, squaric acid photo-excited intermediate 1228 SrMnOQO, photo-oxidation Raman scattering intensity 100 SSRS photobleaching Raman tensor 240 stability photonic-crystal fibers Rb vapor 712 stained-glass window photoreceptor red lead 1125 state selective dynamics physics relaxation 392 step-scan interferometer picosecond time-resolved Raman resolution 562 stepwise discriminant analysis spectroscopy 429 resonance CARS spectroscopy 384 stilbene pigments 223, 230, 235, 492, 606, 830 resonance hyper-Raman stimulated Raman scattering 865, 932, 966, 974, 1012, 1046, 1054, scattering 469 1072, 1078, 1098, 1104, 1111, 1119, resonance Raman spectroscopy 132, 142, stone sculpture 1125, 1139, 1146, 1154 148, 217, 263, 384, 436, 498, 562, 822, stoneware 900, 1346 plasmon localization 937 f-strand polarization effects 663 resonant energy transfer 528 structural imaging polarization-sensitive multiplex resonant-enhanced degenerate structure detection four-wave mixing 376, 680 stucco polarized Raman spectra rifamycins 900 l-substituted pyrrole polarized Raman ROA 1341 sulfanilamide spectroscopy 76, 246, 248, Rosalila 1072 sulfanilic acid polarized UV resonance Raman rosasite 910 sulphoaluminates spectroscopy rotational CARS thermometry 647 supercontinuum polyallylamine hydrochloride rotational motion in liquids 689 surface enhanced Raman polycyclic aromatic hydrocarbons scattering 574, 755, polyene scandium orthoarsenate surface enhanced Raman scattering polymer monohydrate (SERS) 132, polyproline II schumacherite 166, 305, 311, 318, 487, 508, 520, polysquaraine secondary structure 719, 762, 777, 799, 853, 900, 937, 962, pooling selenite 981, 993, 1239, 1244, 1265, 1341 Copyright © 2006 John Wiley & Sons, Ltd ]. Raman Spectrosc. 2006; 37: 1461-1464 DOT: 10.1002/jrs Keyword Index to Volume 37 surfaces tissue specimen vibrational imaging 0, ) symmetry-lowering Tokhung-Ri tomb vibrational spectra 29 cD+L 85, synthetic organ transform method 208, 487, 742, 808, 853, 892, 948, 1257 transient CARS 1265, 1307, 1453, 1335, 1427 takovite triazole vibrational spectroscopy 108, 183, 291 temperature 3,3,3-trifluoropropylsilane 538, 614, 722, 1186, 12p4ar8ed temperature and concentration tryptophan vibrational wave packets 9 tumor diagnostics measurements p-turn temperature evaluation two-color resonant four-wave wall paintings tTeermrpae rSaitguilrlea tam easurements mixing wwaatlepru rgsittruec ture textile waterlogged archaeological wood thermal analysis weathering thermal stability U-O bond length white cement thermodynamic parameters uranophane window-damage threshold thiosaccharin uranyl wood thiourea uranyl silicate minerals wooden crucifix thiourea: diethyloxalate (2: 1) UV pulsed laser complex UV resonance Raman threadgoldite spectroscopy X-ray fluorescence spectroscopy time resolution XRE 102¢ time-dependent analysis time-resolved absorption vanadates yeast lag phase spec tros« Opy verdigris yellow pigments time-resolved Raman spectroscopy vermilion tip-enhanced Raman scattering vibrational dephasing (TERS) vibrational excitation Copyright © 2006 John Wiley & Sons, Ltd J. Raman Spectrosc. 2006; 37: 1461-1464 DOI: 10.1002/jrs