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MS Mass Spectrometry EVIER International Journal of Mass Spectrometry 220 (2002) 443-444 www.elsevier.com locate/ijms Author index Volume 220 Akin, M., 87 Furlani, T.R., 145 Matejcik, S., 211 Ascenzi, D., 281 Matt, S., 221 Ashman, C., 171 Gaillard, M.J., 263 May, J.A., 87 Garvey, J.F., 145 McCanny, T., 69 Badiei, S., 127 Geiger, J., 99 McKenna, P., 69 Balteanu, I., 331 Gianturco, F.A., 193 Mestdagh, J.-M., 111 Barsotti, S., 313 Gibson, J.K., 419 Mikami, N., 289 Bassi, D., 281 Gobet, F., 263 Beauchamp, J.L., 87 Guo, Y., 21 Nagata, T., 137 Belshaw, N.S., 21 Gussone, N., 385 Nagler, Th.F., 385 Beyer, M.K., 33 Naresh Patwari, G., 289 Hansen, B.T., 385 Bieske, E.J., 273 Bock, B., 385 Haranezyk, M., 53 Okada, Y., 375 Bondybey, V.E., 331 Heuser, A., 385 O’Nions, R.K., 21 Holiand, D.M.P., 31, 359 Bowler, M.A., 31 Holmlid, L., 127 Palmer, P.M., 231 Buchet, J.P., 263 Hotop, H., 313 Parajuli, R., 221 Buck, U., 183 Hoz, S., 1 Parker, J.E., 31 Burgers, P.C., 53 Peslherbe, G.H., 159 Illenberger, E., 211 Petru Balaj, O., 331 Carré, M., 263 Poisson, L., 111 Castleman Jr., A. Jackson, G.P., 419 Pradel, P., 111 Chaabane, N., 15 Jaroszynski, D.A., 69 Chen, B., 171 Johnson, C.A.F., 31 Réau, F., 111 Chen, Y., 231 Johnson, M.A., 97 Ren, Y., | Clements, T.G., Jones, D.R., 69 Rennie, E.E., 31, 359 Continetti, R.E., Julian, R.R., 87 Robson, L., 69 Cooper, L., 31, 359 Jundt, G., 159 Ruf, M.-W., 313 Coreno, M., 281 Ruhl, E., 99 Kawai, Y., 375 Ruttink, PJ.A., 53 de Simone, M., 281 Khanna, S.N., 171 DeLeon, R.L., 145 Knochenmuss, R., 11, 343 Saeki, M., 137 Duckworth, D.C., 419 Koch, D.M., 159 Scheier, P., 221 Dukan, L., 111 Kosmidis, C., 69 Schiitte, S., 183 Dyke, J.M., 331 Sebastianelli, F., 193 Langer, J., 211 Shaw, D.A., 31, 359 Ebata, T., 289 Leber, E., 313 Shin, D.N., 145 Eisenhauer, A., 385 Ledingham, K.W.D., 69 Shpinkova, L.G., 31, 359 Lee, ERE, 3: Spangler, G.E., 399 Farizon, B., 263 Lepetit, F., Stamatovic, A., 221 Farizon, M., 263 Loh, Z.M., 27: Stoltz, B.M., 87 Fischer, I., 343 Luong, A.K., Sublemontier, O., 111 Fox, B.S., 331 Sumner, I., 31 Franceschi, P., 281 Mackie, R.A., 31 Frankevich, V., 11 Makishima, A., 21 Takeuchi, K., 375 Fujii, A., 289 Mark, T.D., 97, 221, 263 Tasker, A.D., 69 Pll §$1387-3806(02)00911-9 444 Author index Topp, M.R., 231 Visticot, J.-P., 111 Yurtsever, E., 193 Tosi, P., 281 Tsukuda, T., 137 Wild, D.A., 273 Zenobi, R., 11 Tzallas, P., 69 Wolk, J.L., 1 Zu, L., 137 Zhu, X.K., 21 Vach, H., 159 Yamaguchi, S., 375 international Journal of - Mass Spectrometry International Journal of Mass Spectrometry 220 (2002) 445-448 www.elsevier.com/locate/ijms Subject index Volume 220 Ab initio calculation Charged complexes A G2(+) level investigation of the gas-phase identity nucleo- Infrared spectra of the F -CH, and Br —CH, anion complexes, philic substitution at neutral oxygen, | 273 Catalysis models for the enolization of the acetaldehyde radical CID cation, 53 Probing several structures of Fe(H,O)* and Co(H>O), Absolute photoionisation cross-sections (n = 1,...,10) cluster ions, 111 A time-of-flight mass spectrometry study of the fragmentation Cluster anion of valence shell ionised benzene, 31 High resolution study of cluster anion formation in low-energy Acetone electron collisions with molecular clusters of CO», CS>, andO>, 313 Reactions of size-selected protonated water clusters H (HO), Cluster fragmentation (n = 2-6) with an acetone molecule in a guided ion beam Caloric curve for the liquid-to-gas transition of the H2;° hydro- apparatus, 375 gen cluster ion, 263 Actinide Cluster ions Gas-phase reactions of bare and oxo-ligated actinide and lantha- Probing several structures of Fe(H.O)> and Co(H,O), nide cations with pentamethylcyclopentadiene studied in a (n = 1,...,10) cluster ions, 111 quadrupole ion trap mass spectrometer, 419 Complete chemical conversion of [(NO),,(CH,0H),,]° to NO Anion clusters (CH;ONO), (,=1~12): experiment and theory, 145 Infrared spectra of the F -CH, and Br —CH, anion complexes, Unimolecular dissociation of non-stoichiometric oxygen cluster 273 ions O,,°* (n = 5, 7, 9, 11): a switch from O; to O; loss above Arginine cluster size n = 5, 221 Molecular recognition of arginine in small peptides by supra- Cluster size dependence molecular complexation with dibenzo-30-crown-10 ether, 87 Cage effects and rotational hindrance in the surface scattering of large (N>),, clusters, 159 Bath gas effect Clusters Gas-phase reactions of bare and oxo-ligated actinide and lantha- Fission mechanisms of doubly charged organic molecular nide cations with pentamethylcyclopentadiene studied in a clusters, 99 quadrupole ion trap mass spectrometer, 419 Rydberg Matter of K and N,: angular dependence of the time-of- Benzene flight for neutral and ionized clusters formed in Coulomb Fission mechanisms of doubly charged organic molecular explosions, 127 clusters, 99 Modelling ionic nucleation in small neon clusters, 193 Calcium isotope analysis Electron attachment to C,F;I molecules and clusters, 211 Measurement of calcium isotopes (8**Ca) using a multicollector Infrared spectroscopy of jet-cooled, electronically excited TIMS technique, 385 clusters of Coumarin 151: excited-state interactions and con- Caloric curve formational relaxation, 231 Caloric curve for the liquid-to-gas transition of the H2;° hydro- Photoionisation of ethylene clusters by synchrotron radiation in gen cluster ion, 263 the energy range 17-50 eV, 281 C>FsI Cluster-surface interaction Electron attachment to C,FsI molecules and clusters, 211 Cage effects and rotational hindrance in the surface scattering C>H, of large (N>),, clusters, 159 Photoionisation of ethylene clusters by synchrotron radiation in Coincidence spectroscopy the energy range 17-50 eV, 281 Fission mechanisms of doubly charged organic molecular Charge separation reactions clusters, 99 A time-of-flight mass spectrometry study of the fragmentation Photoelectron—photofragment coincidence spectroscopy of of valence shell ionised benzene, 31 NO, (NO),.>: solvation effects of NO on NO, , 253 PITS 1387-3806(02)00912-0 446 Subject index Collision cross section Field ionisation Expanded theory for the resolving power of a linear ion mobility Ionisation and fragmentation dynamics of laser desorbed poly- spectrometer, 399 cyclic aromatic hydrocarbons using femtosecond and nanose- Conformational cond post-ionisation, 69 Infrared spectroscopy of jet-cooled, electronically excited clus- Fission ters of Coumarin 151: excited-state interactions and conforma- Fission mechanisms of doubly charged organic molecular clus- tional relaxation, 231 ters, 99 Coulomb explosions Formic acid Rydberg Matter of K and N>: angular dependence of the time-of- Reactions of hydrated aluminum ions with methanol and formic flight for neutral and ionized clusters formed in Coulomb acid, 331 explosions, 127 Fragmentation Crown ether Strong fragmentation of large rare gas clusters by high energy Molecular recognition of arginine in small peptides by electron impact, 183 supramolecular complexation with dibenzo-30-crown-10 ether, Fragmentation rates Pa A time-of-flight mass spectrometry study of the fragmentation of valence shell ionised benzene, 31 FTICR MS Dimer radical cation The origin of electrons in MALDI and their use for sympathetic Catalysis models for the enolization of the acetaldehyde radical cooling of negative ions in FTICR, 11 cation, 53 Disproportionation Gas phase Photochemistry of (NO),, as studied by photofragment mass Molecular recognition of arginine in small peptides by supra- spectrometry, 137 molecular complexation with dibenzo-30-crown-10 ether, 87 Dissociation Gas-phase metal ion—molecule chemistry Reactions of size-selected protonated water clusters H~(H,O), Gas-phase reactions of bare and oxo-ligated actinide and lantha- (n = 2-6) with an acetone molecule in a guided ion beam nide cations with pentamethylcyclopentadiene studied in a apparatus, 375 quadrupole ion trap mass spectrometer, 419 Dissociative electron attachment Electron attachment to C,FsI molecules and clusters, 211 Halide—methane complexes Double spike correction Infrared spectra of the F —CH, and Br —CH, anion complexes, Measurement of calcium isotopes (6™°Ca) using a multicollector 273 TIMS technique, 385 Heats of formation Doubly charged ions A photoionisation mass spectrometry study of the fragmentation \ photoionisation mass spectrometry study of the fragmenta of silicon tetrafluoride, tetrachloride and tetrabromide, 359 tion of silicon tetrafluoride, tetrachloride and tetrabromide, Hydrated aluminum ion 349 Reactions of hydrated aluminum ions with methanol and formic acid, 331 Electron attachment Hydrogen bond Electron attachment to C,F;I molecules and clusters, 211 Vibrational spectroscopic evidence of unconventional hydrogen High resolution study of cluster anion formation in low-energy bonds, 289 electron collisions with molecular clusters of CO>, CS, and O5, Hydrogen cluster ions 313 Caloric curve for the liquid-to-gas transition of the H.;° hydro- Electron impact gen cluster ion, 263 Strong fragmentation of large rare gas clusters by high energy Hydrogen formation electron impact, 183 Reactions of hydrated aluminum ions with methanol and formic Electrons acid, 331 The origin of electrons in MALDI and their use for sympathetic cooling of negative ions in FTICR, 11 Incorporation Energy exchanges Reactions of size-selected protonated water clusters H “(H,O), Cage effects and rotational hindrance in the surface scattering of (n = 2-6) with an acetone molecule in a guided ion beam large (N>),, clusters, 159 apparatus, 375 Enolization Induced current Catalysis models for the enolization of the acetaldehyde radical Expanded theory for the resolving power of a linear ion mobility cation, 53 spectrometer, 399 Expectation values (Drift time) Infrared Expanded theory for the resolving power of a linear ion mobility Vibrational spectroscopic evidence of unconventional hydrogen spectrometer, 399 bonds, 289 Subject index 447 Infrared spectra Complete chemical conversion of [(NO),,(CH;OH),,]" to NO Infrared spectra of the F -CH, and Br —CH, anion complexes, (CH,ONO), (,—)-12): experiment and theory, 145 273 Reactions of hydrated aluminum ions with methanol and formic Infrared spectroscopy acid, 331 Infrared spectroscopy of jet-cooled, electronically excited clus- Methyl nitrite ters of Coumarin 151: excited-state interactions and conforma- Complete chemical conversion of [(NO),,(CH;OH),,]" to NO tional relaxation, 231 (CH,;ONO), 2): experiment and theory, 145 Ion cooling Modelling The origin of electrons in MALDI and their use for sympathetic Modelling ionic nucleation in small neon clusters, 193 cooling of negative ions in FTICR, 11 Molecular dynamics simulations Ion mobility spectrometry (IMS) Cage effects and rotational hindrance in the surface scattering of Expanded theory for the resolving power of a linear ion mobility large (N>),, clusters, 159 spectrometer, 399 Molecular recognition Jonization Molecular recognition of arginine in small peptides by supra- Complete chemical conversion of [(NO),,(CH30OH),,]° to NO molecular complexation with dibenzo-30-crown-10 ether, 87 (CH;ONO), (,=1-12): experiment and theory, 145 Moment analysis (Peak width) Expanded theory for the resolving power of a linear ion mobility Jet-cooled spectrometer, 399 Infrared spectroscopy of jet-cooled, electronically excited clus- Multicollector ters of Coumarin 151: excited-state interactions and conforma- Measurement of calcium isotopes (6~°Ca) using a multicollector tional relaxation, 231 TIMS technique, 385 Multiphoton Kinetic energy release Complete chemical conversion of {(NO),,(CH;0H),,]° to NO Unimolecular dissociation of non-stoichiometric oxygen cluster (CH;ONO), (,—1-12): experiment and theory, 145 ions O,,°* (n = 5, 7, 9, 11): a switch from O; to O> loss above Multiply charged ions cluster size n = 5, 221 Ionisation and fragmentation dynamics of laser desorbed poly- A photoionisation mass spectrometry study of the fragmenta- cyclic aromatic hydrocarbons using femtosecond and nanose- tion of silicon tetrafluoride, tetrachloride and tetrabromide, cond post-ionisation, 69 359 Negatively charged clusters Lanthanide Infrared spectra of the F —-CH, and Br —CH, anion complexes, Gas-phase reactions of bare and oxo-ligated actinide and lantha- 273 nide cations with pentamethylcyclopentadiene studied in a NH, adsorption quadrupole ion trap mass spectrometer, 419 NH; adsorption around Ni 4) clusters, 171 Laser desorption/femtosecond laser mass spectrometry Ni,, clusters Ionisation and fragmentation dynamics of laser desorbed poly- NH; adsorption around Ni, 4) clusters, 171 cyclic aromatic hydrocarbons using femtosecond and nanose- NiNH; clusters cond post-ionisation, 69 NH; adsorption around Ni,, (7 : 4) clusters, 171 Nitric oxide Magnetic Moment Complete chemical conversion of [(NO),,(CH3OH),,]° to NO NH, adsorption around Ni, (n < 4) clusters, 171 (CH;ONO), 12): experiment and theory, 145 MALDI Nitric oxide cluster anion The origin of electrons in MALDI and their use for sympathetic Photochemistry of (NO), as studied by photofragment mass cooling of negative ions in FTICR, 11 spectrometry, 137 Mass spectrum Nitrogen clusters Complete chemical conversion of [(NO),,(CH30H),,]° to NO Cage effects and rotational hindrance in the surface scattering of (CH3;ONO), ,,=1-12): experiment and theory, 145 large (N>),, clusters, 159 Matrix effects Nitrogen oxides High precision measurement of titanium isotope ratios by Photoelectron—photofragment coincidence spectroscopy of plasma source mass spectrometry, 21 NO, (NO),>: solvation effects of NO on NO, , 253 Metastable decay Nucleation Unimolecular dissociation of non-stoichiometric oxygen cluster Modelling ionic nucleation in small neon clusters, 193 ions O,, ~ (n = 5, 7, 9, 11): a switch from O; to O; loss above cluster size n = 5, 221 Oxygen Methanol Unimolecular dissociation of non-stoichiometric oxygen cluster Fission mechanisms of doubly charged organic molecular ions O,,°* (n = 5, 7, 9, 11): a switch from O; to O; loss above clusters, 99 cluster size n = 5, 221 448 Subject index Phase transition flight for neutral and ionized clusters formed in Coulomb Caloric curve for the liquid-to-gas transition of the H2;° hydro- explosions, 127 gen cluster ion, 263 Rydberg states Photodetection Rydberg Matter of K and N>: angular dependence of the time-of- Photoelectron—photofragment coincidence spectroscopy of flight for neutral and ionized clusters formed in Coulomb NO, (NO), >: solvation effects of NO on NO, , 253 explosions, 127 Photofragmentation Probing several siructures of Fe(H2»O)* and Co(H2O); Sn2 at neutral oxygen (n = 1,...,10) cluster ions, 111 A G2(+) level investigation of the gas-phase identity nucleo- Photochemistry of (NO),, as studied by photofragment mass philic substitution at neutral oxygen, | spectrometry, 137 Solvation Photoionisation Photoelectron—photofragment coincidence spectroscopy of Photoionisation of ethylene clusters by synchrotron radiation in NO, (NO), >: solvation effects of NO on NO, , 253 the energy range 17-50 eV, 281 Sputtering Plasma source mass spectrometry Strong fragmentation of large rare gas clusters by high energy High precision measurement of titanium isotope ratios by electron impact, 183 plasma source mass spectrometry, 21 Stable isotopes Polycyclic aromatic hydrocarbons (PAHs) High precision measurement of titanium isotope ratios by lonisation and fragmentation dynamics of laser desorbed poly- plasma source mass spectrometry, 21 cyclic aromatic hydrocarbons using femtosecond and nanose- Synchrotron radiation cond post-ionisation, 69 Photoionisation of ethylene clusters by synchrotron radiation in Potential energy surface the energy range 17-50 eV, 281 Catalysis models for the enolization of the acetaldehyde radical cation, 53 Theory Proton affinity Expanded theory for the resolving power of a linear ion mobility Reactions of size-selected protonated water clusters H’ (H2O), spectrometer, 399 (n = 2-6) with an acetone molecule in a guided ion beam Time-of-flight apparatus, 375 Rydberg Matter of K and N>: angular dependence of the time-of- Protonated water clusters flight for neutral and ionized clusters formed in Coulomb Reactions of size-selected protonated water clusters H “(H2O), explosions, 127 (n = 2-6) with an acetone molecule in a guided ion beam Time-of-flight mass spectrometry apparatus, 375 A time-of-flight mass spectrometry study of the fragmentation Proton-transfer catalysis of valence shell ionised benzene, 31 Catalysis models for the enolization of the acetaldehyde radical A photoionisation mass spectrometry study of the fragmentation cation, 53 of silicon tetrafluoride, tetrachloride and tetrabromide, 359 TIMS Quadrupole ion trap Measurement of calcium isotopes (6~ Ca) using a multicollector Gas-phase reactions of bare and oxo-ligated actinide and lantha- TIMS technique, 385 nide cations with pentamethylcyclopentadiene studied in a Titanium isotopes quadrupole ion trap mass spectrometer, 419 High precision measurement of titanium isotope ratios by plasma source mass spectrometry, 21 Rare gas cluster Transition metal Strong fragmentation of large rare gas clusters by high energy High precision measurement of titanium isotope ratios by electron impact, 183 plasma source mass spectrometry, 21 Reaction mechanism Translational temperature \ G2(+) level investigation of the gas-phase identity nucleo- Cage effects and rotational hindrance in the surface scattering of philic substitution at neutral oxygen, | large (N>),, clusters, 159 Redox reactions Reactions of hydrated aluminum ions with methanol and formic Vibrational Feshbach resonances acid, 331 High resolution study of cluster anion formation in low-energy Rotational hindrance electron collisions with molecular clusters of CO>, CS>, and O>, Cage effects and rotational hindrance in the surface scattering of 313 large (N>),, clusters, 159 Vibrational spectroscopy Rydberg Matter Vibrational spectroscopic evidence of unconventional hydrogen Rydberg Matter of K and N>: angular dependence of the time-of- bonds, 289