Table Of Content

International Journal of Mass Spectrometry 198 (2000) 235 Author index Arulmozhiraja, S., 15 Hernandez, J.M., 77 Petzold, C.J., 173 Aubriet, F., 189, 213 Piccirillo, S., 137 Jennings, K.R., 135 Brito Neto, J.G.A., 121 Ramirez-Arizmendi, L.E., 173 Brykov, A.V., 97 Kenttimaa, H.I., 173 Reyes, P.G., 77 Kipphardt, H., 71 Claeys, M., 23 Kolotilin, B.I., 97 Saito, N., 165 Schechter, I., 63 De Biévre, P., 71 Lifshitz, C., 1 Sheretov, E.P., 83, 97 do Lago, C.L., 121 Shi, S.D.-H., 113 Marshall, A.G., 113 Speranza, M., 137 Fedosov, E.V., 97 Martinez, H., 77 Suzuki, I.H., 165 Filippi, A., 137 Maunit, B., 189, 213 Fuentes, B.E., 77 Meijer, H.A.J., 45 Taylor, P.D.P., 71 Fujii, T., 15 Moraes, M.C.B., 121 Muller, J.-F., 189, 213 Valkiers, S., 71 Giardini, A., 137 van der Hart, W.J., 33 Gridin, V.V., 63 Nelson, E.D., 173 Veselkin, N.V., 97 Gross, M.L., 133 Neubert, R.E.M., 45 Visser, G.H., 45 Guler, L.P., 173 Ngoka, L.C.M., 133 Voinov, V.G., 23 Hendrickson, C.L., 113 Pérez, J., 173 Wang, Y., 113 1387-3806/00/$20.00 © 2000 Elsevier Science B.V. All rights reserved PII $1387-3806(00)00239-6 International Journal of Mass Spectrometry 198 (2000) 237-240 Subject index Ab initio calculations transform ion cyclotron resonance mass spectrometry. Ab initio calculations on the isomerization and dissocia- Part I: differentiation of chromate compounds, 189 tion of C,HN radical cations, 33 Cluster ions stability Ab initio MO Studies on alkali and alkaline earth chromate by time-of- Application of In* ions in ion attachment mass spectrom- flight laser microprobe mass spectrometry and Fourier etry, 15 transform ion cyclotron resonance mass spectrometry. Absolute cross sections Part II: understanding cluster ion formation, 213 Absolute electron capture cross sections of Kr*~ with Ne Collision-activated dissociation (CAD) atoms, 77 Mass-selective ion accumulation and fragmentation in a Acetone linear octopole ion trap external to a Fourier transform ion Cation pair formation from acetone following monochro- cyclotron resonance mass spectrometer, 113 matic soft x-ray absorption, 165 Collision-induced dissociation (CID) Activation entropy Charge-remote fragmentation of fatty acid molecular C, binding energy in C,o, 1 anions: examination by using resonance electron capture Angular distributions mass spectrometry, 23 Absolute electron capture cross sections of Kr” with Ne Mass-selective ion accumulation and fragmentation in a atoms, 77 linear octopole ion trap external to a Fourier transform ion Appearance energies cyclotron resonance mass spectrometer, 113 C, binding energy in Co, | Competitive ion/molecule reactions Studies on alkali and alkaline earth chromate by time-of- flight laser microprobe mass spectrometry and Fourier Binding energy transform ion cyclotron resonance mass spectrometry. C, binding energy in C¢o, Part II: understanding cluster ion formation, 213 Book review, 135 Cross contamination Breakdown curves Cross contamination in dual inlet isotope ratio mass C, binding energy in C,o, spectrometers, 45 Coo C, binding energy in C¢o, DFT calculations Calibration Application of In* ions in ion attachment mass spectro- ‘‘Calibration’’ in isotopic measurements, 71 metry, 15 Cation pair formation C, binding energy in C,o, 1 Cation pair formation from acetone following monochro- Dissociation processes matic soft x-ray absorption, 165 Ab initio calculations on the isomerization and dissocia- Charge-remote fragmentation tion of C,H.N radical cations, 33 Charge-remote fragmentation of fatty acid molecular anions: examination by using resonance electron capture mass spectrometry, 23 Electron capture C,H.N radical cations Charge-remote fragmentation of fatty acid molecular Ab initio calculations on the isomerization and dissocia- anions: examination by using resonance electron capture tion of C,H.N radical cations, 33 mass spectrometry, 23 Chromium speciation Electron transfer Studies on alkali and alkaline earth chromate by time-of- Absolute electron capture cross sections of Kr” with Ne flight laser microprobe mass spectrometry and Fourier atoms, 77 1387-3806/00/$20.00 © 2000 Elsevier Science B.V. All rights reserved PII $1387-3806(00)00240-2 238 Subject Index Electrospray Gas-phase enantioselectivity Analytical applicability of transition metals and boron Gas-phase enantioselectivity, 137 anionic complexes formed with iodide, chloride, cyanide, Gspann parameter and fluoride in electrospray mass spectrometry, 121 C, binding energy in C,o, 1 Erratum Erratum to ‘‘Multistep collisionally activated decomposi- Hill equation tion in an ion trap for the determination of the amino-acid Opportunities for optimization of the rf signal applied to sequence and gas-phase ion chemistry of lithium-coordi- electrodes of quadrupole mass spectrometers. Part I. nated valinomycin’’ (194:247-259), 133 General theory, 83 Evaporation energy C, binding energy in C,o, 1 Excited states In* ion Charge-remote fragmentation of fatty acid molecular Application of In~ ions in ion attachment mass spectrom- anions: examination by using resonance electron capture etry, 15 mass spectrometry, 23 Inner-shell excitation Extraction Cation pair formation from acetone following monochro- Schottky barrier governed injection of solvated ions matic soft x-ray absorption, 165 through track membrane interfaced vacuum inlets, 63 Inorganic mass spectrometry Studies on alkali and alkaline earth chromate by time-of- flight laser microprobe mass spectrometry and Fourier Fatty acids transform ion cyclotron resonance mass spectrometry. Charge-remote fragmentation of fatty acid molecular Part I: differentiation of chromate compounds, 189 anions: examination by using resonance electron capture Ion attachment mass spectrometry mass spectrometry, 23 Application of In* ions in ion attachment mass spectro- Finite heat bath theory metry, 15 C, binding energy in C,,, 1 Ion formation processes Fourier transform ion cyclotron resonance (FTICR) Studies on alkali and alkaline earth chromate by time-of- Laser-induced acoustic desorption/chemical ionization in flight laser microprobe mass spectrometry and Fourier Fourier-transform ion cyclotron resonance mass spec- transform ion cyclotron resonance mass spectrometry. trometry, 173 Part II: understanding cluster ion formation, 213 Mass-selective ion accumulation and fragmentation in a Ion trap mass spectrometry linear octopole ion trap external to a Fourier transform ion Opportunities for optimization of the rf signal applied to cyclotron resonance mass spectrometer, 113 electrodes of quadrupole mass spectrometers. Part I. Fourier transform mass spectrometry (FTMS) General theory, 83 Mass-selective ion accumulation and fragmentation in a Opportunities for optimization of the rf signal applied to linear octopole ion trap external to a Fourier transform ion electrodes of quadrupole mass spectrometers. Part II. EC” cyclotron resonance mass spectrometer, 113 signals, 97 Fragmentation Isomerization processes Mass-selective ion accumulation and fragmentation in a Ab initio calculations on the isomerization and dissocia- linear octopole ion trap external to a Fourier transform ion tion of C,H.N radical cations, 33 cyclotron resonance mass spectrometer, 113 Isotope pattern FTICRMS Analytical applicability of transition metals and boron Studies on alkali and alkaline earth chromate by time-of- anionic complexes formed with iodide, chloride, cyanide, flight laser microprobe mass spectrometry and Fourier and fluoride in electrospray mass spectrometry, 121 transform ion cyclotron resonance mass spectrometry. Isotopic measurement Part I: differentiation of chromate compounds, 189 ‘‘Calibration’’ in isotopic measurements, 71 Fullerenes Isotopic reference materials C, binding energy in C¢o, 1 Cross contamination in dual inlet isotope ratio mass spectrometers, 45 Gas isotope ratio mass spectrometry Cross contamination in dual inlet isotope ratio mass Kinetic energy release distributions spectrometers, 45 C, binding energy in C,,, | Subject Index Kinetic shifts Measurement result C, binding energy in C,, 1 ‘‘Calibration’’ in isotopic measurements, 71 Kr~ Membrane Absolute electron capture cross sections of Kr~ with Ne Schottky barrier governed injection of solvated ions atoms, 77 through track membrane interfaced vacuum inlets, 63 Kr° Metal speciation Absolute electron capture cross sections of Kr” with Ne Analytical applicability of transition metals and boron atoms, 77 anionic complexes formed with iodide, chloride, cyanide, and fluoride in electrospray mass spectrometry, 121 Metastable fractions Laser ablation/ionization C, binding energy in C,,, | Studies on alkali and alkaline earth chromate by time-of- Mixed metal cluster ions flight laser microprobe mass spectrometry and Fourier Studies on alkali and alkaline earth chromate by time-of- transform ion cyclotron resonance mass spectrometry. flight laser microprobe mass spectrometry and Fourier Part II: understanding cluster ion formation, 213 transform ion cyclotron resonance mass spectrometry. Laser ablation mass spectrometry Part I: differentiation of chromate compounds, 189 Studies on alkali and alkaline earth chromate by time-of- Multichannel flight laser microprobe mass spectrometry and Fourier Schottky barrier governed injection of solvated ions transform ion cyclotron resonance mass spectrometry. through track membrane interfaced vacuum inlets, 63 Part I: differentiation of chromate compounds, 189 Laser desorption Laser-induced acoustic desorption/chemical ionization in Noncovalent interactions Fourier-transform ion cyclotron resonance mass spec- Gas-phase enantioselectivity, 137 trometry, 173 Normalization Laser-induced acoustic desorption (LIAD) Cross contamination in dual inlet isotope ratio mass Laser-induced acoustic desorption/chemical ionization in spectrometers, 45 Fourier-transform ion cyclotron resonance mass spectrometry, 173 Photoion-photoion coincidence Cation pair formation from acetone following monochro- Mass filter matic soft x-ray absorption, 165 Mass-selective ion accumulation and fragmentation in a Protein linear octopole ion trap external to a Fourier transform ion Mass-selective ion accumulation and fragmentation in a cyclotron resonance mass spectrometer, 113 linear octopole ion trap external to a Fourier transform ion Opportunities for optimization of the rf signal applied to cyclotron resonance mass spectrometer, 113 electrodes of quadrupole mass spectrometers. Part I. Pulse signal General theory, 83 Opportunities for optimization of the rf signal applied to Opportunities for optimization of the rf signal applied to electrodes of quadrupole mass spectrometers. Part II. EC electrodes of quadrupole mass spectrometers. Part II]. EC signals, 97 signals, 97 Mass spectrometry Radiative decay Analytical applicability of transition metals and boron C, binding energy in Co, | anionic complexes formed with iodide, chloride, cyanide, Radiolysis and fluoride in electrospray mass spectrometry, 121 Gas-phase enantioselectivity, 137 Gas-phase enantioselectivity, 137 Resonance-enhanced multiphoton ionization time-of-flight Laser-induced acoustic desorption/chemical ionization in (REMPI-TOF) spectroscopy Fourier-transform ion cyclotron resonance mass spec- Gas-phase enantioselectivity, 137 trometry, 173 RRKM Opportunities for optimization of the rf signal applied to C, binding energy in Co, | electrodes of quadrupole mass spectrometers. Part I. General theory, 83 Opportunities for optimization of the rf signal applied to Stable isotopes electrodes of quadrupole mass spectrometers. Part II. EC Cross contamination in dual inlet isotope ratio mass signals, 97 spectrometers, 45 240 Subject Index Thermionic emission Track-membrane Application of In* ions in ion attachment mass spectro- Schottky barrier governed injection of solvated ions metry, 15 through track membrane interfaced vacuum inlets, 63 C, binding energy in Cg, | Transition state Time-of-flight C, binding energy in C¢o, 1 Schottky barrier governed injection of solvated ions through track membrane interfaced vacuum inlets, 63 Uncertainty TOFMS laser microprobe ‘‘Calibration’’ in isotopic measurements, 71 Studies on alkali and alkaline earth chromate by time-of- flight laser microprobe mass spectrometry and Fourier Yield ratios transform ion cyclotron resonance mass spectrometry. Cation pair formation from acetone following monochro- Part I: differentiation of chromate compounds, 189 matic soft x-ray absorption, 165