International Journal of Mass Spectrometry 2006: Vol 254 Index & Table of Contents

2006·1.5 MB·English

International Journal of
=
Mass Spectrometry
International Journal of Mass Spectrometry 254 (2006) 210
www.elsevier.com/locate/ijms
Author index Volume 254
Adlhart, C., 189 Jobst, K.J., 127 Papanastasiou, D..,
Armentrout, P.B., 168 Johnsen, S., 44 Park, Y., 122
Azria, R., 63 Parke, L.G., 168
Kalo, P.J., 106 Perry, R.H., 53
Balaj, O.P., 183 Karwasz, G.P., 63 Petrie, S., 136
Balog, R., 63 Kemper, P., 202 Plass, W.R., 53
Balteanu, I., 183 Khairallah, G.N., 145 Pozo, O., 28
Benz, L., 202 Kim, W., 122
Bertin, M., 63 Kimble, M.L., 163 Rocha, J.M., 106
Beyer, M.K., 183 Kolmakov, A., 202 Roithova, J., 197
Blagojevic, V., 152 Kreyling, W.G., 70 Ruttink, P.J.A., 127
Blake, R.S., 85 Krishnanchettiar, S., 101
Bohme, D.K., 152, 155, vii Kumar, P.V.K., 94 Sankari, M., 94
Bona¢i¢é-Koutecky, V., 163 Kummerléwe, G., 183 Sartakov, B.G., |
Bondybey, V.E., 183 Schréder, D., 197
Bowers, M.T., 202 Schwarz, H., 197
Lafosse, A., 63
Buratto, S.K., 202 Sedlacko, T., 63
Langer, J., 63
Biirgel, C., 163 Seierstad, I., 44
Lateef, S.S., 101
Burgers, P.C., 127 Song, K., 122
Lee, B.-S., 101
Sun, Z., 183
Li, C.-T., 101
Castleman Jr., A.W., 163 Suryanarayana, M.V., 94
Lilach, Y., 202
Chen, J., 37 Szymezak, W., 70
Llusar, R., 28
Cooks, R.G., 53
Terlouw, J.K., 127
Malcata, F.X., 106
DaSi¢, A., 155 Tong, X., 202
Manard, M., 202
Domaracka, A., 63
McMahon, A.W., 20
Uggerud, E., 189
Meijer, G., 1
Ellis, A.M., 85
Menzel, N., 70
Vicent, C., 28
Metiu, H., 202
Guillamon, E., 28 Vinther, B., 44
Monks, P.S., 85
Gupta, S., 101 von Helden, G., |
Heinemeier, J., 44 Noll, R.J., 53 Wittmaack, K., 70
Hinton, C.S., 168 Wu, G., 53
Hu, Q., 53 O’ Hair, R.A.J., 145 Wu, H., 37
Ollilainen, V., 106 Wyche, K.P., 85
Illenberger, E., 63 Olsen, J., 44
Oomens, J., | Zhao, X., 155
Jiang, X., 37
Orzol, M., 63 Zhuo, S., 37
doi: 10.1016/S 1387-3806(06)00335-6
Internationa! Journal of
Mass Spectrometry
International Journal of Mass Spectrometry 254 (2006) 211-214
www.elsevier.com/locate/ijms
Subject index Volume 254
Alkaline-earth metal cations Chemical ionization
Exploration of the catalytic oxidation of ethylene with N,O mediated by Chemical ionization reaction time-of-flight mass spectrometry: Multi-
atomic alkaline-earth metal cations, 155 reagent analysis for determination of trace gas composition, 85
Alkanium ions Chemical reaction
C-H activation in reactions of protonated hydrogen peroxide with propane. Reactions in nanofilms of trifluoroacetic acid (CF,COOH) driven by low
Remarkable regioselectivity for hydride abstraction and mechanism for energy electrons, 63
acid catalyzed hydrogen exchange, 189 CID
Atmospheric chemistry Ion chemistry of a series of cluster compounds with Mo,Q, and Mo,M’Q,
A gas-phase solvent effect: The role of water molecules in the conversion (Q = S, Se; M’ = Cu, Co, Ni) cores containing 1,2 diphosphanes as ancil-
of the HOMg*/CO, adduct ion to the magnesium bicarbonate ion, lary ligands: New insights on the gas-phase stability from electrospray tan-
Mg*O,COH, 136 dem mass spectrometry, 28
CIRMS
Benzene Chemical ionization reaction time-of-flight mass spectrometry: Multi-
Catalytic reduction of N,O by CO on benzene clusters of Fe*: Catalytic reagent analysis for determination of trace gas composition, 85
poisoning by CO, 152 Cluster reaction
Bicarbonate formation Interactions of CO with Au,O, (n =4)
A gas-phase solvent effect: The role of water molecules in the conversion CO oxidation
of the HOMg*/CO, adduct ion to the magnesium bicarbonate ion, Interactions of CO with Au O (n =4)
Mg*O,COH, 136 CO poisoning
Binomial and multinomial distributions Catalytic reduction of N,O by CO on benzene clusters of Fe*: Catalytic
Random protein association analyses of MALDI-TOF mass spectra of poisoning by CO, 152
two- and three-component protein systems using binomial and multinomial Collision induced dissociation
distribution, 101 Dehydrogenation of formic acid catalyzed by magnesium hydride anions,
Bond dissociation energies HMgL, (L =Cl and HCO,), 145
Why is hafnium so unreactive? Experimental and theoretical studies of the Correction
reaction of Hf* with methane, 168 Memory effect in deuterium analysis by continuous flow isotope ratio
measurement, 44
Carbocations Cuboidal complexes
C-H activation in reactions of protonated hydrogen peroxide with propane. Ion chemistry of a series of cluster compounds with Mo,Q, and Mo,M’Q,
Remarkable regioselectivity for hydride abstraction and mechanism for (Q = S, Se; M’ = Cu, Co, Ni) cores containing 1,2 diphosphanes as ancil-
acid catalyzed hydrogen exchange, 189 lary ligands: New insights on the gas-phase stability from electrospray tan-
Carbon dem mass spectrometry, 28
TOF-SIMS characterisation of spark-generated nanoparticles made from
pairs of Ir—Ir and Ir—C electrodes, 70 5D deuterium measurements
Catalysis Memory effect in deuterium analysis by continuous flow isotope ratio
Activation of methane and methane-d, by ionic platinum clusters, 183 measurement, 44
Formation, deposition and examination of size selected metal clusters on DEA
semiconductor surfaces: An experimental setup, 202 Reactions in nanofilms of trifluoroacetic acid (CF,COOH) driven by low
Catalysis by metal hydrides energy electrons, 63
Dehydrogenation of formic acid catalyzed by magnesium hydride anions, Decarboxylation
HMgL, (L =Cl and HCO,), 145 Dehydrogenation of formic acid catalyzed by magnesium hydride anions,
CBS-QB3 model chemistry HMgL, (L = Cl and HCO,), 145
The loss of NH,O° from the N-hydroxyacetamide radical cation Dehydrogenation kinetics
CH,C(=O)NHOH"*: An ion-catalysed rearrangement, 127 Activation of methane and methane-d, by ionic platinum clusters, 183
CF-IRMS Density-functional calculations
Memory effect in deuterium analysis by continuous flow isotope ratio Dehydrogenation of formic acid catalyzed by magnesium hydride anions,
measurement, 44 HMgL, (L = Cl and HCO,), 145
C-H activation Diphosphane
Activation of methane and methane-d, by ionic platinum clusters, 183 Ion chemistry of a series of cluster compounds with Mo,Q, and Mo,M’Q,
C-H bond activation (Q = S, Se; M’ = Cu, Co, Ni) cores containing 1,2 diphosphanes as ancil-
Why is hafnium so unreactive? Experimental and theoretical studies of the lary ligands: New insights on the gas-phase stability from electrospray tan-
reaction of Hf” with methane, 168 dem mass spectrometry, 28
doi: 10.1016/S 1387-3806(06)00336-8
212 Subject index
Dipolar ac lon-catalysis
Ion trajectory simulations of axial ac dipolar excitation in the Orbitrap, 53 The loss of NH,O° from the N-hydroxyacetamide radical cation
CH,C(=O)NHOH"*: An ion-catalysed rearrangement, 127
Electron stimulated desorption A gas-phase solvent effect: The role of water molecules in the conversion
Reactions in nanofilms of trifluoroacetic acid (CF,COOH) driven by low of the HOMg*/CO, adduct ion to the magnesium bicarbonate ion,
energy electrons, 63 Mg*O,COH, 136
Electrospray ionisation Catalytic reduction of N,O by CO on benzene clusters of Fe*: Catalytic
Dehydrogenation of formic acid catalyzed by magnesium hydride anions, poisoning by CO, 152
HMgL, (L =Cl and HCO,), 145 Exploration of the catalytic oxidation of ethylene with N,O mediated by
Electrospray ionization as a convenient new method for the generation of atomic alkaline-earth metal cations, 155
catalytically active iron-oxide ions in the gas phase, 197 lon—ligand binding
ESI-MS A gas-phase solvent effect: The role of water molecules in the conversion
Ion chemistry of a series of cluster compounds with Mo,Q, and Mo,M’Q, of the HOMg*/CO, adduct ion to the magnesium bicarbonate ion,
(Q = S, Se; M’ = Cu, Co, Ni) cores containing 1,2 diphosphanes as ancil- Mg*O,COH, 136
lary ligands: New insights on the gas-phase stability from electrospray tan- lon—molecule reactions
dem mass spectrometry, 28 Dehydrogenation of formic acid catalyzed by magnesium hydride anions,
Ethylene HMgL, (L=Cl and HCO,), 145
Exploration of the catalytic oxidation of ethylene with N,O mediated by Iridium
atomic alkaline-earth metal cations, 155 TOF-SIMS characterisation of spark-generated nanoparticles made from
Excitation pairs of Ir—Ir and Ir—C electrodes, 70
Ion trajectory simulations of axial ac dipolar excitation in the Orbitrap, 53 Iron cations
Catalytic reduction of N,O by CO on benzene clusters of Fe*: Catalytic
poisoning by CO, 152
Field solver
Iron hydroxide
Ion trajectory simulations of axial ac dipolar excitation in the Orbitrap, 53
Electrospray ionization as a convenient new method for the generation of
Fourier transform
catalytically active iron-oxide ions in the gas phase, 197
Ion trajectory simulations of axial ac dipolar excitation in the Orbitrap, 53
Iron oxide
Free fatty acid
Electrospray ionization as a convenient new method for the generation of
Identification of molecular species of simple lipids by normal phase liquid
catalytically active iron-oxide ions in the gas phase, 197
chromatography—positive electrospray tandem mass spectrometry, and
Isotope analysis
application of developed methods in comprehensive analysis of low erucic
Application of non-resonant laser ionization mass spectrometry for a fast
acid rapeseed oil lipids, 106
isotope analysis of metal microparticles, 122
Isotope ratio
Gas phase
Optimization of the conditions for simultaneous non-selective excitation of
Interactions of CO with Au,O,, (n 24)
plutonium isotopes for isotope ratio measurements in resonance ionization
Gas-phase ions
mass spectrometry, 94
Gas-phase infrared multiple photon dissociation spectroscopy of mass-
selected molecular ions, |
Laser ionization mass spectrometry
Gold cluster
Application of non-resonant laser ionization mass spectrometry for a fast
Interactions of CO with Au.O) (n 24)
isotope analysis of metal microparticles, 122
Guided ion beam mass spectrometry
Laser spectroscopy
Why is hafnium so unreactive? Experimental and theoretical studies of the
Optimization of the conditions for simultaneous non-selective excitation of
reaction of Hf” with methane, 168
plutonium isotopes for isotope ratio measurements in resonance ionization
mass spectrometry, 94
Hafnium
Low erucic acid rapeseed oil
Why is hafnium so unreactive? Experimental and theoretical studies of the
Identification of molecular species of simple lipids by normal phase liquid
reaction of Hf” with methane, 168
chromatography—positive electrospray tandem mass spectrometry, and
Harmonic motion
application of developed methods in comprehensive analysis of low erucic
lon trajectory simulations of axial ac dipolar excitation in the Orbitrap, 53
acid rapeseed oil lipids, 106
Hydride abstraction
C-H activation in reactions of protonated hydrogen peroxide with propane. Magnesium formate anions
Remarkable regioselectivity for hydride abstraction and mechanism for
Dehydrogenation of formic acid catalyzed by magnesium hydride anions,
acid catalyzed hydrogen exchange, 189 HMgL, (L =Cl and HCO,), 145
Hyperpolarizability Main-group metal ion
Effects of polarizability and hyperpolarizability on molecular spatial align-
A gas-phase solvent effect: The role of water molecules in the conversion
ment in intense light fields, 37
of the HOMg’*/CO, adduct ion to the magnesium bicarbonate ion,
Mg*O,COH, 136
Infrared MALDI-TOF MS
Gas-phase infrared multiple photon dissociation spectroscopy of mass- Random protein association analyses of MALDI-TOF mass spectra of
selected molecular ions, | two- and three-component protein systems using binomial and multinomial
Intense light fields distribution, 101
Effects of polarizability and hyperpolarizability on molecular spatial align- Mass spectrometry
ment in intense light fields, 37 Ion trajectory simulations of axial ac dipolar excitation in the Orbitrap,
lon source 53
Formation, deposition and examination of size selected metal clusters on TOF-SIMS characterisation of spark-generated nanoparticles made from
semiconductor surfaces: An experimental setup, 202 pairs of Ir—Ir and Ir—C electrodes, 70
lon trajectory simulation Optimization of the conditions for simultaneous non-selective excitation of
lon trajectory simulations of axial ac dipolar excitation in the Orbitrap, plutonium isotopes for isotope ratio measurements in resonance ionization
53 mass spectrometry, 94
Subject index
C-H activation in reactions of protonated hydrogen peroxide with propane. Platinum
Remarkable regioselectivity for hydride abstraction and mechanism for Activation of methane and methane-d, by ionic platinum clusters,
acid catalyzed hydrogen exchange, 189 183
Electrospray ionization as a convenient new method for the generation of Polarizability
catalytically active iron-oxide ions in the gas phase, 197 Effects of polarizability and hyperpolarizability on molecular spatial align-
Memory effect ment in intense light fields, 37
Memory effect in deuterium analysis by continuous flow isotope ratio Proton-transfer
measurement, 44 Chemical ionization reaction time-of-flight mass spectrometry: Multi-
Metal clusters reagent analysis for determination of trace gas composition,
Formation, deposition and examination of size selected metal clusters on 85
semiconductor surfaces: An experimental setup, 202 C-H activation in reactions of protonated hydrogen peroxide with propane.
Metal nitrate Remarkable regioselectivity for hydride abstraction and mechanism for
Electrospray ionization as a convenient new method for the generation of acid catalyzed hydrogen exchange, 189
catalytically active iron-oxide ions in the gas phase, 197 PTR-MS
Meteoric ablation Chemical ionization reaction time-of-flight mass spectrometry: Multi-
A gas-phase solvent effect: The role of water molecules in the conversion of the reagent analysis for determination of trace gas composition,
HOMg */CO, adduct ion to the magnesium bicarbonate ion, Mg*O,COH, 136 85
Methane Pu
Why is hafnium so unreactive? Experimental and theoretical studies of the Optimization of the conditions for simultaneous non-selective excitation of
reaction of Hf” with methane, 168 plutonium isotopes for isotope ratio measurements in resonance ionization
Activation of methane and methane-d, by ionic platinum clusters, 183 mass spectrometry, 94
Microparticle
Application of non-resonant laser ionization mass spectrometry for a fast
Quantum chemical calculation
isotope analysis of metal microparticles, 122
A gas-phase solvent effect: The role of water molecules in the conversion
Molybdenum sulfide clusters
of the HOMg’/CO, adduct ion to the magnesium bicarbonate ion,
Ion chemistry of a series of cluster compounds with Mo,Q, and Mo,M’Q, Mg*O,COH, 136
(Q =S, Se; M’ = Cu, Co, Ni) cores containing 1,2 diphosphanes as ancil-
Quantum chemistry
lary ligands: New insights on the gas-phase stability from electrospray tan-
C-H activation in reactions of protonated hydrogen peroxide with propane.
dem mass spectrometry, 28
Remarkable regioselectivity for hydride abstraction and mechanism for
Mono-, Di- and Triacylglycerol
acid catalyzed hydrogen exchange, 189
Identification of molecular species of simple lipids by normal phase liquid
Quid-pro-quo mechanism
chromatography—positive electrospray tandem mass spectrometry, and
The loss of NH,O° from the N-hydroxyacetamide radical cation
application of developed methods in comprehensive analysis of low erucic CH,C(=O)NHOH"*: An ion-catalysed rearrangement, 127
acid rapeseed oil lipids, 106
Multiple photon dissociation
Random protein association
Gas-phase infrared multiple photon dissociation spectroscopy of mass-
Random protein association analyses of MALDI-TOF mass spectra of two-
selected molecular ions, |
and three-component protein systems using binomial and multinomial dis-
Multistage mass spectrometry
tribution, 101
Dehydrogenation of formic acid catalyzed by magnesium hydride anions,
Reaction mechanism
HMgL, (L =Cl and HCO,), 145
C-H activation in reactions of protonated hydrogen peroxide with propane.
Remarkable regioselectivity for hydride abstraction and mechanism for
N, and Cl, molecules
acid catalyzed hydrogen exchange, 189
~ Effects of polarizability and hyperpolarizability on molecular spatial
Resonance ionization mass spectrometry
alignment in intense light fields, 37
Optimization of the conditions for simultaneous non-selective excitation of
N,O reduction
plutonium isotopes for isotope ratio measurements in resonance ionization
: Catalytic reduction of N,O by CO on benzene clusters of Fe’: Catalytic
mass spectrometry, 94
poisoning by CO, 152
Exploration of the catalytic oxidation of ethylene with N,O mediated by
atomic alkaline-earth metal cations, 155 Size selected
Nanoparticle Formation, deposition and examination of size selected metal clusters on
TOF-SIMS characterisation of spark-generated nanoparticles made from semiconductor surfaces: An experimental setup, 202
pairs of Ir—Ir and Ir—C electrodes, 70 Solvent-assisted reaction
Normal phase liquid chromatography — Positive electrospray ionization tandem A gas-phase solvent effect: The role of water molecules in the conversion
mass spectrometry of the HOMg’/CO, adduct ion to the magnesium bicarbonate ion,
Identification of molecular species of simple lipids by normal phase liquid Mg‘ O,COH, 136
chromatography—positive electrospray tandem mass spectrometry, and Space-velocity correlation focusing
application of developed methods in comprehensive analysis of low erucic Correlated phase space distributions of ions in an orthogonal time-of-flight
acid rapeseed oil lipids, 106 mass spectrometer, 20
Spark discharge
O-atom transport TOF-SIMS characterisation of spark-generated nanoparticles made from
Catalytic reduction of N,O by CO on benzene clusters of Fe’: Catalytic pairs of Ir—Ir and Ir—C electrodes, 70
poisoning by CO, 152 Spectroscopy
Exploration of the catalytic oxidation of ethylene with N,O mediated by Gas-phase infrared multiple photon dissociation spectroscopy of mass-
atomic alkaline-earth metal cations, 155 selected molecular ions, |
Orbitrap Sterol
lon trajectory simulations of axial ac dipolar excitation in the Orbitrap, 53 Identification of molecular species of simple lipids by normal phase liquid
Orthogonal time-of-flight mass spectrometry chromatography—positive electrospray tandem mass spectrometry, and
Correlated phase space distributions of ions in an orthogonal time-of-flight application of developed methods in comprehensive analysis of low erucic
mass spectrometer, 20 acid rapeseed oil lipids, 106
214 Subject index
Tandem mass spectrometry Thermal desorption
The loss of NH,O° from the N-hydroxyacetamide radical cation Reactions in nanofilms of trifluoroacetic acid (CF,COOH) driven by low
CH,C(=O)NHOH**: An ion-catalysed rearrangement, 127 energy electrons, 63