Table Of ContentInternational Journal of 
I)R  
Re  SWART  4 
Mass Spectrometry 
ELSEVIER  International Journal of Mass Spectrometry 227 (2003:  617-618 
www.elsevier.com/locate/ijms 
Author  index  Volume  227 
Amunugama, R.,  1, 339  Gilbert, T.M.,  361  Mo, O., 401 
Andersen, L.H., 273  Morton, T.H.,  175 
Anderson, J.D., 63  Hansen, K., 87  Mourgues, P., 373, 381 
Anderson, S.E., 205  Hase, W.L.,  315  Murrell, J., 223 
Angelova, G., 273  Hayes, L.A.,  111 
Armentrout, P.B., 47, 289  Herlert, A., 87  Nakagawa, F., 391 
Arnold, S.T., 413  Heydorn, L.N., 453 
Asfandiarov, N.L.,  259, 281  Hiizumi, K., 391  Ochran, R.A., 471 
Audier, H.E.,  373, 381  Hiraoka, K., 391  O’Hair, R.A.J., 47 
Ho, Y.-P., 97  Ohanessian, G., 439, 509 
Baker, E.S., 205  Hoppilliard, Y., 439  Operti, L., 235 
Beauchamp, J.L.,  147 
Blagojevic, V.,  161  lino, T., 391  Paulsen, E.S., 63 
Bluhme, H., 273  Ishida, M., 391  Petrie, S., 33 
Bohme, D.K.,  161, 563  Pisterzi, L.F.,  161 
Bouchonnet, S.,  175  Jacquet, J.P.,  381  Pshenichnyuk, S.A.,  259, 281 
Bouchoux, G., 479  Jarvis, M.J.Y.,  161 
Bowers, M.T.,  205  Jeanville, PM.,  247  Rabezzana, R., 235 
Burgers, P.C., 453  Jellen, E.E.,  111  Rebrion-Rowe, C., 273 
Burkell, J.L., 497  Julian, R.R.,  147  Riveros, J.M.,  135, 315 
Rodgers, M.T.,  1, 339 
Casares, A., 217  Kemper, P.R.,  205  Rogalewicz, F., 439 
Chappell, A.M.,  111  Kim, M.S.,  21  Ruttink, P.J.A.,  453 
Check, C.E.,  361  Kish, M.M.,  191, 509  Ryzhov, V.,  111 
Choe, J.C.,  21  Konn, D.O.,  223 
Corral, I., 401  Koyanagi, G.K.,  161, 563  Schréder, D., 
Krouse, I.H., 303  Schwarz, H.., 
Deakyne, C.A.,  555, 601  Schweikhard, L., 87 
Dearden, D.V., 63  Lardin, H.A.,  303  Seiersen, K., 273 
Denhez, J.P., 381  Le Caér, S., 587  Sena, M.,  135, 315 
Despeyroux, D., 223  Le Garrec, J.L., 273  Serafin, S.V.,  175 
Dixon, D.A., 421  Li, H.-P., 97  Song, K., 315 
Djazi, F.V., 479  Li, L., 555  Styles, M.L., 47 
Liebman, J.F., 555  Sun, L., 315 
Estapé, E.S., 247  Lifshitz, C., 77  Sunderlin, L.S., 361 
Liyanage, R., 47 
Fal’ko, V.S., 259, 281  Lobring, K.C., 361  Takao, K., 391 
Fee, D.P.,  205  Lu, L.-C., 97  Terlouw, J.K., 453 
Feller, D., 421  Lukin, V.G.,  259, 281  Thissen, R., 373 
Fossey, J., 373, 381  Torres-Negron de Jeanville, I., 247 
Francisco, J.S., 421  Maitre, P., 587  Turco, F., 235 
Fridgen, T.D., 497  Mayer, P.M., 471  Turecek, F., 327 
Fujita, K., 391  McMahon, T.B., 497 
Meot-Ner (Mautner), M., 525  Underwood, N.J.,  223 
Gaillard, F., 479  Mestdagh, H., 587 
Geller, O., 77  Miller, T.M., 413  Vaglio, G.A.,  235 
Gidden, J., 205  Mitchell, J.B.A.,  273  Vierezet, D., 479 
doi: 10.1016/S 1387-3806(03)00280-X
618  Author index 
Viggiano, A.A.,  413  Wesdemiotis, C.,  191, 509  Yafiez, M., 401 
Vogel, M., 87  Wisniewski, E.S., 577  Yoon, S.H.,  21 
Wollnik, H., 217 
Welford Castleman Jr., A., 577  Zhan, C.-G., 421 
Wenthold, P.G.,  303  Yamabe, S., 391  Zhang, K.,  175
International Journai of 
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ELSEVIER  Mass Spectrometry 
International Journal of Mass Spectrometry 227 (2003) 619-625 
www.elsevier.com/locate/ijms 
Subject  index  Volume  227 
Ab initio calculations  Basicity 
Sequential bond energies of Pt (NH3), (x =  1-4) determined by  The  proton  affinity  scale,  and effects  of ion  structure  and 
collision-induced dissociation and theory, 47  solvation, 525 
The gas and solution phase acidities of HNO, HOONO, HONO,  Proton affinities and gas-phase basicities: theoretical methods 
and HONO;, 421  and structural effects, 601 
Tautomerization and dissociation of ethylene phosphonate ions  Benzene 
[OCH>CH,O]P(H)O °: an experimental and CBS-QB3 compu-  Kinetics and thermodynamics for the bonding of benzene to 20 
tational study, 453  main-group atomic cations: formation o7 half-sandwiches, full- 
Aerosol  sandwiches and beyond, 563 
Abiotic synthesis of ATP from AMP in the gas phase: implica-  Benzoylecgonine 
tions for the origin of biologically important molecules from  The effect of liquid chromatography eluents and additives on the 
small molecular clusters,  147  positive ion responses of cocaine, benzoylecgonine, and ecgo- 
nine methyl ester using electrospray ionization, 247 
Dissociation energies of silver clusters Ag* ,n =  14, 15, 16, 18,  Bidentate bases 
87  Application of the kinetic method to bifunctional bases. MIKE 
Agnostic interactions  and CID-MIKE test cases, 479 
Binding  energies  of Cu’  to  saturated  and  «,f-unsaturated  Blackbody-induced dissociation 
alkanes, silanes and germanes. The role of agostic interactions,  Dissociation of p-cymene molecular ions induced by thermal 
401  radiation,  135 
Alkali metal  Bond dissociation energies 
Alkali metal binding energies of dibenzo-18-crown-6:  experi-  Cation-t interactions with a model for an extended m network. 
mental and computational results, 63  Absolute binding energies of alkali metal cation—naphthalene 
Alkali metal ions  complexes determined by threshold collision-induced dissocia- 
Cation-7 interactions with a model for an extended m network.  tion and theoretical studies, | 
Absolute binding energies of alkali metal cation—naphthalene  Influence of substituents on cation-n interactions. 3. Absolute 
complexes determined by threshold collision-induced dissocia-  binding  energies  of alkali  metal  cation—aniline  complexes 
tion and theoretical studies, |  determined  by threshold  collision-induced  dissociation  and 
Influence of substituents on cation-1 interactions. 3. Absolute  theoretical studies, 339 
binding  energies  of alkali  metal  cation—aniline  complexes  Bond energies 
determined  by threshold  collision-induced  dissociation  and  Guided  ion beam  studies  of transition  metal—ligand thermo- 
theoretical studies, 339  chemistry, 289 
Amino acids  Bond strength 
Structures and fragmentations of zinc(II) complexes of amino  G3 and G2 thermochemistry of sulfur fluoride neutrals and anions, 
acids in the gas phase. IV. Solvent effect on the structure  of  413 
electrosprayed ions, 439  Branching ratios 
The  Na’  affinities  of «-amino  acids:  side-chain  substituent  Branching ratios for the dissociative recombination of hydro- 
effects, 509  carbon ions. I: The cases of CysHy’  and CH;  , 273 
API/MS 
The effect of liquid chromatography eluents and additives on the  Calculation 
positive ion responses of cocaine, benzoylecgonine, and ecgo-  Proton affinity of some radicals of alcohols, ethers and amines, 373 
nine methyl ester using electrospray ionization, 247  Gas phase basicity of silanaldehydes and silanones, 381 
ATP  Capping agents 
Abiotic synthesis of ATP from AMP in the gas phase: implica-  3-Dimensional structural characterization of cationized polyhe- 
tions for the origin of biologically important molecules from  dral oligomeric silsesquioxanes (POSS) with styryl and pheny- 
small molecular clusters,  147  lethyl capping agents, 205 
doi: 10.1016/S 1387-3806(03)0028 1-1
620  Subject index 
Catalysis  complexes determined by threshold collision-induced dissocia- 
Tautomerization and dissociation of ethylene phosphonate ions  tion and theoretical studies, | 
[OCH,CH,O]P(H)O *: an experimental and CBS-QB3 compu-  Sequential bond energies of Pt (NH3), (x =  1-4) determined by 
tational study, 453  collision-induced dissociation and theory, 47 
Cation-n interactions  Binding of metalloporphyrins to model nitrogen bases: collision- 
Cation-n interactions with a model for an extended 7 network.  induced dissociation and ion—molecule reaction studies,  111 
Absolute binding energies of alkali metal cation—naphthalene  Influence of substituents on cation-m interactions. 3. Absolute 
complexes determined by threshold collision-induced dissocia-  binding  energies  of alkali  metal  cation—aniline  complexes 
tion and theoretical studies,  1  determined  by threshold  collision-induced  dissociation  and 
Influence of substituents on cation-m interactions. 3. Absolute  theoretical studies, 339 
binding  energies  of alkali  metal  cation—aniline  complexes  Condensation reaction 
determined  by threshold  collision-induced  dissociation  and  Condensation reaction vs. ligand exchange with first-row transi- 
theoretical studies, 339  tion metal cations: a theoretical study of Cu’ heteroleptic model 
CBS-QB3  complexes, 587 
Tautomerization and dissociation of ethylene phosphonate ions  Coulomb explosion 
[-OCH.»CH,O-]P(H)=O**:  an  experimental  and  CBS-QB3  Comparison of methyl and hydroxyl  protons generated in a 
computational study, 453  Coulomb explosion event: application of a time-of-flight gating 
4-Center transition state  technique to methanol clusters, 577 
Stereochemical analysis of deuterated alkyl chains by charge-  Covalent bonds 
remote fragmentations of protonated parent ions, 175  Guided  ion beam studies of transition  metal—ligand  thermo- 
Charge solvation  chemistry, 289 
The  Na’  affinities  of «-amino  acids:  side-chain  substituent  Crown ether 
effects, 509  Alkali metal binding energies of dibenzo-18-crown-6:  experi- 
Chiroselective octamer of serine  mental and computational results, 63 
An electrospray ionization-flow tube study of H/D exchange in  Cu 
the protonated serine dimer and protonated serine dipeptide, 77  Gas-phase  kinetic  measurements  and  quantum  chemical 
Chloro-substitution effects  calculations of the ligation of Ni’, Cu’, Ni’ (pyrrole), > and 
How does chlorine substitution on acetonitrile affect the internal  Cu‘  (pyrrole), >w ith O, and CO, 161 
Sx2 isomerization of proton-bound pairs (CICH,CN)(ROH)H °  Cu”  affinities 
(R = CH, C>Hs, C3H7)?, 471  Binding energies of Cu’ to saturated and «,B-unsaturated alkanes, 
CID  silanes and germanes. The role of agostic interactions, 401 
Gas-phase ion chemistry and ion thermochemistry of phenyltri-  p-Cymene molecular ion 
fluorosilane, 303  Dissociation of p-cymene molecular ions induced by thermal 
New measuofr thee themrmoechenmisttry sof  SF;" andSF,  , 361  radiation,  135 
Cluster ion 
Thermochemical  stabilities  of  the  gas-phase  cluster  ions  Density functional theory 
H;C '(N3),,, 391  Stereochemical analysis of deuterated alkyl chains by charge- 
How does chlorine substitution on acetonitrile affect the internal  remote fragmentations of protonated parent ions, 175 
Sx2 isomerization of proton-bound pairs (CICH»CN)(ROH)H  2,5-DHB 
(R = CH;, CHs, C3H?)?, 471  Temperature dependence of dissociative electron attachment to 
Clusters  molecules of gentisic acid, hydroquinone and p-benzoquinone, 
Guided  ion beam  studies of transition  metal-ligand thermo-  281 
chemistry, 289  1,3,2-Dioxaphospholane 
Comparison  of methyl and hydroxyl protons generated  in a  Tautomerization and dissociation of ethylene phosphonate ions 
Coulomb explosion event: application of a time-of-flight gating  [OCH>CH,O]P(H)O *: an experimental and CBS-QB3 compu- 
technique to methanol clusters, 577  tational study, 453 
co  Dissociation energy 
Gas-phase kinetic measurements and quantum chemical calcu-  Dissociation energies of silver clusters Ag*,n =  14, 15, 16, 18, 
lations  of the  ligation  of  Ni’,  Cu’,  Ni (pyrrole),  and  87 
Cu‘ (pyrrole), >w ith O. and CO, 161  Dissociation of p-cymene  molecular ions induced by thermal 
Cocaine  radiation,  135 
The effect of liquid chromatography eluents and additives on the  Dissociative attachment 
positive ion responses of cocaine, benzoylecgonine, and ecgo-  Temperature dependencies of negative ions formation by capture 
nine methyl ester using electrospray ionization, 247  of low-energy electrons for some typical MALDI matrices, 259 
Collision-induced dissociation  Temperature dependence of dissociative electron attachment to 
Cation-n interactions with a model for an extended 7 network.  molecules of gentisic acid, hydroquinone and p-benzoquinone, 
Absolute binding energies of alkali metal cation—naphthalene  281
Subject index 
Dissociative recombination  Flowing afterglow 
Branching ratios for the dissociative recombination of hydro-  New measurements of the thermochemistry of SF;  and SF,  , 
carbon ions. I: The cases of CsHy*  and C,H; °, 273  361 
Dissociative resonance structures  Fluoride affinity 
Stereochemical analysis of deuterated alkyl chains by charge-  G3 and G2 thermochemistry  of sulfur fluoride  neutrals  and 
remote fragmentations of protonated parent ions, 175  anions, 413 
Distonic ions  Franck—Condon effects 
Proton affinity of some radicals of alcohols, ethers and amines,  The  use  of kinetic  isotope effects  for the determination  of 
373  internal  energy  distributions  in isolated  transient  species  in 
Dynamical studies  the gas phase, 327 
Comparison of methyl and hydroxyl  protons generated  in a  Free electrons 
Coulomb explosion event: application of a time-of-flight gating  Temperature dependencies of negative ions formation by capture 
technique to methanol clusters, 577  of !ow-energy electrons for some typical MALDI matrices, 259 
Dynamics  FT-ICR 
3-Dimensional structural characterization of cationized polyhe-  Proton affinity of some radicals of alcohols, ethers and amines, 
dral oligomeric silsesquioxanes (POSS) with styryl and phenyl-  373 
ethyl capping agents, 205 
G2 
Ecgonine methyl ester  G3 and G2 thermochemistry  of sulfur fluoride  neutrals  < 
The effect of liquid chromatography eluents and additives on the  anions, 413 
positive ion responses of cocaine, benzoylecgonine, and ecgo-  G3 
nine methyl ester using electrospray ionization, 247  G3 and G2 thermochemistry  of sulfur fluoride  neutrals  < 
Electron affinity  anions, 413 
G3 and G2 thermochemistry  of sulfur fluoride  neutrals  and  G2(MP2) 
anions, 413  G3 and G2 thermochemistry  of sulfur fluoride  neutrals  ¢ 
Electrospray  anions, 413 
Structures and fragmentations of zinc(II) complexes of amino  G3(MP2) 
acids in the gas phase. IV. Solvent effect on the structure of  G3 and G2 thermochemistry  of sulfur fluoride  neutrals  < 
electrosprayed ions, 439  anions, 413 
Energetic fragments  Gas basicity 
Comparison of methyl and hydroxyl  protons  generated in a  Proton affinity of some radicals of alcohols, ethers and amines, 
Coulomb explosion event: application of a time-of-flight gating  373 
technique to methanol clusters, 577  Gas phase basicity of silanaldehydes and silanones, 381 
Energetics  Gas phase 
The  proton  affinity  scale,  and effects  of ion  structure  and  Alkali metal binding energies of dibenzo-!8-crown-6:  experi- 
solvation, 525  mental and computational results, 63 
Proton affinities and gas-phase basicities:  theoretical methods  Gas phase acidity 
and structural effects, 601  The gas and solution phase acidities of HNO, HOONO, HONO, 
Energy-resolved MS  and HONO;, 421 
Gas-phase ion chemistry and ion thermochemistry of phenyltri-  Gas-phase acidities and sites of deprotonation of 2-ketones and 
fluorosilane, 303  structures of the corresponding enolates, 497 
Enzymatic digestion  Gas phase basicity 
Probing the interactions of oxidized insulin chain A and metal  Application of the kinetic method to bifunctional bases. MIKE 
ions using electrospray ionization mass spectrometry, 97  and CID-MIKE test cases, 479 
ESI  Gas-phase equilibria 
An electrospray  ionization-flow  tube study of H/D exchange  Thermochemical  stabilities  of  the  gas-phase  cluster  ions 
in the protonated serine dimer and protonated serine dipeptide,  H3C"(N>),,, 391 
77  Gas-phase ion chemistry 
Gas-phase ion chemistry and ion thermochemistry of phenyltri- 
Femtosecond dynamics  fluorosilane, 303 
Comparison of methyl and hydroxyl  protons generated  in a  Guided ion beam 
Coulomb explosion event: application of a time-of-flight gating  Cation-z interactions with a model for an extended m network. 
technique to methanol clusters, 577  Absolute binding energies of alkali metal cation—naphthalene 
Flow tube  complexes determined by threshold collision-induced dissocia- 
An electrospray ionization-flow  tube study of H/D exchange  tion and theoretical studies,  1 
in the protonated serine dimer and protonated serine dipeptide,  Sequential bond energies ofP t’ (NH3), (x =  1-4) determined by 
77  collision-induced dissociation and theory, 47
Subject index 
Guided  ion beam  studies of transition  metal—ligand  thermo-  Ionization energies 
chemistry, 289  Thermochemistry  of neutral  and  cationic  iron  hydroxides 
Influence of substituents on cation-n interactions.  3. Absolute  Fe(OH),."* (n =  1, 2) in the gas phase, 121 
binding  energies  of alkali  metal  cation—aniline  complexes  Ion-ligand binding 
determined  by threshold  collision-induced  dissociation  and  Competition between m- and o-based interactions in metal ion 
theoretical studies, 339  complexes of the phenyl radical, 33 
Ion—molecule reactions 
H/D exchange  Binding of metalloporphyrins to model nitrogen bases: collision- 
An electrospray ionization-flow tube study of H/D exchange in  induced  dissociation  and  ion—molecule  reaction  studies, 
the protonated serine dimer and protonated serine dipeptide, 77  111 
High pressure mass spectrometer  Iron halides 
Thermochemical  stabilities  of  the  gas-phase  cluster  ions  Thermochemistry  of neutral  and  cationic  iron  hydroxides 
H;C  '(N3),,, 391  Fe(OH),,"* (n =  1, 2) in the gas phase, 121 
HPMS  Iron hydroxides 
Gas-phase acidities and sites of deprotonation of 2-ketones and  Thermochemistry  of neutral  and  cationic  iron  hydroxides 
structures of the corresponding enolates, 497  Fe(OH),,”"* (n =  1, 2) in the gas phase, 121 
Hybrid density functional theory  Isoelectronic species 
Competition between 1- and o-based interactions in metal ion  The structure and energetics of [B, C, F, H;]°: quantum chem- 
complexes of the phenyl radical, 33  istry shows multiple minima, 555 
Hydrogen bonds  Isomeric structures 
The  proton  affinity  scale,  and effects  of ion  structure  and  The structure and energetics of [B, C, F, H3]°: quantum chem- 
solvation, 525  istry shows multiple minima, 555 
The structure and energetics of [B, C, F, H;]  : quantum chem-  Isomerization 
istry shows multiple minima, 555  Structures and fragmentations of zinc(II) complexes of amino 
Proton affinities and gas-phase basicities:  theoretical methods  acids in the gas phase. IV. Solvent effect on the structure of 
and structural effects, 601  electrosprayed ions, 439 
Hydrogen bridges  Isomers 
The structure and energetics of [B, C, F, H;]: quantum chem-  Branching ratios for the dissociative recombination of hydro- 
istry shows multiple minima, 555  carbon ions. I: The cases of C,H)’  and CyHs', 273 
ICP-SIFT  Keto—enol tautomerization 
Gas-phase kinetic measurements and quantum chemical calcu-  Stereochemical  analysis  of  deuterated  alkyl  chains  by 
lations  of the  ligation  of  Ni’,  Cu’,  Ni  (pyrrole),  and  charge-remote  fragmentations  of  protonated  parent  ions, 
Cu  (pyrrole), » with O, and CO, 161  175 
Insulin chain A  2-Ketones 
Probing the interactions of oxidized insulin chain A and metal  Gas-phase acidities and sites of deprotonation of 2-ketones and 
ions using electrospray ionization mass spectrometry, 97  structures of the corresponding enolates, 497 
Internal energy distribution functions  Kinetic isotope effects 
The  use  of kinetic  isotope effects  for the determination  of  The  use  of kinetic  isotope effects  for the determination  of 
internal  energy  distributions  in isolated  transient  species  in  internal  energy  distributions  in isolated  transient  species  in 
the gas phase, 327  the gas phase, 327 
Internal lysine residues  Kinetic method 
Selective cleavage at internal lysine residues in protonated vs.  Gas phase basicity of silanaldehydes and silanones, 381 
metalated peptides, 191  Application of the kinetic method to bifunctional bases. MIKE 
Jon clusters  and CID-MIKE test cases, 479 
Gas-phase ion chemistry in silane/propyne mixtures, 235  The  Na’  affinities  of «-amino  acids:  side-chain  substituent 
Ion solvation  effects, 509 
The  proton  affinity  scale,  and  effects  of ion  structure  and  Kinetics 
solvation, 525  Kinetics and thermodynamics for the bonding of benzene to 20 
Ion thermochemistry  main-group atomic cations: formation of half-sandwiches, full- 
Gas-phase ion chemistry and ion thermochemistry of phenyltri-  sandwiches and beyond, 563 
fluorosilane, 303 
lon trap mass spectrometry  LC 
Gas-phase ion chemistry in silane/propyne mixtures, 235  The  effect  of liquid  chromatography  eluents  and  additives 
lon—dipole potential  on  the positive  ion responses  of cocaine,  benzoylecgonine, 
Stationary points for the OH  +CH3,F — CH,OH+F  potential  and  ecgonine  methyl  ester  using  electrospray  ionization, 
energy surface, 315  247
Subject index 
Ligand exchange  Metal—peptide interactions 
Condensation reaction vs. ligand exchange with first-row transi-  Probing the interactions of oxidized insulin chain A and metal 
tion metal cations: a theoretical study of Cu"  heteroleptic model  ions using electrospray ionization mass spectrometry, 97 
complexes, 587  MIKE spectrometry 
Ligation  Anisotropic photodissociation of vinyl chloride molecular cation 
Gas-phase kinetic measurements and quantum chemical calcu-  in the ground and first excited electronic states, 21 
lations  of the  ligation  of Ni’,  Cu’,  Ni’ (pyrrole),  and 
Cu (pyrrole), >w ith O2 and CO, 161 
Negative ions 
Kinetics and thermodynamics for the bonding of benzene to 20 
Temperature dependencies of negative ions formation by capture 
main-group atomic cations: formation of half-sandwiches, full- 
of low-energy  electrons  for some  typical  MALDI  matrices, 
sandwiches and beyond, 563  259 
Long-lived excited state 
Temperature dependence of dissociative electron attachment to 
Anisotropic photodissociation of vinyl chloride molecular cation 
molecules of gentisic acid, hydroquinone and p-benzoquinone, 
in the ground and first excited electronic states, 21  281 
Neutralization—reionization mass spectrometry 
Main-group atomic cations 
The  use  of kinetic  isotope effects  for the determination  of 
Kinetics and thermodynamics for the bonding of benzene to 20 
internal  energy  distributions  in isolated  transient  species  in 
main-group atomic cations: formation of half-sandwiches, full-  the gas phase, 327 
sandwiches and beyond, 563  Ni’ 
Main-group metal ions 
Gas-phase kinetic measurements and quantum chemical calcu- 
Competition between m- and o-based interactions in metal ion  lations  of the  ligation  of  Ni’,  Cu’,  Ni (pyrrole),  and 
complexes of the phenyl radical, 33 
Cu  (pyrrole), >w ith O, and CO, 161 
MALDI 
Noncovalent bonds 
Temperature dependencies of negative ions formation by capture  Guided  ion beam studies  of transition  metal-ligand thermo- 
of low-energy  electrons  for some  typical  MALDI  matrices,  chemistry, 289 
259 
Temperature dependence of dissociative electron attachment to 
O, 
molecules of gentisic acid, hydroquinone and p-benzoquinone, 
281  Gas-phase kinetic measurements and quantum chemical calcu- 
Mass accuracy  lations  of  the  ligation  of Ni’,  Cu’,  Ni  (pyrrole),;,>  and 
An energy-isochronous multi-pass time-of-flight mass spectro-  Cu (pyrrole), » with O2 and CO, 161 
meter consisting of two coaxial electrostatic mirrors, 217  Organoborane halide 
Mass measurements  The structure and energetics of [B, C, F, H;]’: quantum chem- 
An energy-isochronous multi-pass time-of-flight mass spectro-  istry shows multiple minima, 555 
meter consisting of two coaxial electrostatic mirrors, 217  Origin of life 
Mass spectrometry  Abiotic synthesis of ATP from AMP in the gas phase: implica- 
Thermochemistry  of neutral  and  cationic  iron  hydroxides  tions for the origin of biologically  important molecules from 
Fe(OH),.”* (n =  1, 2) in the gas phase, 121  small molecular clusters,  147 
Master equation  2-Oxide 
Dissociation of p-cymene  molecular ions induced by thermal  Tautomerization and dissociation of ethylene phosphonate ions 
radiation,  135  [OCH>CH,O]P(H)O  *: an experimental and CBS-QB3 compu- 
Metalated complexes  tational study, 453 
Probing  the  interactions  of oxidized  insulin  chain  A and 
metal  ions  using electrospray  ionization  mass  spectrometry,  Phenyl radical 
97  Competition between m- and o-based interactions in metal ion 
Metalated peptides  complexes of the phenyl radical, 33 
Selective cleavage at internal lysine residues in protonated vs.  Phenyltrifluorosilane 
metalated peptides, 191  Gas-phase ion chemistry and ion thermochemistry of phenyltri- 
Metal-ligand complexes  fluorosilane, 303 
Sequential bond energies ofP t (NH3), (x =  1-4) determined by  Phosphate 
collision-induced dissociation and theory, 47  Abiotic synthesis of ATP from AMP in the gas phase: implica- 
Metalloporphyrin-ligand binding  tions for the origin of biologically  important molecules from 
Binding of metalloporphyrins to model nitrogen bases: collision-  small molecular clusters,  147 
induced dissociation and ion—molecule reaction studies,  111  Phosphonate/phosphite tautomerism 
Metalloporphyrins  Tautomerization and dissociation of ethylene phosphonate ions 
Binding of metalloporphyrins to model nitrogen bases: collision-  [OCH>CH,O}P(H)O  : an experimental and CBS-QB3 compu- 
induced dissociation and ion—molecule reaction studies,  111  tational study, 453
624  Subject index 
Photodissociation  RRKM calculations 
Anisotropic photodissociation of vinyl chloride molecular cation  The  use  of kinetic  isotope effects  for the determination  of 
in the ground and first excited electronic states, 21  internal  energy  distributions  in isolated  transient  species  in 
Potential energy surface  the gas phase, 327 
Stationary points for the OH”  +CH3F — CH;OH+F  potential 
energy surface, 315  Salt bridge 
Propyne  Abiotic synthesis of ATP from AMP in the gas phase: implica- 
Gas-phase ion chemistry in silane/propyne mixtures, 235  tions for the origin of biologically important molecules from 
Proteins  small molecular clusters, 147 
Studies  into the selective  accumulation  of multiply charged  The  Na’  affinities  of «%-amino  acids:  side-chain  substituent 
protein  ions  in a  quadrupole  ion  trap  mass  spectrometer,  effects, 509 
223  Selective accumulation 
Proton affinity  Studies  into the selective  accumulation  of multiply  charged 
Proton affinity of some radicals of alcohols, ethers and amines,  protein  ions  in a  quadrupole  ion  trap  mass  spectrometer, 
373  223 
Gas phase basicity of silanaldehydes and silanones, 381  Selective cleavage C-terminal to lysine 
Application of the kinetic method to bifunctional bases. MIKE  Selective cleavage at internal lysine residues in protonated vs. 
and CID-MIKE test cases, 479  metalated peptides, 191 
The  proton  affinity  scale,  and  effects  of ion  structure  and  Sequential bond energies 
solvation, 525  Sequential bond energies of Pt (NH3), (x =  1-4) determined by 
Proton affinities and gas-phase basicities:  theoretical methods  collision-induced dissociation and theory, 47 
and structural effects, 601  SF; 
Protonated peptides  New measurements of the thermochemistry of SF;"  and SF, , 
Selective cleavage at internal lysine residues in protonated vs.  361 
metalated peptides, 191  SF, 
Protonated serine dimer  New measurements of the thermochemistry of SF;  and SF, , 
An electrospray ionization-flow tube study of H/D exchange in  361 
the protonated serine dimer and protonated serine dipeptide, 77  SF 
Proton-bound dimer  G3 and G2 thermochemistry  of sulfur fluoride  neutrals  < 
Gas phase basicity of silanaldehydes and silanones, 381  anions, 413 
Pt (NH;3),  SF, 
Sequential bond energies of Pt’ (NH3), (x =  1-4) determined by  G3 and G2 thermochemistry  sulfur fluoride  neutrals  ¢ 
collision-induced dissociation and theory, 47  anions, 413 
Pyrrole  SF, 
Gas-phase kinetic measurements and quantum chemical calcu-  G3 and G2 thermochemistry  .  sulfur fluoride  neutrals  2 
lations  of  the  ligation  of Ni’,  Cu’,  Ni  (pyrrole),  and  anions, 413 
Cu  (pyrrole); > with O, and CO, 161  SF; 
G3 and G2 thermochemistry  F  sulfur fluoride  neutrals  < 
QCISD(T)  anions, 413 
The structure and energetics of [B, C, F, H3]°: quantum chem-  SF; 
istry shows multiple minima, 555  G3 and G2 thermochemistry  F  sulfur fluoride  neutrals  4 
Quadrupole ion trap mass spectrometry  anions, 413 
Studies  into the selective  accumulation  of multiply charged  SF, 
protein ions in a quadrupole ion trap mass spectrometer, 223  G3 and G2 thermochemistry  r  sulfur fluoride  neutrals  ¢ 
Quid-pro-quo  anions, 413 
Tautomerization and dissociation of ethylene phosphonate ions  SF, 
[OCH,CH,O]P(H)O  °: an experimental and CBS-QB3 compu-  G3 and G2 thermochemistry  f  sulfur fluoride  neutrals  < 
tational study, 453  anions, 413 
SF; 
Reactivity of vinylsilanes and germanes  G3 and G2 thermochemistry  f  sulfur fluoride  neutrals  <¢ 
Binding  energies  of Cu’  to  saturated  and  «,f-unsaturated  anions, 413 
alkanes, silanes and germanes. The role of agostic interactions,  SF; 
401  G3 and G2 thermochemistry  F  sulfur fluoride  neutrals 
Reflectron  anions, 413 
3-Dimensional structural characterization of cationized polyhe-  SF, 
dral oligomeric silsesquioxanes (POSS) with styryl and pheny-  G3 and G2 thermochemistry  f  sulfur  fluoride  neutrals  2 
lethyl capping agents, 205  anions, 413
Subject index 
SFe  Thermochemistry 
G3 and G2 thermochemistry  of sulfur fluoride  neutrals  and  Guided ion beam studies of transition  metal—ligand thermo- 
anions, 413  chemistry, 289 
SF  New measurements of the thermochemistry of SF;~  and SF, , 
G3 and G2 thermochemistry  of sulfur fluoride  neutrals  and  361 
anions, 413  The  proton  affinity  scale,  and effects  of ion  structure  and 
Silanaldehydes  solvation, 525 
Gas phase basicity of silanaldehydes and silanones, 381  Proton affinities and gas-phase basicities: theoretical methods 
Silane  and structural effects, 601 
Gas-phase ion chemistry in silane/propyne mixtures, 235  Thermodynamics 
Silanones  Kinetics and thermodynamics for the bonding of benzene to 20 
Gas phase basicity of silanaldehydes and silanones, 381  main-group atomic cations: formation of half-sandwiches, full- 
Silver clusters  sandwiches and beyond, 563 
Dissociation energies of silver clusters Ag’ ,n =  14, 15, 16, 18,87  Time-of-flight mass spectrometer 
Sn2 reactions  An energy-isochronous multi-pass time-of-flight mass spectro- 
Stationary points for the OH”  + CH3;F — CH;,0H+F  potential  meter consisting of two coaxial electrostatic mirrors, 217 
energy surface, 315  Transition metal 
Sodium ion affinities  Condensation reaction vs. ligand exchange with first-row transi- 
The Na’  affinities  of o-amino  acids:  side-chain  substituent  tion metal cations: a theoretical study of Cu’ heteroleptic model 
effects, 509  complexes, 587 
Solvation effects  Transition metal ions 
The gas and solution phase acidities of HNO, HOONO, HONO,  Guided  ion beam studies of transition  metal-ligand  thermo- 
and HONO;, 421  chemistry, 289 
Solvent effects 
Structures and fragmentations of zinc(II) complexes of amino  Unimolecular reactions 
acids in the gas phase. IV. Solvent effect on the structure of  How does chlorine substitution on acetonitrile affect the internal 
electrosprayed ions, 439  Sx2 isomerization of proton-bound pairs (CICHCN)(ROH)H ° 
Structural effects  (R = CH;, C>Hs, C3H7)?, 471 
Proton affinities and gas-phase basicities: theoretical  methods 
and structural effects, 601  Vicinal elimination 
Substituent effects  Stereochemical analysis of deuterated alkyl chains by charge- 
Proton affinities and gas-phase basicities: theoretical methods  remote fragmentations of protonated parent ions, 175 
and structural effects, 601  Vinyl chloride ion 
SWIFT  Anisotropic photodissociation of vinyl chloride molecular cation 
Studies  into the selective  accumulation  of multiply charged  in the ground and first excited electronic states, 21 
protein ions in a quadrupole ion trap mass spectrometer, 223  VUV photoionisation 
Proton affinity of some radicals of alcohols, ethers and amines, 
Tandem mass spectrometry  373 
Probing the interactions of oxidized insulin chain A and metal 
ions using electrospray ionization mass spectrometry, 97  Zinc 
Tautomerization and dissociation of ethylene phosphonate ions  Structures and fragmentations of zinc(II) complexes of amino 
[OCH,CH,O]P(H)O °: an experimental and CBS-QB3 compu-  acids in the gas phase. IV. Solvent effect on the structure of 
tational study, 453  electrosprayed ions, 439 
How does chlorine substitution on acetonitrile affect the internal  Zwitterion 
Sx2 isomerization of proton-bound pairs (CICH»CN)(ROH)H *  Stereochemical analysis of deuterated alkyl chains by charge- 
remote fragmentations of protonated parent ions, 175 
(R = CH;, C>Hs, C;H;)?, 471