International Journal of Mass Spectrometry and Ion Processes 1994: Vol 136 Index

5 Pages·1994·0.71 MB·English

International Journal of Mass Spectrometry and Ion Processes 136 (1994) 215
AUTHOR INDEX
Abe, T., 85 Gross, M.L., 143 Ray, K.B., 107
Richter, S., 91
Baptista, G.B., 107 Hemberger, P.H., 119
Barros Leite, C.V., 107 Hiroki, S., 85 Saito, N., 55
Begemann, F., 91 Schweikert, E.A., 107
Birkinshaw, K., 71 Jeronymo, J.M.F., 107 Splendore, M., 25
Bowie, J.H., 143 Suzuki, I.H., 55
Bozek, J.D., 55 Langstaff, D.P., 71
Bradford, A.M., 143 Liu, W.G., 181 Takayama, M., 35
Burgers, P.C., 191 Tellgmann, R., 209
Mann, M., 167 Terlouw, J.K., 191
Campbell, E.E.B., 209 McGibbon, G.A., 191 Todd, J.F.J., 25
Cisper, M.E., 119 Murakami, Y., 85
Vaglio,G.A., 25
da Silveira, E.F., 107 Neusser, H.J., 101 Vollmer, D.L., 143
de Petris,G., 155 Nguyen, M.T., 45
Nogar, N.S., 119 Wahl, F., 209
Eiden, G.C., 119 Waugh, R.J., 143
Ernstberger, B., 101 Occhiucci, G., 155 Weitzel, K.-M., 1
Operti, L., 25 Wilm, M.S., 167
Franklin, A.M., 25 Ott, U., 91
Xiao, Y.K., 181
Garrett, A.W., 119 Pepi, F., 155
Grebner, T.L., 101 Prinzbach, H., 209 Zhou, Y.M., 181

ELSEVIER
International Journal of Mass Spectrometry and Ion Processes 136 (1994) 217-219
SUBJECT INDEX
Ab initio calculations emitted from a phenylalanine target under multi-
Hydrogen cyanide loss from [CH;N>]* cations: 1,2- charged MeV carbon bombardment, 107
elimination versus Beckmann rearrangement, 45 Collision-induced dissociation
Tunneling RRKM calculations for the H, loss reac- Collision-induced dissociations of deprotonated
tion from ethane ions on an ab initio potential energy dipeptide methyl esters containing H, alkyl or benzyl
surface, 1 a side-chains, 143
Atomic weight Formation and collision-induced dissociation of
Precise measurement of the isotopic composition of adduct ions [matrix +C]* (C = Li, Na, Cs and NHy,)
cerium and its atomic weight, 181 produced under fast atom bombardment conditions,
35
Beckmann rearrangement The imidic acids H-C=C(H)-OH and CH,-
Hydrogen cyanide loss from [CH;N]* cations: 1,2- N=C(H)-—OH and their tautomeric carbenes H,N-
elimination versus Beckmann rearrangement, 45 C-—OH and CH;—N(H)-C-OH: stable species in the
Branching ratio gas phase formed by one-electron reduction of their
Variation in ion-pair yields from CF Cl, photoexcited cations, 191
in the inner-shell excitation regions, 55 Coordination structure
Formation and collision-induced dissociation of
Carbenes adduct ions [matrix +C]* (C = Li, Na, Cs and NH,)
The imidic acids H-N=C(H)-OH and CH;- produced under fast atom bombardment conditions,
N=C(H)-—OH and their tautomeric carbenes H,N- 35
C-—OH and CH;—N(H)-—C-—OH: stable species in the Correlated ion emission
gas phase formed by one-electron reduction of their Coincidence counting analysis of secondary ions
cations, 191 emitted from a phenylalanine target under multi-
Cation affinity charged MeV carbon bombardment, 107
Formation and collision-induced dissociation of
adduct ions [matrix +C]* (C = Li, Na, Cs and NH4)
produced under fast atom bombardment conditions, Detector array
35 Resolving power of a discrete electrode detector
Cerium array, 71
Precise measurement of the isotopic composition of Diazapropylium cations
cerium and its atomic weight, 181 Hydrogen cyanide loss from [CH;N,]* cations: 1,2-
CF,Cl, elimination versus Beckmann rearrangement, 45
Variation in ion-pair yields from CF,Cl, photoexcited Dichlorodibenzo-p-dioxin
in the inner-shell excitation regions, 55 The ionization energy of 2,8-dichlorodibenzo-p-dioxin
Channeltrons by resonance-enhanced two-photon ionization, 101
Multiple ion counting in isotope abundance mass spec- Dipeptide methyl esters
trometry, 91 Collision-induced dissociations of deprotonated
Coincidence counting dipeptide methyl esters containing H, alkyl or benzyl
Coincidence counting analysis of secondary ions a side-chains, 143
218
Dodecahedranes Ion desorption
Fullerene formation via laser-induced oligomerisation Coincidence counting analysis of secondary ions
of 1,6-dibromo-dodecahedrane (Cy)»H;gBr2), 209 emitted from a phenylalanine target under multi-
Dynamic trapping charged MeV carbon bombardment, 107
An improved method for capturing laser desorbed ions Ion injection
in an ion trap mass spectrometer: dynamic r.f. trap- An improved method for capturing laser desorbed ions
ping, 119 in an ion trap mass spectrometer: dynamic r.f. trap-
ping, 119
Electrospray Ion/molecule reactions
Electrospray and Taylor-Cone theory, Dole’s beam of Investigation of the complex reactions of SiH, and
macromolecules at last? 167 GeH, in the ion trap using dynamically programmed
1,2-Elimination scanning, 25
Hydrogen cyanide loss from [CH;N,]* cations: 1,2- Ion trap
elimination versus Beckmann rearrangement, 45 An improved method for capturing laser desorbed ions
in an ion trap mass spectrometer: dynamic r.f. trap-
Fringing field ping, 119
Influence of the fringing field length on the separated Ion trap mass spectrometry
*He/D, peak shape of a high-resolution quadrupole Investigation of the complex reactions of SiH, and
mass spectrometer, 85 GeH, in the ion trap using dynamically programmed
Fullerenes scanning, 25
Fullerene formation via laser-induced oligomerisation Isotope abundance mass spectrometry
of 1,6-dibromo-dodecahedrane (Cj 9H;gBr,), 209 Multiple ion counting in isotope abundance mass spec-
trometry, 91
Germane Isotope ratio measurement
Investigation of the complex reactions of SiH, and Precise measurement of the isotopic composition of
GeH, in the ion trap using dynamically programmed cerium and its atomic weight, 181
scanning, 25
Kinetics
Heats of formation Investigation of the complex reactions of SiH, and
Hydrogen cyanide loss from [CH;N,]* cations: 1,2- GeH, in the ion trap using dynamically programmed
elimination versus Beckmann rearrangement, 45 scanning, 25
High resolution
Influence of the fringing field length on the separated Laser desorption
*He/D, peak shape of a high-resolution quadrupole An improved method for capturing laser desorbed ions
mass spectrometer, 85 in an ion trap mass spectrometer: dynamic r.f. trap-
Hydrazonium cation ping, 119
Hydrogen cyanide loss from [CH;N,]* cations: 1,2- Laser-induced oligomerisation
elimination versus Beckmann rearrangement, 45 Fullerene formation via laser-induced oligomerisation
of 1,6-dibromo-dodecahedrane (Cj)H;gBr2), 209
Imidic acids
The imidic acids H-N=C(H)-OH and CH;- Mass spectrometry
N=C(H)—OH and their tautomeric carbenes H,N- An improved method for capturing laser desorbed ions
C-OH and CH;—N(H)—C-—OH: stable species in the in an ion trap mass spectrometer: dynamic r.f. trap-
gas phase formed by one-electron reduction of their ping, 119
cations, 191 MS-MS
Inner-shell excitation Electrospray and Taylor-Cone theory, Dole’s beam of
Variation in ion-pair yields from CF Cl, photoexcited macromolecules at last? 167
in the inner-shell excitation regions, 55 Multiple ion counting
Integrated circuit Multiple ion counting in isotope abundance mass spec-
Resolving power of a discrete electrode detector trometry, 91
array, 71
One-electron reduction Reaction mechanism
The imidic acids H-N=C(H)-OH and CH;- Tunneling RRKM calculations for the H, loss reac-
N=C(H)—OH and their tautomeric carbenes H,N- tion from ethane ions on an ab initio potential energy
C-—OH and CH;—N(H)—C-—OH: stable species in the surface, 1
gas phase formed by one-electron reduction of their Resolving power
cations, 191 Resolving power of a discrete electrode detector
Organic/metallic adduct array, 71
Formation and collision-induced dissociation of Resonance-enhanced multiphoton ionization
adduct ions [matrix +C]* (C = Li, Na, Cs and NH,) The ionization energy of 2,8-dichlorodibenzo-p-dioxin
produced under fast atom bombardment conditions, by resonance-enhanced two-photon ionization, 101
35
Selected photoion—photoion coincidence
Partial yield spectra Variation in ion-pair yields from CF,Cl, photoexcited
Variation in ion-pair yields from CF Cl, photoexcited in the inner-shell excitation regions, 55
in the inner-shell excitation regions, 55 Silane
Peptides Investigation of the complex reactions of SiH, and
Electrospray and Taylor-Cone theory, Dole’s beam of GeH, in the ion trap using dynamically programmed
macromolecules at last? 167 scanning, 25
Phosphorous and phosphonic acid Silicon
A mass spectrometric study of gaseous H,PO} and Resolving power of a discrete electrode detector
H,PO; ions, 155 array, 71
Phosphorus polyanions
A mass spectrometric study of gaseous Hy,PO} and Tautomerism
H,PO; ions, 155 A mass spectrometric study of gaseous HyPO} and
Proteins H,PO; ions, 155
Electrospray and Taylor-Cone theory, Dole’s beam of Taylor Cone
macromolecules at last? 167 Electrospray and Taylor-Cone theory, Dole’s beam of
Proton affinity macromolecules at last? 167
A mass spectrometric study of gaseous H,PO} and Time-of-flight mass spectrometry
H,PO; ions, 155 Fullerene formation via laser-induced oligomerisation
Formation and collision-induced dissociation of of 1,6-dibromo-dodecahedrane (Cy)H)gBr2), 209
adduct ions [matrix +C]* (C = Li, Na, Cs and NH) The ionization energy of 2,8-dichlorodibenzo-p-dioxin
produced under fast atom bombardment conditions, by resonance-enhanced two-photon ionization, 101
35 Transition state
Tunneling RRKM calculations for the H, loss reac-
Quadrupole mass spectrometer tion from ethane ions or an ab initio potential energy
Influence of the fringing field length on the separated surface, 1
*He/D, peak shape of a high-resolution quadrupole Tunneling
mass spectrometer, 85 Tunneling RRKM calculations for the H, loss reac-
tion from ethane ions on an ab initio potential energy
Rate constants surface, 1
Tunneling RRKM calculations for the H, loss reac-
tion from ethane ions on an ab initio potential energy
surface, 1