International Journal of Mass Spectrometry and Ion Processes, 110 (1991) R15 Elsevier Science Publishers B.V., Amsterdam AUTHOR INDEX Alfred, R.L. 159 Hayhurst, A.N. 31 Rauth, T. R7 Andrews, S.R. 135 Horning, S.R. 1 Reid, C.J. 195 Axford, S.D.T. 31 Hrusak, J. 145 Reusmann, G. 225 Riveros, JM. Rl Baer, T. 67 Kerley, E.L. 215 Russell, D.H. 215 Benninghoven, A. 225 Kistemaker, P.G. 179 Bobeldijk, M. 179 Kotiaho, T. 1 Schroder, D. 145 Bohme, D.K. 145 Krebs, B. 225 Schwarz, H. 145, 237 Boon, J.J. 179 Stahl, D. RI Bowie, J.H. 123 Lemaire, J. 67 Sulzle, D. 145 Carrupt, P.A. Rl Leute, A. 225 Cooks, R.G. 1 Li, L. 103 Tjaden, U.R. 93 Londry, F.A. 159 Todd, J.F.J. 159 Dejarme, L.E. 1 Dutuit, O. 67 March, R.E. 159 Van der Greef, J. 93 Mark, T.D. R7 Eichinger, P.C.H. 123 Van Veelen, P.A. 93 Metayer, C. 67 Vassallo, D.N. 83 Feld, H. 225 Vedel, F. 159 Nagra, D.S. 103 Foltin, M. R7 Vedel, M. 159 Parry, D.E. 135 Gislason, E.A. 83 Wang, A.P.L. 103 Penman, A.D. 159 Griffiths, W.J. 135 Prusse, T. 237 Wood, J.M. 1 Grill, V. R7 Harris, F.M. 135 Rading, D. 225 Zhang, J.-Y. 103 International Journal of Mass Spectrometry and Ion Processes, 110 (1991) R17-R18 R17 Elsevier Science Publishers B.V., Amsterdam SUBJECT INDEX Acetylene and its implication for exo- versus Neutralization-reionization mass _ spec- endocyclic CH/CC bond activation trometry as a novel probe to structurally processes 237 characterize organic ligands generated in CH,;,OCD} ions the Fe(I)-mediated oligomerization of Isotope effects in the dissociation of acetylene in the gas phase 145 partially deuterated dimethyl ether, Alkanes CH;OCD; ions 67 Testing the performance of a VUV photo- ionization source on a double focussing Fe(CO), mass spectrometer using alkanes and Electronegativity and the reactions of thiophenes_ 179 XFe* (X = Cl, Br, I) with Fe(CO); 215 Allyl bromide Field interpolation simulation The structure of the molecular ion of allyl Resonance excitation of ions stored in a bromide Rl quadrupole ion trap. Part III. Introduction Ar* + Co to the field interpolation simulation Integral scattering cross-sections for method 159 Ar? +CO 83 Hot flame gases ct Electrical effects during the mass spec- Energies of the lowest singlet and triplet trometric sampling of ions from hot flame states of molecular dications determined gases at atmospheric pressure 31 using O* and C* ion double-charge- transfer spectroscopy 195 Internal energy content of ions (Cy Ho )nCaH z Internal energy content of ions in 7°Cf Isomer-induced metastable decay of plasma desorption mass spectrometry 93 (C,H,o),C,sH7 cluster ions R7 C,Hé* Ionic metal complexes Analysis of ionic metal complexes by Double ionization energies to form the time-of-flight secondary ion mass _ spec- C,H ion in triplet ground and electron- trometry and plasma desorption mass ically excited states 135 spectrometry 225 CH/CC bond activation Isomer discrimination Gas-phase chemistry of CH;(CH,),,CH=CH On the _ capability of multiphoton (CH,),OH/Fe* complexes (m= 2-5; ionization mass spectrometry for isomer n = 2-8). Evidence for chelate formation discrimination: mass spectra of positional and its implication for exo- versus isomers of aromatic molecules 103 endocyclic CH/CC_ bond activation processes 237 CH; (CH; ),, CH=CH(CH, ), OH/Fe* Or complexes (m = 2-5;n = 2-8) Energies of the lowest singlet and triplet Gas-phase chemistry of CH,(CH,),,CH=CH states of molecular dications determined (CH,),OH/Fe* complexes (m= 2-5; using O* and C* ion double-charge- n = 2-8). Evidence for chelate formation transfer spectroscopy 195 R18 Quadrupole ion trap ionization source on a double focussing Resonance excitation of ions stored in a mass spectrometer using alkanes and quadrupole ion trap. Part III. Introduction thiophenes_ 179 to the field interpolation simulation method 159 W(CO), Dissociative charge transfer of singly- and “Radical” losses doubly-charged rare gas ions’ with Collision-induced ‘radical’ losses from W(CO), 1 even-electron negative ions in the gas phase 123 XFe* (X = Cl, Br, I) Thiophenes Electronegativity and the reactions of Testing the performance of a VUV photo- XFe* (X = Cl, Br, I) with Fe(CO), 215