Table Of Content

Coordination Chemistry Reviews 197 (2000) 483 www.elsevier.com/locate/ccr COORDINATION CHEMISTRY REVIEWS, VOL. 197 (2000) AUTHOR INDEX Bader, R.F.W., 71 Hargittai, I., 21 Passmore, J., 397 Bartell, L.S., 37 Hughes, A.K., 191 Popelier, P.L.A., 169 Bartlett, N., 321 Boehme, C., 249 Jenkins, H.D.B., 397 Robinson, E.A.P., 3 Brownridge, S., 397 Jha, N.K., 321 Roobottom, H.K., 397 Downs, A.J., 95 King, R.B., 141 Schrobilgen, G.J., 335 Speers, P., 125 Krossing, I., 397 Streitwieser, A., 125 Fowler, P.W., 231 Frenking, G., 249 Laidig, K.E., 125 Thumwood, J.M.A., 231 Legon, A.C., 231 Gerken, M., 335 Lever, A.B.P., 1 Uddin, J., 249 Gillespie, R.J., 51 Lork, E., 277 Gortler, B., 277 Waclawik, E.R., 231 Graham, L., 321 McGrady, G.S., 95 Wade, K., 191 Graudejus, O., 321 Mews, R., 277 Watson, P.G., 277 PII: $0010-8545(00)00303-9 md Coordination Chemistry Reviews R 197 (2000) 485-487 www.elsevier.com/locate/ccr COORDINATION CHEMISTRY REVIEWS, VOL. 197 (2000) SUBJECT INDEX Alkali cations Coordination polyhedra Complexation of Lit, Na*, and K* by Atomic orbitals, symmetry, and coordination water and ammonia 125 polyhedra 141 Alkyl Molecules with hydride or alkyl ligands and Diamagnetic including d° transition metal centers: Concerning the nature of XePtF, 321 problem cases for the simple VSEPR Diyl ligands model 95 Chemical bonding in mononuclear transition Atomic orbitals metal complexes with Group 13 diyl lig- Atomic orbitals, symmetry, and coordination ands ER (E = B-TI): Part X: Theoretical polyhedra 141 studies of inorganic compounds 249 Atoms-in-molecule Complexation of Lit, Na*, and K* by Electron localization water and ammonia 125 Professor Gillespie—a symbiotic relationship Atoms in Molecules 71 On the full topology of the Laplacian of the electron density 169 Fermi hole Professor Gillespie—a symbiotic relationship Career and contributions of R.J. Gillespie 71 The career and scientific work of Ronald J. Fluoride ion affinities Gillespie: an appreciation and overview 3 Recent advances in understanding of the syn- Chemical bonding theses, structures, bonding and energetics Chemical bonding in mononuclear transition of the homopolyatomic cations of metal complexes with Group 13 diyl lig- Groups 16 and 17 397 ands ER (E = B-Tl): Part X: Theoretical Fluorine studies of inorganic compounds 249 The impact of multi-NMR spectroscopy on Chemical education The career and scientific work of Ronald J. the development of noble-gas chemistry Gillespie: an appreciation and overview 3 335 Complexation Complexation of Lit, Na*, and K* by Homopolyatomic cations water and ammonia 125 Recent advances in understanding of the syn- Contributions of R.J. Gillespie theses, structures, bonding and energetics A structural chemist’s entanglement with of the homopolyatomic cations of Gillespie’s theories of molecular geometry Groups 16 and 17 397 37 Hydride Echoes of our VSEPRing 21 Molecules with hydride or alkyl ligands and Coordination chemistry including d° transition metal centers: Coordination chemistry in and of sulfur problem cases for the simple VSEPR dioxide 277 model 95 PII: S0010-8545(00)00304-0 486 Coordination Chemistry Reviews 197 (2000) 485-487 Krypton Multi-NMR The impact of multi-NMR spectroscopy on The impact of multi-NMR spectroscopy on the development of noble-gas chemistry the development of noble-gas chemistry 335 335 Laplacian of the electron density ‘Naked’ metal cations On the full topology of the Laplacian of the Coordination chemistry in and of sulfur electron density 169 dioxide 277 LCP model Noble-gas chemistry Improving our understanding of molecular The impact of multi-NMR spectroscopy on geometry and the VSEPR model through the development of noble-gas chemistry the ligand close-packing model and the 335 analysis of electron density distributions 51 Polarization The career and scientific work of Ronald J. Complexation of Li*, Na*, and K* by Gillespie: an appreciation and overview 3 water and ammonia 125 Ligand close-packing A structural chemist’s entanglement with Radial and angular geometry Gillespie’s theories of molecular geometry 37 Geometry and binding strength of a n-type hydrogen-bonded complex of ethene and Ligand-ligand repulsions Improving our understanding of molecular hydrogen bromide determined by rota- geometry and the VSEPR model through tional spectroscopy 231 Rotational spectroscopy the ligand close-packing model and the Geometry and binding strength of a n-type analysis of electron density distributions hydrogen-bonded complex of ethene and 51 hydrogen bromide determined by rotational spectroscopy 231 Metal carbonyl clusters Metal—metal and metal-—ligand bond strengths in metal carbonyl clusters 191 Science history Metal—ligand bond enthalpies Echoes of our VSEPRing 21 Metal—metal and metal—ligand bond Solvation strengths in metal carbonyl clusters 191 Complexation of Lit, Na*, and K* by Metal—metal bond enthalpies water and ammonia 125 Metal—metal and _ metal—ligand bond Sulfur dioxide complexes strengths in metal carbonyl clusters 191 Coordination chemistry in and of sulfur Molecular geometry dioxide 277 Improving our understanding of molecular Superacids geometry and the VSEPR model through The career and scientific work of Ronald J. the ligand close-packing model and the Gillespie: an appreciation and overview 3 analysis of electron density distributions Symmetry 51 Atomic orbitals, symmetry, and coordination Molecular structure polyhedra 141 A structural chemist’s entanglement with Gillespie’s theories of molecular geometry Thermodynamics 37 Recent advances in understanding of the syn- Echoes of our VSEPRing 21 theses, structures, bonding and energetics Mononuclear transition metal complexes of the homopolyatomic cations of Chemical bonding in mononuclear transition Groups 16 and 17 397 metal complexes with Group 13 diyl lig- Topology of the electron density ands ER (E = B-Tl): Part X: Theoretical On the full topology of the Laplacian of the studies of inorganic compounds 249 electron density 169 Coordination Chemistry Reviews 197 (2000) 485—487 487 Transition metals The career and scientific work of Ronald J. Molecules with hydride or alkyl ligands and Gillespie: an appreciation and overview 3 including d° transition metal centers: prob- VSEPR theory lem cases for the simple VSEPR model 95 A structural chemist’s entanglement with Type and strength of interaction Gillespie’s theories of molecular geometry Geometry and binding strength of a 1-type a iuydrogen-bonded complex of ethene and hydrogen bromide determined by rota- Wade-Mingos clusters tional spectroscopy 231 Recent advances in understanding of the syn- theses, structures, bonding and energetics VSEPR of the homopolyatomic cations of Groups On the full topology of the Laplacian of the 16 and 17 397 electron density 169 Weakly coordinating anions The impact of multi-NMR spectroscopy on the development of noble-gas chemistry Coordination chemistry in and of sulfur dioxide 277 335 VSEPR model Echoes of our VSEPRing 21 Xenon Improving our understanding of molecular The impact of multi-NMR spectroscopy on geometry and the VSEPR model through the development of noble-gas chemistry the ligand close-packing model and the 335 analysis of electron density distributions XePtF, 51 Concerning the nature of XePtF, 321 Professor Gillespie—a symbiotic relationship X-ray powder diffraction pattern 71 Concerning the nature of XePtF, 321