Coordination Chemistry Reviews R 211 (2001) 369 www.elsevier.com/locate/ccr COORDINATION CHEMISTRY REVIEWS, VOL. 211 (2001) AUTHOR INDEX Balzani, V., 97 House, D.A., 45 Rillema, D.P., 117 Bitterwolf, T.E., 235 Robinson, W.T., 45 Bocarsly, A.B., 177 Irwin, G., 25 Rutenburg, I., 207 Braden, D.A., 279 Juris, A., 97 Shan, B.-Z., 117 Crites Tears, D.K., 195 Striplin, D.R., 163 Crosby, G.A., 163 Kane-Maguire, N.A.P., 145 Kassis, A., 207 Tyler, D.R., 279 DeGraff, B.A., 317 Kelly, C.A., 295 Demas, J.N., 317 Kirk, A.D., 25 Derwahl, A., 45 Kunkely, H., 223 Vogler, A., 223 Kutal, C., 353 Eichhorn, D.M., 117 Wasgestian, F., 45 Lees, A.J., 255 Watson, D.F., 177 Fan, J., 207 Levi, C., 207 Wheeler, J.F., 145 Gafney, H.D., 207 McMillin, D.R., 195 Ye, G., 207 Gonzales, M., 207 Meyer, G.J., 295 Goswami, N., 117 Parrack, E.E., 279 Zhao, Q., 117 Helmy, R., 207 Zinato, E., 5 Hicks, C., 207 Riccieri, P., 5 Zink, J.I., 69 PII: $0010-8545(00)00412-4 Coordination Chemistry Reviews 211 (2001) 371-373 www.elsevier.com/locate/ccr COORDINATION CHEMISTRY REVIEWS, VOL. 211 (2001) SUBJECT INDEX Amines Cyclopentadienyl complexes The crystal structures and doublet emission Electronic spectra and photoreactivity of cy- properties of hexaam(m)ine Cr(III) com- clopentadienyl complexes 223 plexes 45 Anation Dendrimers Pentacyanochromate(III) complexes: ground- Photochemistry and _ photophysics of and excited-state chemistry 5 Ru(II)-polypyridine complexes in the Bologna group. From early studies to recent developments 97 Barriers 3,3’-Dicarboxyl-2,2’-bipyridine ligand Photophysical investigations of rheni- Structure, NMR and other physical and pho- um(I)Cl(CO),(phenanthroline) complexes tophysical properties of ruthenium(II) 163 complexes containing the 3,3’-dicarboxyl- 2,2’-bipyridine ligand 117 Capillary electrophoresis Diimine Photoredox behavior and chiral discrimina- Photoredox behavior and chiral discrimina- tion of DNA bound M(diimine)3* com- tion of DNA bound M(diimine);* com- plexes (M = Ru**, Cr**) 145 plexes (M = Ru**, Cr**) 145 Charge-transfer states DNA Exciplex quenching of photoexcited platinu- Photoredox behavior and chiral discrimina- m(II) terpyridines: influence of the orbital tion of DNA bound M(diimine);* com- parentage 195 plexes (M = Ru**, Cr**) 145 Chloromercury(II) The crystal structures and doublet emission Electrochemiluminescence properties of hexaam(m)ine Cr(III) com- Photochemistry and _ photophysics of plexes 45 Ru(il)-polypyridine complexes in the Chromium Bologna group. From early studies to Pentacyanochromate(III) complexes: ground- recent developments 97 and excited-state chemistry 5 Electronically excited states Chromium(III) Quantitative photochemistry of organometal- Intermediates in chromium(III) photochem- lic complexes: insight to their photophysi- istry 25 cal and photoreactivity mechanisms 255 The crystal structures and doublet emission Electronic coupling properties of hexaam(m)ine Cr(III) com- The effects of electronic coupling and solvent plexes 45 broadening on the intervalent electron Cyclopentadienyl carbonyl compounds transfer of a centrosymmetric mixed-va- Mechanisms and intermediates in the photo- lence complex 177 chemistry of M,(CO),(n°-C;Hs)>, where Electronic spectra M =Cr, Mo and W, and their ring-cou- Electronic spectra and photoreactivity of cy- pled analogs 235 clopentadienyl complexes 223 PII: S0010-8545(00)00413-6 372 Coordination Chemistry Reviews 211 (2001) 371-373 Electron-transfer processes Ru(II)}-polypyridine complexes in_ the Photochemistry and _ photophysics of Bologna group. From early studies to Ru(I])—polypyridine complexes in_ the recent developments 97 Bologna group. From early studies to Molecular probes recent developments 97 Applications of luminescent transition plat- Exciplex quenching inum group metal complexes to sensor Exciplex quenching of photoexcited platinu- technology and molecular probes 317 m(II) terpyridines: influence of the orbital Molecular wires parentage 195 Photochemistry and _ photophysics’ of Excited-state coordination Ru(II)-polypyridine complexes in the Excited-state acid—base chemistry of coordi- Bologna group. From early studies to nation complexes 207 recent developments 97 Excited state processes Excited state processes at _ sensitized Nanocrystalline nanocrystalline thin film semiconductor Excited state processes at _ sensitized interfaces 295 nanocrystalline thin film semiconductor Excited-state proton transfer interfaces 295 Excited-state acid—base chemistry of coordi- NMR nation complexes 207 Structure, NMR and other physical and pho- Excited states tophysical properties of ruthenium(II) Photophysical investigations of rheni- complexes containing the 3,3’-dicarboxyl- um(I)Cl(CO),(phenanthroline) complexes 2,2'-bipyridine ligand 117 163 Orbital configurations Group VI compounds Photophysical investigations of rheni- Mechanisms and intermediates in the photo- um(I)Cl(CO),(phenanthroline) complexes chemistry of M,(CO),(n°-C;H;)>, where 163 M =Cr, Mo and W, and their ring-cou- Orbital parentage pled analogs 235 Exciplex quenching of photoexcited platinu- m(II) terpyridines: influence of the orbital Ligand-field theory parentage 195 Photo-induced metal—ligand bond weaken- Oxygen ing, potential surfaces, and spectra 69 Applications of luminescent transition plat- Luminescence inum group metal complexes to sensor Applications of luminescent transition plat- technology and molecular probes 317 inum group metal complexes to sensor technology and molecular probes 317 Pentacyanochromate(III) complexes Photophysical investigations of rheni- Pentacyanochromate(III) complexes: ground- um(I)Cl(CO),(phenanthroline) complexes and excited-state chemistry 5 163 pH Applications of luminescent transition plat- Photoredox behavior and chiral discrimina- inum group metal complexes to sensor tion of DNA bound M(diimine);* com- technology and molecular probes 317 plexes (M = Ru**, Cr**) 145 Phosphorescence Metal—ligand bond weakening The crystal structures and doublet emission Photo-induced metal—ligand bond weaken- properties of hexaam(m)ine Cr(III) com- ing, potential surfaces, and spectra 69 plexes 45 Mixed-valence complex Photoanation The effects of electronic coupling and solvent Pentacyanochromate(III) complexes: ground- broadening on the intervalent electron and excited-state chemistry 5 transfer of a centrosymmetric mixed-va- Photoanion generation lence complex 177 Generation of bases and anions from inor- Molecular machines ganic and organometallic photoinitiators Photochemistry and _ photophysics of 353 Coordination Chemistry Reviews 211 (2001) 371-373 373 Photobase generation polar radicals sensitive to solvent polarity? Generation of bases and anions from inorganic 279 and organometallic photoinitiators 353 Resonance raman Photochemical mechanisms The effects of electronic coupling and solvent Quantitative photochemistry of organometal- broadening on the intervalent electron lic complexes: insight to their photo- transfer of a centrosymmetric mixed-va- physical and photoreactivity mechanisms lence complex 177 255 Rhenium(I) complexes Photochemistry Photophysical investigations of rhenium- Intermediates in chromium(III) photochem- (1)Cl(CO),(phenanthroline) complexes 163 istry 25 Ru(II) Diimines Mechanisms and intermediates in the photo- Excited-state acid—base chemistry of coordi- chemistry of M,(CO),(n°-C;H;),., where nation complexes 207 Ruthenium(II) complexes M = Cr, Mo and W, and their ring-coupled Structure, NMR and other physical and pho- analogs 235 tophysical properties of ruthenium(II) Pentacyanochromate(III) complexes: ground- complexes containing the 3,3’-dicarboxyl- and excited-state chemistry 5 2,2'-bipyridine ligand 117 Photoredox behavior and chiral discrimina- tion of DNA bound M(diimine)3* com- Sensors plexes (M = Ru*t, Cr**) 145 Applications of luminescent transition plat- Photoinitiation inum group metal complexes to sensor Generation of bases and anions from inorganic technology and molecular probes 317 and organometallic photoinitiators 353 Solvent broadening Photoinitiator The effects of electronic coupling and solvent Generation of bases and anions from inorganic broadening on the intervalent electron and organometallic photoinitiators 353 transfer of a centrosymmetric mixed-va- Photophysical processes lence complex 177 Quantitative photochemistry of organometal- Solvent cage effects lic complexes: insight to their photophysi- Solvent cage effects. I. Effect of radical mass cal and photoreactivity mechanisms 255 and size on radical cage pair recombination Photoreactivity efficiency. II. Is geminate recombination of Electronic spectra and photoreactivity of cy- polar radicals sensitive to solvent polarity? clopentadienyl complexes 223 279 Platinum(II) terpyridines Solvent polarity Exciplex quenching of photoexcited platinu- Solvent cage effects. I. Effect of radical mass m(II) terpyridines: influence of the orbital and size on radical cage pair recombination parentage 195 efficiency. II. Is geminate recombination of Polar radicals polar radicals sensitive to solvent polarity? Solvent cage effects. I. Effect of radical mass 279 and size on radical cage pair recombination Spectroscopy efficiency. II. Is geminate recombination of Photo-induced metal—ligand bond weakening, polar radicals sensitive to solvent polarity? potential surfaces, and spectra 69 279 Potential surfaces Thin film semiconductor interfaces Photo-induced metal—ligand bond weakening, Excited state processes at sensitized nanocrys- potential surfaces, and spectra 69 talline thin film semiconductor interfaces 295 Radiationless transitions Transition metal organometallic compounds Photophysical investigations of rhenium(I)- Quantitative photochemistry of organometal- Cl(CO),;(phenanthroline) complexes 163 lic complexes: insight to their photophysi- Radical cage pair recombination cal and photoreactivity mechanisms 255 Solvent cage effects. I. Effect of radical mass Transition state and size on radical cage pair recombination Intermediates in chromium(III) photochem- efficiency. II. Is geminate recombination of istry 25