J. Keister

发表

Addition and elimination of hydrogen and ligand substitution on triosmium clusters. Kinetics and mechanism

L. Bavaro, J. Keister, 1985 .

The first measurements of activation volumes for hydride fluxionality on metal clusters. Intramolecular exchange of hydrides on osmium and ruthenium complexes, H(.mu.-H)Os3(CO)10(PPh3) and (.mu.-H)2Ru3(.mu.3-CHCO2Me)(CO)9

A. Merbach, J. Keister, U. Frey, 1991 .

Reactions of electrophiles with ruthenium clusters (.mu.-H)Ru3(.mu.3-.eta.3-XCCRCR')(CO)9-n(PPh3)n: one-electron oxidation or adduct formation

Jerome B. Keister, Robert D. Allendoerfer, Huirong Yao, 1993 .

From Resting State to the Steady State: Mechanistic Studies of Ene-Yne Metathesis Promoted by the Hoveyda Complex.

J. R. Griffiths, J. Keister, S. Diver, 2016, Journal of the American Chemical Society.

Mechanistic analysis and optimization of the copper-catalyzed enantioselective intramolecular alkene aminooxygenation.

J. Keister, S. Chemler, Monissa C. Paderes, 2013, The Journal of organic chemistry.

ELECTROPHILIC ADDITION TO [Rh17S2(CO)32]3−

J. Keister, W. Feighery, 1994 .

12.15 – Organometallic Clusters

J. Keister, 2007 .

Polynuclear Organometallic Cluster Complexes

J. Keister, 2006 .

KINETICS AND MECHANISM FOR INTRAMOLECULAR ISOMERIZATION OF HRu3 (μ3-η3-EtSCCMeCMe)(CO)9 TO Ru3(μ-SEt) (μ3-η3-CCMeCHMe)(CO)9

David K. Bower, J. Keister, E. M. Schulman, 1996 .

Ruthenium and osmium: Annual survey for the year 1982

J. Keister, 1983 .

Paramagnetic effects on the NMR spectra of "diamagnetic" ruthenium(bis-phosphine)(bis-semiquinone) complexes.

B. le Guennic, J. Autschbach, J. Keister, 2009, Inorganic chemistry.

The electronic influence of ring substituents and ansa bridges in zirconocene complexes as probed by infrared spectroscopic, electrochemical, and computational studies.

C. N. Jardine, J. Bercaw, Jennifer C. Green, 2002, Journal of the American Chemical Society.

Evidence for alkene cis-aminocupration, an aminooxygenation case study: kinetics, EPR spectroscopy, and DFT calculations.

Lee Belding, J. Keister, S. Chemler, 2012, Chemistry.

47-Electron organometallic clusters derived by chemical and electrochemical oxidation of trihydrido(alkylidyne)triruthenium clusters

J. Keister, D. Jelski, David J. Bierdeman, 2001 .

Mono- and dinuclear ruthenium carbonyl complexes with redox-active dioxolene ligands: electrochemical and spectroscopic studies and the properties of the mixed-valence complexes.

Andrew P. Meacham, M. Ward, A. Lever, 2003, Inorganic chemistry.

Promotion by phosphorus compounds of ruthenium-catalyzed methyl formate homologation

J. Keister, R. Gentile, 1981 .

Reaction of ethylene with the unsaturated cluster complex H2Os3 (CO)10

J. Keister, J. Shapley, 1975 .

The interaction of decacarbonyldihydrotriosmium with alkenes. Intermediates in hydrogenation and carbon-hydrogen bond activation

J. Keister, J. Shapley, 1976 .

Syntheses and reactions of (halomethylidyne)trihydridotriruthenium and -osmium nonacarbonyl clusters

J. Keister, Tina L. Horling, 1980 .

Studies on the mechanism of intermolecular enyne metathesis: kinetic method and alkyne substituent effects.

J. Keister, S. Diver, Brandon R. Galan, 2005, Journal of the American Chemical Society.

Ligand-promoted carbene insertion into the aryl substituent of an N-heterocyclic carbene ligand in ruthenium-based metathesis catalysts.

Milan Gembicky, M. Pitak, J. Keister, 2009, Journal of the American Chemical Society.

A rapid and simple cleanup procedure for metathesis reactions.

Steven H. Szczepankiewicz, J. Keister, S. Diver, 2007, Organic letters.

Carbon monoxide-promoted carbene insertion into the aryl substituent of an N-heterocyclic carbene ligand: Buchner reaction in a ruthenium carbene complex.

Milan Gembicky, J. Keister, M. Gembicky, 2005, Journal of the American Chemical Society.

Linkage and redox isomerism in ruthenium complexes of catecholate, semiquinone, and o-acylphenolate ligands derived from 1,2-dihydroxy-9,10-anthracenedione (alizarin) and related species: syntheses, characterizations, and photophysics.

F. Bright, G. Baker, S. Pandey, 2000, Inorganic chemistry.

In Substituted Carbonyls Containing three‐Electron Group IVB Ligands

J. Atwood, J. Keister, 2007 .

Relative rates of ligand substitution on nonacarbonyltris(μ-hydrido)(μ3-methylidyne)triruthenium clusters. The crystal structure of (μ-H)3Ru3(μ3-CPh)(CO)7(AsPh3)2

L. Bavaro, J. Keister, S. Modi, 1984 .

LIGAND SUBSTITUTION ON HRu3(μ-NC5H3CO2Me)(CO)10 AND H2Ru3(μ-NC5H3CO2Me)2(CO)8. CRYSTAL STRUCTURES OF (μ-H)Ru3(μ-η2-NC5H3CO2Me)(CO)9(PPh3)AND (μ-H)2Ru3(μ-η2-NC5H3CO2Me)2(CO)7(PPh3)∗

R. C. Hall, C. H. Lake, L. Toomey, 1999 .

Reactivity of methylidyne ligands on trinuclear clusters of group 8 metals

J. Keister, 1988 .

Ligand substitution on HRu3(μ-CX)(CO)10 (X = OMe or NMe2). Syntheses and characterizations of three isomeric forms HRu3(μ-CX)(CO)9L and kinetics of substitution. Implications for the mechanism of cluster hydrogenation

Dennis M. Dalton, Jerome B. Keister, Timothy P. Duggan, 1985 .

Synthesis of cyclohexadiene complexes of (methylidyne)triruthenium clusters. The crystal structure of (.mu.-H)Ru3(.mu.3-COMe)(CO)8(1,3-C6H8) and a redetermination of the structure of (.mu.-H)Ru3(.mu.-COMe)(CO)10

H. Wasserman, J. Keister, M. Churchill, 1983 .

47-Electron Organometallic Clusters. Synthesis, Characterization, and Reactivity toward Electrophiles/Oxidants of H2Ru3(RC2R')(CO)6(PPh3)3 and Crystal Structures of (.mu.-H)2Ru3(.mu.3-.eta.2-EtCCEt)(CO)7(PPh3)2 and (.mu.-H)2Ru3(.mu.3-.eta.2-EtCCEt)(CO)6(PPh3)3.cntdot.3CH2Cl2

Melvyn Rowen Churchill, Charles H. Lake, C. H. Lake, 1995 .

In Substituted Carbonyls Containing Group VIB Ligands

J. Atwood, J. Keister, 2007 .

In Substituted Carbonyls Containing Four‐Electron Group IVB Ligands

J. Atwood, J. Keister, 2007 .

Carbonylation of benzyne at polynuclear ruthenium centres

A. Orpen, J. Keister, J. Charmant, 1991 .

By Photolysis of Mononuclear Carbonyls

J. Atwood, J. Keister, 2007 .

By Other Methods

J. Atwood, J. Keister, 2007 .

Synthesis and characterization of the fluxional species H2Os3(CO)10L. Crystal structure of dihydroundecacarbonyltriosmium

J. Keister, B. Deboer, M. Churchill, 1975 .

Solution structures and dynamics of complexes of decacarbonyldihydrotriosmium with Lewis bases

J. Keister, J. Shapley, 1982 .

Bis(triphenylphosphoranylidene)Ammonium μ-Carbonyl-1kC 2kC-Decacarbonyl-lk3C,2k3,3k4C-μ-Hydrido-lK:2k-triangulo-Triruthenate(1-)

G. Süss-Fink, J. Keister, A. Béguin, 2007 .

Structural studies on polynuclear osmium carbonyl hydrides. 15. Preparation and x-ray crystal structure of (.mu.-H) Os3(CO)10(.mu.-NHSO2C6H4Me), a complex with an Os(.mu.-H)(.mu.-N)Os bridge

J. Keister, F. Hollander, M. Churchill, 1980 .

Hydrogenation of O-methylated carbon monoxide on clusters of the iron triad

J. Keister, 1979 .

Structural studies on ruthenium carbonyl hydrides. 17. Tetrametallic alkylidyne clusters: (.mu.-H)Ru4(.mu.4-.eta.2-COMe)(CO)12, (.mu.-H)Ru4(.mu.3-COMe)(CO)9{(PPh2)3CH}, and (.mu.-H)Ru3Fe(.mu.4-.eta.2-CX)(CO)12 (X = OMe, NMe2). Crystal structures of (.mu.-H)Ru4(.mu.4-.eta.2-COMe)(CO)12 and (.mu.-H)Ru

C. H. Lake, J. Keister, M. Churchill, 1993 .

Syntheses of (.mu.-H)FeRu2(.mu.-CX)(CO)10 (X = OMe, NMe2) and (.mu.-H)3FeRu2(.mu.3-COMe)(CO)9. Ligand substitution on (.mu.-H)FenRu3-n(.mu.-CNMe2)(CO)10 (n = 1, 3)

J. Jordan, J. Keister, D. Parfitt, 1992 .

Kinetics of intramolecular interconversion of two isomers of (.mu.-H)M3(.mu.-CNMe2)(CO)9L (M = Ru, L = PR3, AsPh3, or SbPh3; M = Os, L = AsPh3)

M. R. Shaffer, J. Keister, 1986 .

Substitutional isomerism for trimetallic clusters having icosahedral ligand arrangements. The crystal structures of (.mu.-H)Ru3[.mu.-CN(CH3)2](CO)9(C5H5N) and (.mu.-H)Ru3[.mu.-CN(CH2C6H5)2](CO)9(PPh3)

J. Fettinger, J. Keister, M. Churchill, 1985 .

Hydrogenation of trimetallic clusters of the iron triad containing bridging carbyne ligands. Reductive cleavage of a triply bridging carbyne

M. W. Payne, Jerome B. Keister, Martin W. Payne, 1983 .

Methylidyne-alkyne coupling on triruthenium clusters and hydrogenation of cluster-bound 1,3-dimetalloallyl units. A new model for Fischer-Tropsch chain growth

J. Keister, L. R. Beanan, 1985 .

Alkylidyne-alkyne coupling on triruthenium clusters. A potential model for Fischer-Tropsch chain growth

J. Keister, Z. A. Rahman, L. R. Beanan, 1983 .

Rearrangement of o-protonated metal carbonyl clusters. Conversion of HRu3(COH)(CO)10 to H2Ru3(CO)11

J. Keister, 1980 .

SYNTHESIS AND CHARACTERIZATION OF THE FLUXIONAL SPECIES H2OS3(CO)10L. THE CRYSTAL STRUCTURE OF H2OS3(CO)11

J. Keister, B. Deboer, M. Churchill, 1975 .

Kinetics and mechanism of oxidative addition and reductive elimination of hydrogen on triruthenium clusters

L. Bavaro, J. Keister, P. Montangero, 1983 .

Structural studies on ruthenium carbonyl hydrides: XVIII. Synthesis and characterization of (μ-H)Ru3(μ3-η3-XCCRCR′)(CO)9—n(PPh3)n complexes. Crystal structures of (μ-H)Ru3(μ3-η3-Et2NCCHCMe)(CO)8(PPh3) and (μ-H)Ru3(μ3-η3-MeOCCMeCMe)(CO)7(PPh3)2·2CH2Cl2

Melvyn Rowen Churchill, Charles H. Lake, C. H. Lake, 1993 .

Structural studies on ruthenium carbonyl hydrides. X. Crystal structure of (μ-H)Ru3(CO)10(μ-SEt)

Melvyn Rowen Churchill, J. W. Ziller, Jerome B. Keister, 1985 .

Structural studies on ruthenium carbonyl hydrides: XIV. Synthesis, characterization, and crystal structure of (μ-H)2Ru3(η3-η2-CHC(O)OCH3)(CO)8(PPh3). An example of cis-labilization by an oxygen donor ligand

T. S. Janik, J. Keister, M. Churchill, 1988 .

In Carbonyl Halides

J. Atwood, J. Keister, 2007 .

Desorption of hydrocarbons from small metal clusters. Kinetics and mechanism of reductive elimination of MeX from (.mu.-H)3Ru3(.mu.3-CX)(CO)9.

J. Keister, D. J. Barnett, T. P. Duggan, 1986, Journal of the American Chemical Society.

By Reactions of a Metal Halide with a Metal Carbonyl Anion

J. Atwood, J. Keister, 2007 .

Protonation of (μ-H)3Ru3(μ3-CR)(CO)9. Evidence for the formation of an agostic metalhydrogencarbon bond

David K. Bower, J. Keister, 1986 .

9.2.4.8. In Substituted Carbonyls Containing Five-Electron Group IVB Ligands

Jim D. Atwood and, J. Keister, 2007 .

Low-temperature structure of nonacarbonyl-μ3-chloromethylidyne-tri-μ-hydrido-triangulo-triruthenium

C. Lecomte, P. Coppens, J. Keister, 1982 .

Kinetics and Mechanism of Reversible Oxidative Addition of Hydrogen across the Metal−Metal Bond of (μ-H)2Ru3(CO)8(μ-P(t-Bu)2)2. Steric Promotion of Metal−Metal Bond Cleavage But a CO Dissociative Mechanism

J. Keister, David J. Bierdeman, F. J. Safarowic, 1996 .

Synthesis and crystallographic characterization of (.mu.-H)2Ru3(CO)9(.mu.3-.eta.2-MeCCOMe)

J. Ziller, J. Fettinger, J. Keister, 1985 .

Reaction of cyclopentadiene with (alkylidyne)triruthenium clusters. Syntheses of Ru3(.mu.3-CPh)(.mu.-CO)2(CO)6(.eta.5-C5H5) and (.mu.-H)2Ru3(.mu.3-CPh)(.mu.-CO)(CO)6(.eta.5-C5H5). Crystal structures of Ru3(.mu.3-CPh)(.mu.-CO)2(CO)6(.eta.5-C5H5) and Ru3(.mu.3-CPh)(.mu.-CO)3(.eta.5-C5H5)3

C. H. Lake, J. Keister, M. Churchill, 1992 .

Formation of an agostic bond by protonation. Characterization by NMR spectroscopy of [(.mu.-H)3M3(.mu.3-.eta.2-HCR)(CO)9][SO3CF3] (M = Ru, R = Et, CHPhCH2Ph; M = Os, R = Me)

David K. Bower, J. Keister, 1990 .

Kinetics and mechanism of reductive elimination of hydrocarbons from (. mu. -H) sub 3 Ru sub 3 (. mu. sub 3 -CX)(CO) sub 9 (X = Ph, Et, Cl, CO sub 2 Me, SEt, CHPhCH sub 2 Ph)

J. Keister, T. P. Duggan, M. J. Golden, 1990 .

Structure of nonacarbonyl-tri-μ-hydrido-μ3-(p-tolylmethylidyne)-triangulo-triruthenium, (μ-H)3Ru3(CO)9[μ3-CC6H4(p-CH3)]

J. Ziller, J. Keister, M. Churchill, 1987 .

Reductive elimination of hydrogen from H3Ru3(.mu.3-COMe)(CO)9 and ligand substitution on HRu3(.mu.-COMe)(CO)10. Mechanistic information from high-pressure kinetics

R. Eldik, J. Keister, H. C. Bajaj, 1989 .

Attack by phosphorus nucleophiles on a cluster-bound vinyl group. The crystal structure of HOs3(CO)10(CHCH2PMe2Ph) [15]

J. Keister, B. Deboer, M. Churchill, 1976 .

Structural studies on ruthenium carbonyl hydrides. 13. Synthesis of (.mu.-H)3Ru3(.mu.3-CSEt)(CO)9 and its rearrangement to (.mu.-H)Ru3(.mu.3-.eta.2-CH2SEt)(CO)9. Crystal structure of (.mu.-H)Ru3(.mu.3-.eta.2-CH2SEt)(CO)9

Dennis M. Dalton, J. Ziller, J. Keister, 1987 .

Structural studies on ruthenium carbonyl hydrides. 12. Synthesis, characterization, and crystal structure of (.mu.-H)2Ru3(.mu.3-.eta.2-CHC(O)OCH3)(CO)9, a stabilized intermediate in the reductive elimination of hydrocarbons from trimetallic clusters

T. S. Janik, J. Keister, M. Churchill, 1987 .

FLUXIONAL BEHAVIOR OF THE BRIDGING VINYL GROUP IN HOS3 (CO)10(CHCH2) AND RELATED COMPLEXES

J. Keister, J. Shapley, M. Tachikawa, 1975 .

Crystal structure of bis-1,2-(methyldiphenylphosphonium)-ethane perchlorate, [Ph2MePCH2CH2PMePh22+] [ClO4−]2

J. Ziller, J. Keister, M. Churchill, 1990 .

Isocyanide-Promoted Ylidene Transfer to Phosphorus: Rearrangement in the First-Generation Grubbs Complex

M. Pitak, J. Keister, S. Diver, 2008 .

Syntheses and reactions with Lewis bases of Ru4(CO)8(μs-O2C6H 2R2)2 (R = H, t-Bu), complexes containing 1,2-semiquinone ligands which bridge through oxygen and η6-C6 rings. Crystal structures of Ru4(CO)8(O2C6H ...

Melvyn Rowen Churchill, C. H. Lake, J. B. Keister, 1995 .

Kinetics and Mechanism of Isocyanide-Promoted Carbene Insertion into the Aryl Substituent of an N-Heterocyclic Carbene Ligand in Ruthenium-Based Metathesis Catalysts

J. R. Griffiths, J. Keister, S. Diver, 2017 .

Ligand additivity in 47-electron clusters. Electrochemistry of (μ-H)Ru3(μ3-η 3-XCCRCR′)(CO)9-n(PPh3)n and reactions with electrophiles: One-electron oxidation and adduct formation

J. B. Keister, Robert D. Allendoerfer, Huirong Yao, 1998 .

Mechanism of Intermolecular Ene-yne Metathesis Promoted by the Grubbs First-Generation Catalyst: An Alternative Entry Point to Catalysis

J. Keister, S. Diver, Jennifer E. Marshall, 2011 .

Oxidative Addition of Group 14 Hydrides to an Unsaturated Metal Cluster. Kinetics of Addition of HER3(ER3= SiEt3, SiPh3, GeBu3, SnBu3, SnPh3) to H2Os3(CO)10

R. J. Hall, J. Keister, and Petr Serguievski, 2000 .

Inhibitory effect of ethylene in ene-yne metathesis: the case for ruthenacyclobutane resting states.

J. Keister, S. Diver, T. Gregg, 2013, Journal of the American Chemical Society.

From Resting State to the Steady State: Mechanistic Studies of Ene-Yne Metathesis Promoted by the Hoveyda Complex.

J. R. Griffiths, J. Keister, S. Diver, 2016, Journal of the American Chemical Society.

Mechanistic analysis and optimization of the copper-catalyzed enantioselective intramolecular alkene aminooxygenation.

J. Keister, S. Chemler, Monissa C. Paderes, 2013, The Journal of organic chemistry.