D. Shriver

发表

Complex formation and ionic conductivity of polyphosphazene solid electrolytes

H. Allcock, P. Blonsky, D. Shriver, 1986 .

Thermal and complex impedance analysis of amorphous and crystalline lithium salt mixtures

D. Shriver, R. Dillon, 2001 .

Structural comparisons of fast ion conductors consisting of Li[(CF3SO2)2N] complexes with cryptands or crown ether

C. Stern, D. Shriver, R. Dillon, 2000 .

Mode-locked laser Raman spectroscopy. New technique for the rejection of interfering background luminescence signals

D. L. Jeanmaire, R. V. Duyne, D. Shriver, 1974 .

ION TRANSPORT IN SOLVENT-FREE POLYMERS.

Mark A. Ratner, Duward F. Shriver, M. Ratner, 1988 .

Ion Conductivity of Comb Polysiloxane Polyelectrolytes Containing Oligoether and Perfluoroether Sidechains

M. Ratner, J. Snyder, D. Shriver, 2003 .

Influence of cation size on ionic glass formation and ionic conductivity

D. Shriver, R. Dillon, 2000 .

Ionically Conducting Glasses with Subambient Glass Transition Temperatures

D. Shriver, R. Dillon, 1997 .

Enhancement of ion mobility in aluminosilicate-polyphosphazene nanocomposites

D. Shriver, J. Hutchison, R. Bissessur, 1996 .

Polymer electrolytes: The importance of ion-ion interactions in diffusion dominated behavior

M. Ratner, M. Lonergan, D. Shriver, 1995 .

Dynamically disordered hopping, glass transition, and polymer electrolytes

Mark A. Ratner, Abraham Nitzan, Duward F. Shriver, 1995 .

The Mechanism and Modeling of Conductivity in Polymer Electrolytes

M. Ratner, A. Nitzan, M. Lonergan, 1994 .

Rational Design of Novel Polyelectrolytes: Aluminosilicate/Poly(Ethylene Glycol) Copolymers

D. Shriver, Glenn C. Rawsky, 1990 .

Characterization of Polyiodide-Polymer Complexes by Resonance Ranan Spectroscopy

M. Ratner, M. Forsyth, C. Kannewurf, 1990 .

Polymer Aukali-Metal Polyiodides with Variable Ionic and Electronic Conductivities

L. J. Lyons, D. Shriver, H. Loye, 1988 .

Ion Transport in the Polymer Electrolytes Formed Between Poly(ethylene succinate) and Lithium Tetrafluoroborate

M. Ratner, D. Shriver, R. Dupon, 1984 .

Complex formation of polyethylenimine with sodium triflate and conductivity behavior of the complexes

M. Ratner, D. Shriver, C. S. Harris, 1986 .

The Influence of Inert Oxide Fillers on Poly(ethylene oxide) and Amorphous Poly(ethylene oxide) Based Polymer Electrolytes

P. Johansson, D. Shriver, A. M. Ratner, 2001 .

Synthesis and photophysical properties of polymer-bound hexanuclear molybdenum clusters

L. M. Robinson, D. Shriver, 1996 .

The influence of 18-C-6 and its analogs on ion transport and ionic glass formation

D. Shriver, R. Dillon, 2000 .

High Conductivity in an Amorphous Crosslinked Siloxane Polymer Electrolyte

D. Shriver, R. Spindler, 1987 .

31.1 – Iron Compounds without Hydrocarbon Ligands

D. Shriver, K. Whitmire, 1982 .

Molecular orbital studies of the dipole moments of methyl substituted amines, phosphines, and their borane adducts

D. Shriver, R. Bruns, P. Kuznesof, 1975 .

C- and O-Bonded Metal Carbonyls: Formation, Structures, and Reactions

D. Shriver, C. P. Horwitz, 1984 .

A REACTIVE THREE-METAL CARBIDE CLUSTER PRECURSOR, (FE3(CO)9(CCO))2-

E. M. Holt, D. Shriver, J. Kolis, 1982 .

Vibrational Spectroscopic Determination of Structure and Ion Pairing in Complexes of Poly(ethylene oxide) with Lithium Salts

M. Ratner, D. Shriver, B. Papke, 1982 .

Vibrational spectroscopy and structure of polymer electrolytes, poly(ethylene oxide) complexes of alkali metal salts

M. Ratner, D. Shriver, B. Papke, 1981 .

Structure and ion transport in polymer-salt complexes

M. Ratner, M. Brodwin, D. Shriver, 1981 .

Delineation of shift reagent-substrate equilibria

T. Marks, D. Shriver, R. Porter, 1973 .

Charge Transport Properties of a Partially Reduced V2O5 Xerogel Intercalated with a Polymer Electrolyte

C. Kannewurf, D. Shriver, G. Kloster, 1995 .

Surface-induced alkyl migration reactions in metal carbonyls

D. Shriver, R. Burwell, F. Correa, 1980 .

Li+ conductivity of polysiloxane-trifluoromethylsulfonamide polyelectrolytes

D. P. Siska, D. Shriver, 2001 .

Vibrational frequencies and intramolecular forces in anionic tin-halogen complexes and related species

D. Shriver, I. Wharf, 1969 .

Stoichiometry of Formation and Conductivity Response of Amorphous and Crystalline Complexes Formed Between Poly(ethylene oxide) and Ammonium Salts: PEO x · NH 4 SCN and PEO x · NH 4 SO 3 CF 3

D. Whitmore, D. Shriver, L. C. Hardy, 1984 .

Nb(OCH(CF3)2)6−: prototype for a new class of weakly coordinating anions based on polyfluoroalkoxide substituents

S. Strauss, W. Dubay, D. Shriver, 1997 .

Synthesis, characterization, and substitution chemistry of [Bu4N]2[W6Cl8(OSO2CF3)6]. A versatile precursor for axially substituted clusters containing the (W6Cl8)4+ core.

C. Stern, D. Shriver, C. S. Weinert, 2000, Inorganic chemistry.

Infrared and Raman spectra of acetonitrile-antimony pentafluoride

D. Shriver, D. Byler, 1973 .

The Backscattering Geometry for Raman Spectroscopy of Colored Materials

D. Shriver, J. Dunn, 1974 .

Extended materials based on the [Mo6Cl8]4+ building block bridged by 4,4′-bipyridine

D. Shriver, D. Ellis, R. Bain, 2001 .

Preparation of [Bu4N]2[W6Cl8F6] and characterization of the clusters [Bu4N]2[W6Cl8X6] (X=F, Cl, Br, I, NCO, NCS, NCSe, or OSO2CF3) by 183W NMR spectroscopy

C. Stern, D. Shriver, C. S. Weinert, 2000 .

The Octahedral M 6Y 8 And M 6Y 12 Clusters of Group 4 and 5 Transition Metals

D. Shriver, N. Prokopuk, 1998 .

VIBRATIONAL SPECTRA, VIBRATIONAL ANALYSIS, AND BONDING IN ACETONITRILE-- BORON TRIFLUORIDE.

B. Swanson, D. Shriver, 1970 .

KINETIC AND THERMODYNAMIC CONTROL OF THE METHYL MIGRATION (CARBON MONOXIDE INSERTION) REACTION BY STRONG LEWIS ACIDS

E. M. Holt, S. Strauss, D. Shriver, 1979 .

Conductivity Anisotropy of Polyphosphazene−Montmorillonite Composite Electrolytes

D. Shriver, J. Hutchison, R. Bissessur, 1996 .

Coulomb Trapping Effects in Polymer Solid Electrolytes: A Simulation Study of Stoichiometry Dependence

M. Ratner, A. Nitzan, D. Shriver, 1988 .

Radiation crosslinking of poly[bis(2-(2-methoxyethoxy)ethoxy)phosphazene]: effect on solid-state ionic conductivity

H. Allcock, D. Shriver, Alexa A. Dembek, 1989 .

Increased Dimensional Stability in Ionically Conducting Polyphosphazenes Systems

D. Shriver, J. Tonge, 1987 .

Conformation and Ion‐Transport Models for the Structure and Ionic Conductivity in Complexes of Polyethers with Alkali Metal Salts

M. Ratner, D. Shriver, B. Papke, 1982 .

Polyphosphazenes with etheric side groups: prospective biomedical and solid electrolyte polymers

H. Allcock, P. Blonsky, D. Shriver, 1986 .

Cryptand Addition to Polyelectrolytes: A Means of Conductivity Enhancement and a Probe of Ionic Interactions

M. Ratner, M. Lonergan, D. Shriver, 1995 .

Synthesis, structure, and redox properties of the sulfido bridged tetranuclear cluster complex [(Ph3P)2N][Fe3(CO)9{μ3-SFeCp(CO)2}]

C. Stern, D. Shriver, N. Prokopuk, 1999 .

Shriver & Atkins' Inorganic Chemistry

P. Atkins, F. Armstrong, T. Overton, 2010 .

Structures and solid-state reactions of Prussian blue analogs containing chromium, manganese, iron, and cobalt

D. Shriver, D. Brown, 1969 .

Environment of interstitial ions in a Prussian blue analog, Co3[Co(CN)6]2

D. Shriver, D. Brown, 1969 .

Solid-state reactions of iron(II) hexacyanochromate(III)

D. Shriver, L. H. Schwartz, D. Brown, 1968 .

The ambident nature of cyanide

D. Shriver, 1966 .

Ligand Field Strength of the Nitrogen End of Cyanide and Structures of Cubic Cyanide Polymers

D. Shriver, S. E. Anderson, S. A. Shriver, 1965 .

Ion Transport in Cryptand and Crown Ether Lithium Salt Complexes

D. Shriver, R. Dillon, 1999 .

Synthesis of Comb Polysiloxane Polyelectrolytes Containing Oligoether and Perfluoroether Side Chains

M. Ratner, J. Snyder, D. Shriver, 2003 .

Synthesis, NMR characterization, and electrical properties of siloxane-based polymer electrolytes

D. Shriver, R. Spindler, 1988 .

Polyphosphazene solid electrolytes

H. Allcock, P. Blonsky, D. Shriver, 1984 .

Structural chemistry of hemerythrin

D. Shriver, I. M. Klotz, D. Kurtz, 1977 .

Resonance Raman spectroscopy of iron-oxygen vibrations in hemerythrin.

S. Freier, D. Shriver, I. M. Klotz, 1980, Archives of biochemistry and biophysics.

Steric disposition of O2 in oxyhemoglobin as revealed by its resonance Raman spectrum.

D. Shriver, I. M. Klotz, L. Duff, 1979, Biochemical and biophysical research communications.

Resonance Raman studies of hemerythrin-ligand complexes.

D. Shriver, I. M. Klotz, J. Dunn, 1975, Biochemistry.

CC and CO transformations in ketenylidene cluster compounds

D. Shriver, M. Jensen, 1992 .

New SO(2) Iron-Containing Cluster Compounds [PPN](2)[Fe(3)(CO)(9)(&mgr;(3),eta(2)-SO(2))], [PPN](2)[Fe(3)(CO)(8)(&mgr;-SO(2))&mgr;(3)-S], [PPN](2)[Fe(3)(CO)(8)(&mgr;-SO(2))(&mgr;(3)-CCO)], and [PPN](2)[Fe(2)(CO)(6)(&mgr;-SO(2))(2)] from Heterometal Precursors.

D. Shriver, T. Albrecht‐Schmitt, C. Raymond, 1999, Inorganic chemistry.

Synthesis and reductive sulfur-oxygen cleavage of sulfur oxide clusters: [PPN][HFe3(CO)9SO2] and [PPN]2[Fe3(CO)9SO]

C. Stern, D. Shriver, G. Karet, 1993 .

Promoter action in Fischer-Tropsch catalysis

D. Shriver, W. Sachtler, A. Lang, 1985 .

A new class of cation conductors: polyphosphazene sulfonates

D. Shriver, Kaimin Chen, S. Ganapathiappan, 1988 .

Preparation and electrical response of solid polymer electrolytes with only one mobile species

D. Shriver, L. C. Hardy, 1985 .

Chloride ion conductivity in a plasticized quaternary ammonium polymer

D. Shriver, L. C. Hardy, 1984 .

Anionic iron carbido carbonyl clusters with sulfur dioxide ligands

D. Shriver, M. Sabat, S. Sunshine, 1988 .

The role of metal cluster interactions in the proton-induced reduction of CO. the crystal structures of [PPN]{HFe4(CO)12} and HFe4(CO)12(η-COCH3)

E. M. Holt, D. Shriver, K. Whitmire, 1981 .

Pressure dependent Raman, and conductivity studies of the fast ion conductors Cu2HgI4, Ag2HgI4 and Tl2ZnI4

M. Ratner, D. Shriver, J. Ferraro, 1982 .

Investigations of a siloxane-based polymer electrolyte employing carbon-13, silicon-29, lithium-7, and sodium-23 solid-state NMR spectroscopy

D. Shriver, R. Spindler, 1988 .

Semiempirical self-consistent field-molecular orbitals calculations, employing complete valence orbital basis sets, for methyl-substituted borazines and benzenes

D. Shriver, P. Kuznesof, 1968 .

Solvent and cation dependence of the tetrahydroborate, BH4-, Raman spectrum

D. Shriver, A. E. Shirk, 1973 .

Characterization of Zn-promoted Rh/SiO2 catalysts by chemisorption, infrared spectroscopy, and temperature-programmed desorption

D. Shriver, W. Sachtler, Y. Zheng, 1989 .

Benzene clathrates with a novel kind of metal complex host lattice. Cd(en)Cd(CN)4.2C6H6 and Cd(en)Hg(CN)4.2C6H6

D. Shriver, T. Iwamoto, 1972 .

Laser Raman spectroscopy of lipid-protein systems. Differences in the effect of intrinsic and extrinsic proteins on the phosphatidylcholine Raman spectrum.

L. J. Lis, D. Shriver, J. Kauffman, 1976, Biochimica et biophysica acta.

Effect of ions on phospholipid layer structure as indicated by Raman spectroscopy.

L. J. Lis, D. Shriver, J. Kauffman, 1975, Biochimica et biophysica acta.

The manipulation of air-sensitive compounds

D. Shriver, D. F. Shriver, 1969 .

Nature of the donor-acceptor bond in acetonitrile-boron trihalides. The structures of the boron trifluoride and boron trichloride complexes of acetonitrile

B. Swanson, J. Ibers, D. Shriver, 1969 .

Characteristic vibrational frequencies and normal modes of the CCO ligand in trinuclear ketenylidene clusters

D. Shriver, M. Sailor, M. J. Went, 1988 .

Variable-temperature Raman and infrared spectra of the copper acetate dimer Cu2(O2CCH3)4(H2O)2 and its derivatives

D. Shriver, Y. Mathey, D. Greig, 1982 .

Structural chemistry of hemerythrin

D. Shriver, I. M. Klotz, D. Kurtz, 1978 .

Activation of coordinated carbon monoxide toward alkyl and aryl migration (carbon monoxide insertion) by molecular Lewis acids and x-ray structure of the reactive intermediate

E. M. Holt, S. Strauss, D. Shriver, 1980 .

Mixed-metal butterfly acetamidediato clusters derived from a highly reactive ruthenium oxo cluster: synthesis and characterization of [(PPh3)2N][MRu3(CO)12(η2-μ3-NC(μ-O)CH3)], (M = Mn or Re)

D. Shriver, M. Sabat, E. J. Voss, 1995 .

The Chemistry of metal cluster complexes

D. Shriver, H. Kaesz, R. D. Adams, 1990 .

Transition metal basicity

D. Shriver, 1970 .

Letter: Resonance raman spectroscopy with unsymmetrically isotopic ligands. Differentiation of possible structures of hemerythrin complexes.

D. Shriver, I. M. Klotz, D. Kurtz, 1976, Journal of the American Chemical Society.

Vibrational spectra of catena-.mu.-ethylenediamine complexes of zinc(II), cadmium(II), and mercury(II) with the formula M(en)X2

D. Shriver, T. Iwamoto, 1971 .

Acceleration of the methyl migration reaction with proton acids

D. Shriver, T. G. Richmond, S. B. Butts, 1981 .

Bridge Addition Compounds. III. The Influence of Boron-Containing Lewis Acids on Electronic Spectra, Vibrational Spectra, and Oxidation Potentials of Some Iron-Cynanide Complexes

D. Shriver, J. Posner, 1966 .

Preparation and Structures of Metal Cyanide-Lewis Acid Bridge Compounds

D. Shriver, 1963 .

Catalytic performance in Co hydrogenation over triruthenium ketenylidene cluster-derived catalyst

F. Xiao, D. Shriver, A. Fukuoka, 1992 .

Surface-grafted triruthenium ketenylidene clusters and their catalytic activity in co exchange and hydroformylation of ethylene

F. Xiao, D. Shriver, A. Fukuoka, 1990 .

Characteristic Vibrational Frequencies and Normal Modes of the CCO Ligand in Trinuclear Ketenylidene Clusters.

D. Shriver, M. Sailor, M. J. Went, 1988 .

The influence of some Lewis acids on homogeneous olefin hydrogenation by metal complexes

D. Shriver, R. Porter, 1975 .

Nature of the donor-acceptor interaction in boron trihalide complexes. Vibrational spectra and vibrational analysis of acetonitrile-boron trichloride and acetonitrile-boron tribromide

B. Swanson, D. Shriver, 1971 .

Vibrational study of the trifluoromethanesulfonate anion : unambiguous assignment of the asymmetric stretching modes

D. Shriver, D. Johnston, 1993 .

Variable-temperature Raman and infrared spectra of the copper acetate dimer Cu2(O2CCH3)4(H2O)2 and its derivatives

Duward F. Shriver, D. Shriver, Y. Mathey, 1982 .

A One-Dimensional Array of Clusters: Na2Mo6Cl8(O2CC5H4FeCp)6·CH3OH

D. Shriver, N. Prokopuk, 1997 .

Observation of the Chelate Effect with a Bidentate Lewis Acid, F2BCH2CH2BF2

D. Shriver, M. J. Biallas, 1967 .

ChemInform Abstract: RHODIUM(I)‐CATALYZED DECOMPOSITION OF FORMIC ACID

S. Strauss, D. Shriver, K. Whitmire, 1979, Chemischer Informationsdienst.

Bifunctional activation of coordinated carbon monoxide: a kinetic study of Lewis acid induced alkyl migration

D. Shriver, T. G. Richmond, F. Basolo, 1982 .

Generation of novel cationic metal-alkyl complexes via carbocation reagents

D. Shriver, D. Strope, 1973 .

Reactivity and conformation of a phosphine-substituted dihalocarbene complex. X-ray crystal structures of [(.eta.5-C5H5)Fe(CO)(PPh3)(CF2)][BF4] and [(.eta.5-C5H5)Fe(CO)2(CCl2)][BCl4]

D. Shriver, A. Crespi, 1985 .

A new route to a C4 ligand : carbon-carbon coupling to generate [PPN]2[Fe6(CO)18C4]

C. Stern, D. Shriver, D. M. Norton, 1994 .

Crystal and molecular structure and solution dynamics of hydridotris(triphenylphosphine)rhodium(I)

S. Strauss, D. Shriver, S. Diamond, 1978 .

Raman and infrared spectroscopy of the oxo-bridged iron(III) complex, [Cl3Fe-O-FeCl3]-2 as a spectroscopic model for the oxo bridge in hemerythrin and ribonucleotide reductase.

D. Shriver, I. M. Klotz, L. Duff, 1982, Journal of inorganic biochemistry.

Syntheses of reactive mixed-metal carbide clusters and their interaction with proton sources

D. Shriver, J. Hriljac, P. Swepston, 1985 .

Alkylation and structural rearrangement of the bridging carbonyl ligand in .mu.-carbonyl-decacarbonyl-.mu.-hydrido-triferrate(2Fe-Fe)(1-). Synthesis of .mu.-(O-methylcarbonyl)-decacarbonyl-.mu.-hydrido-triferrate(2Fe-Fe)

D. Shriver, D. Strope, D. Lehman, 1975 .

Synthesis and structure of a capped square-pyramidal five-metal oxo cluster, [fe2ru3(co)14(μ4-O)]2-

D. Shriver, M. Sabat, C. Schauer, 1989 .

Synthesis and Structure of [(PPh3)2N][Fe3Mn(CO)12 (μ4‐O)]: A Butterfly Oxo Cluster

D. Shriver, C. Schauer, 1987 .

Synthesis of 12-metal clusters based on the ([Mo6Cl8]4+) core. X-ray structure of (PPN)2[Mo6Cli8{(.mu.-NC)Mn(CO)2Cp}a6]

C. Stern, D. Shriver, D. Johnston, 1993 .

[Ru3(CO)9(.mu.3-S)]2- as a Ligand toward [M(CO)3(NCCH3)3]+: Synthesis and Characterization of HRu3(CO)9(.mu.4-S)M(CO)3(NCCH3)2 (M = Mn, Re)

C. Stern, D. Shriver, E. J. Voss, 1994 .

Substitution of SO2 for CO in triruthenium carbonyl anions

C. Stern, D. Shriver, C. Slebodnick, 1995 .

Promoter effect of iron on olefin hydroformylation catalyzed by silica-supported rhodium-iron bimetallic carbonyl clusters: Rh-Fe3+ bimetallic activation of catalytic carbon monoxide insertion

D. Shriver, J. Hriljac, A. Fukuoka, 1987 .

Synthesis of heterometallic carbide clusters containing three iron atoms: [PPN]2[MFe3(CO)13C] (M = Cr, W), [PPN]2[Cr2Fe3(CO)16C], Rh2Fe3(CO)14C, and [PPN][Rh3Fe3(CO)15C]

E. M. Holt, D. Shriver, J. Hriljac, 1987 .

Synthesis, Structure, and Bonding of the Butterfly Cluster Containing the &mgr;(4)-Oxo and &mgr;(4)-Sulfido Ligands: [(PPh(3))(2)N][Fe(3)M(CO)(12)(&mgr;(4)-E)] (E = O, S; M = Mn, Re).

D. Shriver, M. Sabat, C. Schauer, 1995, Inorganic chemistry.

Relationships between structure and redox properties of dodecacarbonyl(.mu.4-.eta.2-diphenylacetylene)tetraruthenium and [Et4N]2[Ru4(CO)11(.mu.4-.eta.2-C2Ph2)]

L. J. Lyons, D. Shriver, M. Sabat, 1991 .

Polycarbon linked metal cluster compounds

D. Shriver, D. M. Norton, 2000 .

Proton reactivity of butterfly oxo and sulfido clusters and structural characterization of HFe3Mn(CO)10(dmpm)(μ4-O)

D. Shriver, M. Sabat, C. Schauer, 2000 .

The ketenylidene route to mixed-metal carbide clusters: [MnRu3C(CO)13]−, [MnOs3C(CO)13]−, [Cr2Ru3C(CO)16]2−, [Mo2Ru3C(CO)16]2−, [Rh3Ru3C(CO)15]−, [Ni3Ru3C(CO)13]2− and [Co3Ru3C(CO)15]−

D. Shriver, M. Jensen, M. Sabat, 1990 .

Cluster-bound ketenylidenes as precursors to dicarbide ligands : synthesis and characterization of [PPN][Fe3Co3(C2)(CO)18]

D. Shriver, M. Jensen, M. Sabat, 1992 .

Synthesis and structure of the useful starting material [Bu4N]3[Nb6Cl12(OSO2CF3)6]

D. P. Siska, C. Stern, D. Shriver, 2000 .

Reaction of [PPN][Fe3(CO)CCOC(O)CH3] with the Metal Nucleophile [Re(CO)5]- To Generate a Mixed-Metal Acetylide, [PPN][Fe3(CO)9CCRe(CO)5]

C. Stern, D. Shriver, J. Hutchison, 1996 .

Substituent heteroatom effects on the chemistry of triiron alkyne clusters derived from [Fe3(CO)9CCER]-: E = O versus E = S

D. Shriver, M. Jensen, 1992 .

Cluster-Assisted Formation and Cleavage of C-H and C-C Bonds. (Fe3(CO)9(CCO))2- and Its Acetylide and Alkyne Derivatives.

D. Shriver, J. Hriljac, 1988 .

[PPN][Fe3(CO)9(C⋮CH)] and [Fe3(CO)9(C⋮COTi(THF)4Cl)] from the Reaction of Low-Valent Titanium with [Fe3(CO)9(CCO)]2-

D. Shriver, R. Eveland, Andersen Raymond, 1999 .

MOESSBAUER EFFECT STUDY OF TRIIRON DODECACARBONYL AND THE REDUCED CARBIDE CLUSTERS (PPN)(FE3(CO)10CH), (PPN)2(FE3(CO)9CCO), AND (PPN)(FE2CO(CO)9CCO)

D. Shriver, G. Long, J. Kolis, 1985 .

Synthesis, x-ray crystal structure, and chemistry of a metal cluster ketenylidene, [Fe3(CO)9(CCO)]2-, with carbide-like reactivity

E. M. Holt, D. Shriver, J. Kolis, 1983 .

Alkylation reactions of the CCO ligand in triruthenium carbonyl clusters. Synthesis and x-ray crystal structure of Ru/sub 3/(CO)/sub 9/(. mu. /sub 3/-CO)(. mu. /sub 3/-C=C(OCH/sub 3/)CH/sub 3/)

D. Shriver, M. Sailor, C. Brock, 1987 .

Interaction of metal carbonyl hydrides with Lewis acids

D. Shriver, T. G. Richmond, F. Basolo, 1982 .

Intermediates in the proton-induced reduction of CO in iron clusters

D. Shriver, M. Drezdzon, 1983 .

[PPN]2[Ru3(CO)11] and [PPN]2[Os3(CO)11], μ‐Nitrido‐Bis(Triphenylphosphorus)(1+) Undecacarbonyltriruthenate(2—) and Undecacarbonyltriosmate(2—)

D. Shriver, M. Sailor, E. Rosenberg, 2007 .

Transformations of carbon monoxide and related ligands on metal ensembles

D. Shriver, M. Sailor, 1988 .

Alkylation Reactions of the CCO Ligand in Triruthenium Carbonyl Clusters. Synthesis and X-Ray Crystal Structure of Ru3(CO)9(μ3-CO)(μ3-C=C(OCH3)CH3).

D. Shriver, M. Sailor, C. Brock, 1988 .

CC and CH bond formation in the chemistry of triruthenium clusters

D. Shriver, M. Sailor, 1988 .

Synthesis and molecular and electronic structure of stable salts containing the radical anions [Fe4(CO)12CC(O)R]2− (R=CH3, CH2,C6H5)

D. Shriver, M. Sabat, S. Harris, 1989 .

SYNTHESIS, STRUCTURE, AND CHEMISTRY OF STERICALLY CROWDED METAL CARBONYL CLUSTER COMPOUNDS: (FE3M(CO)14)2-, (M = CR, MO, W)

E. M. Holt, D. Shriver, C. P. Horwitz, 1984 .

(.mu.-H)Fe4(CO)12(.eta.2-COH): evidence for a protonated .eta.2-CO complex as an intermediate in the proton-induced reduction of carbon monoxide

D. Shriver, K. Whitmire, 1981 .

.mu.-Carbonyl-.mu.-hydrido-decacarbonyltriferric acid, H2Fe3(CO)11

D. Shriver, H. A. Hodali, C. A. Ammlung, 1978 .

Protonation and protolysis of [Fe4(CO)12(CCH3)]−

E. M. Holt, D. Shriver, J. Kolis, 1984 .

Proton-induced reduction of CO to CH4 in homonuclear and heteronuclear metal carbonyls: a survey of the influence of the metal and nuclearity

D. Shriver, A. Bhattacharyya, S. Shore, 1982 .

A NEW REACTION FOR THE CONVERSION OF CARBON MONOXIDE INTO METHANE: PROTON-INDUCED REDUCTION OF CARBON MONOXIDE IN A METAL CARBONYL CLUSTER, (FE4(CO)132-)

D. Shriver, K. Whitmire, 1980 .

Structural and isotope tracer study of the proton induced reduction of CO in [Fe4(CO)11(µ-CO)(µ3-COMe)]–; X-ray crystal structure of [Fe4H(CO)12COMe]

E. M. Holt, D. Shriver, K. Whitmire, 1980 .

ADDUCT FORMATION AND CARBONYL REARRANGEMENT OF POLYNUCLEAR CARBONYLS IN THE PRESENCE OF GROUP III HALIDES

J. Kristoff, D. Shriver, 1974 .

Lewis Basicity of Metals. II. The Interaction of Group VI and VII Transition Metal Cyclopentadienyl Derivatives with BF3, BCl3, and B2H6

D. Shriver, M. P. Johnson, 1966 .

Application of Raman spectroscopy to bridged-nonbridged equilibria for polynuclear metal carbonyl derivatives. Metal-metal stretching frequencies of octacarbonyldicobalt, octacarbonyldiferrate(2-), dodecacarbonyltetracobalt, and bis[.eta.-cyclopentadienyl)dicarbonylruthenium]

D. Shriver, S. Onaka, 1976 .

Basicity and reactivity of metal carbonyls

D. Shriver, 1975 .

Preparation of a mixed-metal ketenylidene complex from Mn(CO)5(CX3) (X=Cl, Br)

D. Shriver, A. Crespi, 1986 .

Solution equilibria between carbon-bonded carbonyl and .PI.-carbonyl ligands in four-iron clusters and cleavage of the .PI.-carbonyl ligand

D. Shriver, C. P. Horwitz, 1985 .

Comprehensive organometallic chemistry II

D. Shriver, 1995 .

Synthesis and chemistry of (Os/sub 3/(CO)/sub 9/(. mu. /sub 3/-CCO))/sup 2 -/. Metal ensemble effects on the reactions of the CCO ligand

D. Shriver, M. Sailor, M. J. Went, 1987 .

Transition-metal trihalomethyl complexes as cluster-building reagents: preparation and x-ray crystal structure of [PPN][MnCo2(CO)9(.mu.3-CCO)]

D. Shriver, M. J. Went, A. Crespi, 1988 .

Coordination chemistry at the carbide heteroatom in a metal cluster. Synthesis, structure, and bonding for [PPN][Fe2Co(CO)9(CPMe3)]

D. Shriver, M. Sabat, S. Ching, 1987 .

Preparation, structure and reactivity of an anionic ruthenium ketenylidene: [PPN]2[Ru3(CO)6(.mu.-CO)3(.mu.3-CCO)]

D. Shriver, M. Sailor, 1985 .

Mixed-metal cluster carbides and a mixed-metal ketenylidene with nucleophilic carbide sites

E. M. Holt, D. Shriver, J. Hriljac, 1984 .

Chemistry of carbonyl-derived ligands. Nucleophilic attack on anionic acetylide clusters

D. Shriver, M. Jensen, L. M. Jones, 1990 .

Synthesis, reactivity, and x-ray crystal structure of an anionic, mixed-metal ketenylidene cluster: [PPN][Fe2Co(CO)9(CCO)]

E. M. Holt, D. Shriver, J. Kolis, 1988 .

Protonation and bonding in heterometallic butterfly carbide clusters

D. Shriver, J. Hriljac, S. Harris, 1988 .

Cluster-assisted formation and cleavage of carbon-hydrogen and carbon-carbon bonds. [Fe3(CO)9(CCO)]2- and its acetylide and alkyne derivatives

D. Shriver, J. Hriljac, 1987 .

Alkylation chemistry of the exposed carbon ligand in [Fe4(CO)12C]2−

D. Shriver, P. L. Bogdan, C. Woodcock, 1987 .

Reactivity of metal carbide clusters: alkylation and protonation of [Fe5(CO)14C]2-

D. Shriver, J. Kolis, F. Basolo, 1982 .

Mass spectroscopic evidence for the formation of mixed-metal octahedral clusters [MonW6−nCl14]2−

D. Shriver, H. Hung, H. Hodali, 1992 .

Nucleophilic attack on cluster-bound acetylide ligands derived from the iron ketenylidene, [Fe3(CO)9(CCO)]2−

D. Shriver, M. Jensen, M. Sabat, 1990 .

μ-CARBONYL-μ-HYDRIDO-DECACARBONYLTRIFERRIC ACID, H2FE3(CO)11

D. Shriver, H. A. Hodali, C. A. Ammlung, 1978 .

Chelate Adducts Containing a Bidentate Electron-Pair Acceptor. 1,2-Bis(difluoroboryl)ethane

D. Shriver, M. J. Biallas, 1966 .

Lewis Basicity of a Transition Metal. A Boron Trifluoride Adduct of Biscyclopentadienyltungsten Dihydride

D. Shriver, 2002 .

Some relationships between metal cluster chemistry and heterogeneous catalysis

D. Shriver, 1992 .

Synthesis and Molecular and Electronic Structure of Stable Salts Containing the Radical Anions (Fe4(CO)12CC(O)R)2- (R: CH3, CH2C6H5).

D. Shriver, M. Sabat, S. Harris, 1989 .

Synthesis, structure, and chemistry of sterically crowded metal carbonyl cluster compounds: [Fe3M(CO)14]2-, (M = Cr, Mo, W)

E. M. Holt, D. Shriver, C. P. Horwitz, 1984 .

Synthesis, structure, and stereochemical analysis of [PPN][Fe4(CO)13(HgMo(CO)3Cp)] and [PPN][Fe4(CO)13(HgFe(CO)2Cp)]

D. Shriver, C. P. Horwitz, M. Sabat, 1988 .

Systematics of the formation of .PI.-carbonyl ligands in four-iron clusters. Synthesis and structures of [K(18-crown-6)][Fe4(AuPEt3)(CO)13].CH2Cl2, Fe4(AuPEt3)(CO)12(COCH3), [PPN][Fe4(CuPPh3)(CO)13], and [PPN][Fe4(HgCH3)(CO)13]

E. M. Holt, D. Shriver, C. P. Horwitz, 1985 .

REACTIONS OF POLYNUCLEAR METAL CARBONYL ANIONS WITH THE PROTON AND WITH CARBOCATION REAGENTS. THE O-PROTONATION AND O-ALKYLATION OF BRIDGING CARBONYL LIGANDS

D. Shriver, H. A. Hodali, 1979 .

Perturbation of metal—metal stretching frequencies by the interaction of lewis acids with bridging carbonyls

D. Shriver, S. Onaka, D. Strope, 1976 .

ADDUCT FORMATION AND CARBONYL REARRANGEMENT OF POLYNUCLEAR CARBONYLS IN THE PRESENCE OF GROUP III HALIDES

J. Kristoff, D. Shriver, 1974 .

A new reaction for the conversion of carbon monoxide into methane: proton-induced reduction of carbon monoxide in a metal carbonyl cluster, [Fe4(CO)132-]

D. Shriver, K. Whitmire, 1980 .

Mono-Substitution of iron pentacarbonyl catalyzed by polynuclear iron carbonyl anions

D. Shriver, S. B. Butts, 1979 .

SiO2-supported bimetallic ruthenium cluster-derived catalysts for selectivity and activity control in CO hydrogenation toward C1C5 alcohols

F. Xiao, D. Shriver, A. Fukuoka, 1992 .

Carbon and oxygen coordinated carbon monoxide. Preparation and structure of [(h5-C5H5)Fe(CO)2]2.2Al(C2H5)3

D. Shriver, N. Nelson, N. Kim, 1973 .

Selective hydroformylation of ethylene on rhodium-zinc-silica. An apparent example of site isolation of rhodium and Lewis acid-promoted carbonyl insertion

D. Shriver, W. Sachtler, M. Ichikawa, 1985 .

Lewis basicity, reactivity, and bond order of metal acetyls. Boron and aluminum halide adducts of (.eta.5-C5H5)Fe(CO)2(C(:O)CH3)

D. Shriver, R. E. Stimson, 1980 .

14. Bis[μ-Nitrido-Bis(Triphenylphosphorus)(1+)] Tridecacarbonyltetraferrate(2-) or [Bis(Triphenylphosphine)Iminium Tridecacarbonyl-Tetraferrate] (2-) [PPN]2 [Fe4(CO)13]

C. B. Cooper, D. Shriver, P. Krusic, 2007 .

The nature of metal carbonyl — Group III halide interactions. Co2(CO)8 · AlBr3 and related compounds

J. Kristoff, D. Shriver, N. Nelson, 1973 .

Effect of Coordination Environment on the Electronic Structure and Properties of Mo6-Based Systems: A Density Functional Treatment

L. M. Robinson, D. Shriver, D. Ellis, 1995 .

Synthesis of heterometallic butterfly carbide clusters containing three different metals: (PPN)[Fe2CoM(dmpm)(CO)11C] (MMo or W)

C. Stern, D. Shriver, D. Johnston, 1993 .

Tris(Pentacarbonylmanganese)‐Thallium(III)

J. Kristoff, D. Shriver, M. J. Mays, 2007 .

The reaction of metal carbonyls with lewis acids-carbon and oxygen-bonded co

D. Shriver, A. Alich, 1972 .

Nucleophilic attack and structural rearrangements in some iron carbonyl cluster carbides. Syntheses, structures, and reactions of the tetrahedral four-iron clusters [Fe4(CO)12(.mu.3-COMe)]- and [Fe4(CO)12(CMe)]-

E. M. Holt, D. Shriver, K. Whitmire, 1982 .

Bis [μ‐Nitrido‐Bis (Triphenylphosphorus)(1+)] Undec Acarbonyltriferrate, [(Ph3P)2N]2[Fe36(CO)11]

D. Shriver, P. Krusic, D. J. Jones, 2007 .

μ-Nitrido-Bis(Triphenylphosphorus)(1+) Undecacarbonylhydridotriferrate(1-), [(Ph3P)2N][Fe3H(Co)11]

D. Shriver, P. Krusic, D. P. Jones, 2007 .

A mechanistic investigation of phosphine migration and substitution in trimetallic iron-cobalt cluster [Fe2Co(CO)8(PR3)(CCO)]-

D. Shriver, S. Ching, 1989 .

Interaction of metal cluster ketenylidenes, [M3(CO)9(CCO)]2- (M = iron, ruthenium) with the soft electrophiles copper(I) iodide and CuPR3+

C. Stern, D. Shriver, M. Jensen, 1992 .

Importance of metal cluster compliance in models for steric effects in cluster compounds. Attack of CH3+ and AuPPh3+ on the C ligand in [Fe4(CO)12C]2–

D. Shriver, C. P. Horwitz, P. L. Bogdan, 1986 .

Interconversion of tetrahedral and .pi.-carbonyl containing butterfly clusters: [Fe4(MPR3)(CO)12(.eta.2-CO)]-.dblharw.[Fe4(MPR3)(CO)13]- (M = gold, R = ethyl; M = copper, R = phenyl) and Fe4(AuPEt3)(CO)12(.eta.2-COMe)

E. M. Holt, D. Shriver, C. P. Horwitz, 1985 .

NMR spectroscopic characterization of the two isomers of [HFe4(CO)13]-

D. Shriver, C. P. Horwitz, 1984 .

Synthesis of mixed-metal clusters by facile metal substitution reactions

E. M. Holt, D. Shriver, C. P. Horwitz, 1985 .

Syntheses, Characterization, and Structures of Tri- and Tetraruthenium Clusters Containing Sulfido, Phenylimido, and (Phenylimino)thio Ligands

C. Stern, D. Shriver, Wen-Yann Yeh, 1996 .

Preparation of bis(tetrabutylammonium) octa(.mu.3-chloro)hexakis(trifluoromethanesulfonato)-octahedro-hexamolybdate(2-), (Bu4N)2[Mo6Cli8(CF3SO3)a6]: a versatile starting material for substituted molybdenum(II) clusters containing the [Mo6Cli8]4+ core

M. Lonergan, C. Stern, D. Shriver, 1992 .

The Octahedral M6Y8 and M6Y12 Clusters of Group 5 and 6 Transition Metals

D. Shriver, N. Prokopuk, 1999 .

The reaction of tri-ruthenium clusters with sulfur dioxide

D. Shriver, R. Eveland, 2000 .

RuCo and IrFe Bimetallic Carbonyl Cluster-Derived Catalysts for Selectivity Controlling in CO Hydrogenation Towards C1-C3 Alcohols

F. Xiao, D. Shriver, A. Fukuoka, 1991 .

Synthesis of Heterometallic Carbide Clusters Containing Three Iron Atoms: (PPN)2(MFe3(CO)13C) (M: Cr, W), (PPN)2(Cr2Fe3(CO)16C), Rh2Fe3(CO)14C, and (PPN) (Rh3Fe3(CO)15C).

E. M. Holt, D. Shriver, J. Hriljac, 1987 .

Promoter Effect of Iron on Olefin Hydroformylation Catalyzed by SiO2-Supported Rhodium-Iron Bimetallic Carbonyl Clusters: Rh-Fe3+ Bimetallic Activation of Catalytic CO Insertion.

D. Shriver, J. Hriljac, A. Fukuoka, 1988 .

Nature of the Interaction and Photophysical Properties Of [ M 0 sClia ( S 03 CF 3 ) ' 6 l 2-and [ M 06 Cli & la 6 ] 2-on Silica Gel

D. Shriver, T. J., L., 2001 .

Nature of the interaction and photophysical properties of [Mo6Cli8(SO3CF3) a6]2- and [Mo6Cli8Cla6] 2- on silica gel

L. M. Robinson, J. Hupp, D. Shriver, 1995 .

Synthesis and characterization of a polycarbon organometallic cluster, [PPN]2[Fe6(CO)18C4].

D. Shriver, D. M. Norton, 2000, Inorganic chemistry.

Dipotassium Undecacarbonyl Trimetallate(2—) Clusters, K2 [M3(co)11] (M = Ru, Os)

E. P. Boyd, D. Shriver, T. Coffy, 2007 .

LEWIS ACID-INFLUENCED ETHYLENE HYDROGENATION BY RHODIUM(I) COMPLEXES

S. Strauss, D. Shriver, 1978 .

Reaction of the anionic acylmethylidyne cluster [Ru3(CO)9(.mu.3-CO)(.mu.3-CC(O)CH3)]- with carbon monoxide and hydrogen: reversible carbon-carbon and carbon-hydrogen bond forming reactions

D. Shriver, M. Sailor, M. Sabat, 1988 .

Alkali ion–cryptand interactions and their effects on electrolyte conductivity

E. Sigmund, D. Shriver, D. Ellis, 2003 .

Rate earth shift reagents as chemical and structural probes for organometallic compounds

J. Kristoff, T. Marks, D. Shriver, 1971 .

Structure, conductivity and Raman spectrum of 4,7,13,16-tetraoxa-1,10-dithiacyclooctadecanebis(diiodine)

M. Lonergan, C. Stern, D. Shriver, 1992 .

Electronic spectra and electronic structure of some new carbon- and oxygen-bonded carbonyl complexes. Mo(phen)(P(C6H5)3)2(COAl(C2H5)3)2 and related species

D. Shriver, A. Alich, 1972 .

Bridge addition compounds. IV. Addition of Group IV halides to dicyanobis(1,10-phenanthroline)iron(II)

D. Shriver, J. J. Rupp, 1967 .

RAMAN SPECTROSCOPIC IDENTIFICATION OF METAL-METAL STRETCHING FREQUENCIES

B. Swanson, D. Shriver, T. Spiro, 1975 .

Vibrational frequencies associated with the carbide ligand in iron butterfly clusters

D. Shriver, M. Sailor, J. Hriljac, 1987 .

The lewis basicity of metal complexes. BF3 and (C6F5)3 adducts of IrClCO(O(C6H5)3)2 and related systems

D. Shriver, R. N. Scott, D. Lehman, 1970 .

Synthesis, structure, and reactivity of a bridging difluorocarbene complex, [CpFeIr(Cl)(CO)2(PMe2Ph)2(.mu.-CO)(.mu.-CF2)][BF4].CH2Cl2

D. Shriver, M. Sabat, A. Crespi, 1988 .

Halide Ligands: Anchors for Metal Clusters on Gold Surfaces

D. Shriver, N. Prokopuk, 1998 .

Facile electrophilic halogen exchange between boron trihalides and transition-metal perfluoroalkyl complexes. A novel method for the synthesis of reactive transition-metal haloalkyl complexes

D. Shriver, T. G. Richmond, 1983 .

Substitution and Redox Chemistry of [Bu(4)N](2)[Ta(6)Cl(12)(OSO(2)CF(3))(6)].

C. Stern, D. Shriver, V. Kennedy, 1998, Inorganic chemistry.

Synthesis, Structure, and Reactivity of the Substitution-Labile Metal Cluster [Bu4N]2[Ta6Cli12(OSO2CF3)a6]

C. Stern, D. Shriver, V. Kennedy, 1994 .

Clusters on Surfaces: Adsorption of {M6Cl12}n+ (M = Nb, Ta) to Gold and Silver Surfaces via Thiocyanate Bridges

D. Shriver, Nicholas Prokopuk and, 1999 .

Metal complexes as probes of donor-acceptor interaction. Vibrational spectra of (.pi.-C5H5)Fe(CO)2(CNMX3) (M = Boron, X = Hydrogen, fluorine, chlorine, bromine, or methyl; M = aluminum or gallium, X = chlorine or methyl)

J. Kristoff, D. Shriver, 1973 .

Electrochemistry and spectroscopy of dicyanobis(phenanthroline)iron, tetracarbonyltetrakis(cyclopentadienyl)tetrairon and dicarbonylcyano(cyclopentadienyl)iron in an acidic molten salt

D. Shriver, C. Woodcock, 1986 .

Syntheses of the seven-metal carbide cluster [PPN][sub 2][Os[sub 3]Ni[sub 4]C(CO)[sub 15]] and of [PPN][sub 2][Os[sub 3]Ni[sub 3]C(CO)[sub 13]]

C. Stern, D. Shriver, G. Karet, 1992 .

Metal isotope and temperature effects on the raman spectra of diironenneacarbonyl, Fe2(CO)9, and triirondodecacarbonyl, Fe3(CO)12. Identification of Fe-Fe stretching frequencies

R. Hance, D. Shriver, S. Onaka, 1977 .

Application of Raman Spectroscopy to Bridged-Nonbridged Equilibria for Polynuclear Metal Carbonyl Derivatives. Metal-Metal Stretching Frequencies of Co2(CO)8, Fe2(CO)82-, Co4(CO)12and [(Eta;5-C5H5)Ru(CO)2)2.

D. Shriver, S. Onaka, 1976 .

Bridge Adducts-the Interaction of BF3 with Transition Metal Cyanide Complexes

D. Shriver, 1962 .

Shift of ligand stretching frequencies upon coordination with special reference to stannic chloride complexes

D. Shriver, M. Johnson, Malcolm Pratt Johnson, 1967 .

Carbon- and oxygen-coordinated carbon monoxide. Fe2(.pi.-C5H5)2(CO)2(COAl(C2H5)3)2 and Fe4(.pi.-C5H5)4(COAl(C2H5)3)4

D. Shriver, N. Nelson, N. E. Kime, 1969 .

Cluster-bound ylides derived from ketenylidene (CCO). Conversion of [Fe2Co(CO)9(CCO)]- to [Fe2Co(CO)9(CPR3)]-

D. Shriver, M. Sabat, S. Ching, 1989 .

Some Observations Relative to Digallane

N. N. Greenwood, D. Shriver, D. F. Shriver, 1963 .

Chemistry of the interaction of some metal carbonyl clusters with metal oxide surfaces. [CpFe(CO)]4, Cp3Ni3(CO)2, and [CpNi(CO)]2 on alumina

D. Shriver, D. Pioch, R. Burwell, 1983 .

Solution infrared study of carbon- and oxygen-bonded carbon monoxide. Interaction of bridging carbonyl ligands with aluminum alkyls

D. Shriver, A. Alich, N. Nelson, 1972 .

Infrared and Raman Spectra of Solid Beryllium Borohydride, BeB2H8

D. Shriver, J. Nibler, T. H. Cook, 1971 .

Monte Carlo investigations of Coulombic correlations in lattice gas models

J. Perram, M. Ratner, M. Lonergan, 1993 .

Trends in heavy-metal solid state ionic conductors: A comparison of Cu+, Ag+, In+, and Tl+ transport

D. Whitmore, J. Ibers, D. Shriver, 1979 .

Conductivity and dielectric constant of the polymeric solid electrolyte, (PEO)8NH4SO3CF3, in the 100 Hz to 1010 Hz range

M. Ratner, M. Brodwin, D. Shriver, 1985 .

THE MICROWAVE SYNTHESIS OF DIGERMANIUM HEXACHLORIDE

D. Shriver, W. L. Jolly, 1958 .

Dinitrogen Complexes of Iron(II) with (1,2-Ethanediyldinitrilo)Tetraacetate and Trans-(1,2-Cyclohexanediyldinitrilo)Tetraacetate

D. Shriver, M. G. Basallote, C. Woodcock, 2007 .

The effects of thermal activation on the complex conductivity of Ag2HgI4 in the microwave region

M. Brodwin, D. Shriver, T. Wong, 1980 .

Temperature dependent Raman spectra of the ordered and disordered phases of Ag2HgI4 and Cu2HgI4

D. Shriver, D. Greig, G. Joy, 1977 .

The Crystal Structure of Trimethylamine Gallane, (CH3)3NGaH3

D. Shriver, C. Nordman, 1963 .

Influence of Ion Pairing on Cation Transport in the Polymer Electrolytes Formed by Poly(ethylene oxide) with Sodium TetraFiuoroborate and Sodium Tetrahydroborate

M. Ratner, D. Shriver, R. Dupon, 1982 .

Nature of soluble copper(I) hydride

D. Shriver, J. A. Dilts, 1968 .

Aluminosilicate/poly(ethylene glycol) copolymers: A new class of polyelectrolytes

T. Fujinami, D. Shriver, Glenn C. Rawsky, 1994 .

Synthesis, characterization, and electrical response of phosphazene polyelectrolytes

D. Shriver, Kaimin Chen, S. Ganapathiappan, 1989 .

Enhanced Ion mobility in Aluminosilicate/Polysiloxane Network Polyelectrolytes

D. P. Siska, D. Shriver, 1999 .

Computational studies of lithium affinities for zeolitic fragments

L. Curtiss, M. Ratner, D. Shriver, 2000 .

Nucleophilic, electrophilic and homolytic reaction chemistry of transition-metal carbonyl trihalomethyl complexes

D. Shriver, T. G. Richmond, A. Crespi, 1984 .

Raman spectroscopic detection and examination of the interaction of amino acids, polypeptides and proteins with the phophatidylcholine lamellar structure.

L. J. Lis, D. Shriver, J. Kauffman, 1976, Biochimica et biophysica acta.

Molecular orbital studies of the dipole moments of methyl substituted amines, phosphines, and their borane adducts

D. Shriver, R. Bruns, P. Kuznesof, 1975 .

Polymer Electrolytes: Ionic Transport Mechanisms and Relaxation Coupling

M. Ratner, P. Johansson, D. Shriver, 2000 .

Highly conductive polymer electrolytes containing rigid polymers

D. Shriver, Xiangyu Wei, 1998 .

Molecular dynamics simulations of ion clustering and conductivity in NaI/ether solutions. II. Effect of ion concentration

M. Ratner, S. W. Leeuw, M. Forsyth, 1995 .

Highly concentrated salt solutions: Molecular dynamics simulations of structure and transport

Mark A. Ratner, Maria Forsyth, Duward F. Shriver, 1994 .

MD studies of transport in polymer-salt complexes : a progress report

M. Ratner, S. W. Leeuw, M. Forsyth, 1990 .

Ionic conductivity in poly(diethylene glycol-carbonate)/sodium triflate complexes

M. Ratner, D. Macfarlane, M. Forsyth, 1997 .

Molecular dynamics simulations of ion clustering and conductivity in NaI/ether solutions. I. Effect of ion charge

M. Ratner, S. W. Leeuw, M. Forsyth, 1995 .

Ion clustering in molecular dynamics simulations of sodium iodide solutions

M. Ratner, S. W. Leeuw, M. Forsyth, 1995 .

Ion-pairing in polyether solid electrolytes and its influence on ion transport

M. Ratner, D. Shriver, R. Dupon, 1981 .

Conductivity and Dielectric Constant of PPO and PPO-Based Solid Electrolytes from Dc to 6 GHz

M. Ratner, Keli Han, M. Lonergan, 1994 .

Solid state electrochemistry: Polymer electrolytes I: General principles

D. Shriver, D. F. Shriver, 1994 .

Resonance raman spectra of manganese (III) tetraphenylporphin halides.

D. Shriver, L. Boucher, R. Gaughan, 1975, Proceedings of the National Academy of Sciences of the United States of America.

Diamminedihydroboron(1+) Tetrahydroborate (Diammoniate of Diborane)

D. Shriver, P. Kuznesof, S. Shore, 2007 .

Mechanism of ion conduction in alkali metal-polymer complexes

Duward F. Shriver, D. Shriver, Ryan Dupon, 1983 .

Vibrational spectra of antimony pentafluoride-sulfur dioxide (1/1)

D. Shriver, D. Byler, 1976 .

Ionic conduction and dielectric relaxation of the superionic conductor Ag2HgI4

M. Brodwin, D. Shriver, T. Wong, 1981 .

Conductivity and Raman spectroscopy of new indium(I) and thallium(I) ionic conductors. In4CdI6, In2ZnI4, and Tl2ZnI4, and the related compound Tl4CdI6

D. Whitmore, D. Shriver, M. Kamimoto, 1977 .

Physical and electrical characterization of poly[bis((methoxyethoxy)ethoxy)phosphazene]-metal polyiodide complexes

L. J. Lyons, M. Lerner, D. Shriver, 1989 .

Raman Line Broadening in the Superionic Conductors, Ag2 [ HgI4 ] , and Cu2 [ HgI4 ]

D. Shriver, D. Greig, G. Joy, 1976 .

Pressure dependent Raman spectra of the fast ion conductors Ag2HgI4 and Cu2HgI4

D. Shriver, J. Ferraro, D. Greig, 1977 .

Preparations, far-infrared spectra, and Raman spectra of pentahaloindium(III) and -thallium(III) complexes

D. Shriver, I. Wharf, 1969 .

Polymer electrolytes and polyelectrolytes: Monte Carlo simulations of thermal effects on conduction

M. Ratner, J. Snyder, D. Shriver, 2002 .

Molecular dynamics simulations of highly concentrated salt solutions: Structural and transport effects in polymer electrolytes

M. Ratner, S. W. Leeuw, M. Forsyth, 1992 .

Solid state ionics 2

R. Huggins, G. Nazri, D. Shriver, 1991 .

Preparation and characterization of polymeric solid electrolytes from poly(alkylene sulfides) and silver salts

L. A. Ochrymowycz, D. Shriver, S. Clancy, 1986 .

The cyanide stretching vibrations in 1−D tetracyanoplatinate conductors

D. Shriver, J. Ferraro, Jack M. Williams, 1978 .

The formation of C2-oxygenates from synthesis gas over oxide-supported rhodium. Reply to van der Lee and Ponec

D. Shriver, W. Sachtler, M. Ichikawa, 1986 .

Vibrational spectra of 1,2-bis(dihaloboryl)ethanes, Cl2BCH2CH2BCl2 and F2BCH2CH2BF2

D. Shriver, J. Jackovitz, M. J. Biallas, 1968 .

Solid State Voltammetry in ionically Conducting Phosphazene-LISO3CF3 Films

R. Murray, D. Shriver, R. Reed, 1989 .

Influence of cryptands and crown ethers on ion transport and vibrational spectra of polymer-salt complexes

M. Ratner, D. Shriver, B. J. Heyen, 1990 .

Lewis acid adducts of planar four-coordinated d8 complexes. Boron trifluoride-chlorocarbonylbis(triphenylphosphine) iridium and related systems

D. Shriver, L. Vaska, R. N. Scott, 1968 .

Influence of the Anion on the Formation of Amorphous Ionically Conducting Lithium Salt Complexes with 18-C-6 and 2.2.2-Cryptand Macrocycles

C. Stern, D. Shriver, R. Dillon, 2001 .

Cryoscopic study of copper(I) hydride-phosphine complexes

D. Shriver, J. A. Dilts, 1969 .

Molten salt electrolytes. I. Experimental and theoretical studies of LiI/AlCl3

L. Curtiss, M. Ratner, J. Kolafa, 2001 .

Lithium Tetrahydridogallate(1

D. Shriver, J. A. Dilts, A. E. Shirk, 2007 .

A Mössbauer Effect Study of the Electronic Structure of Several Tetranuclear Organoiron Clusters

D. Shriver, G. Long, J. Kolis, 1986 .

Mössbauer effect study of Fe3(CO)12 and the reduced carbide clusters (PPN)[Fe3(CO)10CH], (PPN)2[Fe3(CO)9CCO], and (PPN)[Fe2Co(CO)9CCO]

D. Shriver, G. Long, J. Kolis, 1985 .

O-alkylation and structural rearrangement of CO ligands in [Fe4(CO)9(µ-CO)3(µ3-CO)]2–; X-ray crystal structure of [N(PPh3)2][Fe4(CO)11(µ-CO)(µ3-COMe)]

E. M. Holt, D. Shriver, K. Whitmire, 1980 .

Molecular-beam mass-spectrometric investigation of ammonia borane and aminoborane vapors

D. Shriver, P. Kuznesof, F. E. Stafford, 1968 .

Electrophilic halogen exchange between Lewis acids and transition-metal perfluoroalkyl complexes. Synthesis and characterization of transition-metal .alpha.-haloalkyl complexes

D. Shriver, T. G. Richmond, 1984 .

Ionic conductivity in branched polyethylenimine-sodium trifluoromethanesulfonate complexes: comparisons to analogous complexes made with linear polyethylenimine

M. Ratner, D. Shriver, C. S. Harris, 1987 .

Ion transport and vibrational spectra of branched polymer and dendrimer electrolytes

D. Shriver, R. Dillon, 2001 .

Preparation and substitution chemistry of [Bu4N]2[W6Cl8(p-OSO2C6H4CH3)6]. A useful precursor for pseudohalide, acetate, and organometallic complexes containing the [W6Cl8](4+) core.

C. Stern, D. Shriver, C. S. Weinert, 2001, Inorganic chemistry.

Single-Ion Conducting Polymer Electrolytes: Synthesis and Characterization

M. Ratner, D. Shriver, Kaimin Chen, 1988 .

Bis[μ‐Nitrido‐Bis(Triphenylphosphorus) (1 +)] μ4‐Carbido‐Dodecacarbonyl‐Tetraferrate(2 ‐), [Ppn]2[Fe4C(Co)12]

D. Shriver, W. Gladfelter, J. Kolis, 2007 .

Interview of fred basolo

D. Shriver, 1990 .

Particle motion through a dynamically disordered medium: The effects of bond correlation and application to polymer solid electrolytes☆

M. Ratner, A. Nitzan, D. Shriver, 1986 .

Optimizing the Design of Polyelectrolytes Using Monte Carlo Simulations

M. Ratner, J. Snyder, D. Shriver, 2001 .

Poly(ethylene oxide)-sodium polyiodide conductors: characterization, electrical conductivity, and photoresponse

D. Shriver, L. C. Hardy, 1986 .

Vibrational Frequencies of Trimethylamine Gallane and Trimethylamine Gallane-d31

D. Shriver, R. Amster, R. C. Taylor, 1962 .

Transference Number Measurements for the Polymer Electrolyte Poly(ethylene oxide) NaSCN

D. Whitmore, D. Shriver, R. Dupon, 1981 .

Dielectric and conductivity spectra of polyethylene oxide complexes of sodium salt

M. Brodwin, D. Shriver, B. Papke, 1981 .

Simulations of structure and transport in polymer electrolytes

J. Perram, M. Ratner, S. W. Leeuw, 1995 .

Raman and infrared spectra of tetrahydroaluminate, AlH4-, and tetrahydrogallate, GaH4-, salts

D. Shriver, A. E. Shirk, 1973 .

Lewis acid enhancement of the ionic conductivity of simple salts

D. Shriver, Xiangyu Wei, 2000 .

Single crystal polarized Raman spectra of the solid electrolyte Cu2HgI4; attempt frequencies for ion motion in Ag2HgI4

M. Ratner, D. Shriver, J. I. McOmber, 1982 .

Ab-initio electronic structure studies of mobility paths in fast-ion conductors—I Results for MI4-3 clusters

M. Ratner, J. W. Moskowitz, D. Shriver, 1980 .

Activation of Carbon Monoxide by Carbon and Oxygen Coordination: Lewis Acid and Proton Induced Reduction of Carbon Monoxide

D. Shriver, 1981 .

The reaction of trichlorostannate(II) and trichlorogermanate(II) with boron trifluoride

D. Shriver, I. Wharf, 1970 .

Resonance Raman studies of the electronic state of oxygen in hemerythrin.

D. Shriver, I. M. Klotz, J. Dunn, 1973, Proceedings of the National Academy of Sciences of the United States of America.

Synthesis and Electrical Response of Single-Ion Conducting Network Polymers Based on Sodium Poly(tetraalkoxyaluminates)

M. Ratner, D. Shriver, Kate E. Doan, 1991 .

INFLUENCE OF ION PAIRING ON CATION TRANSPORT IN THE POLYMER ELECTROLYTES FORMED BY POLY(ETHYLENE OXIDE) WITH SODIUM TETRAFLUOROBORATE AND SODIUM TETRAHYDROBORATE

M. Ratner, D. Whitmore, D. Shriver, 1983 .

Characterization and Conductivities of Polyphosphazene-Iodine Complexes

H. Allcock, M. Lerner, D. Shriver, 1991 .

Sodium Trihydridodimethyldizincate(1‐) and Sodium Trihydridozincate(1‐)

D. Shriver, G. Kubas, J. A. Dilts, 2007 .