L. F. Dahl

发表

Ligand‐Stabilized Metal Clusters: Structure, Bonding, Fluxionality, and the Metallic State

K. Kharas, L. F. Dahl, 2007 .

X-Ray Diffraction

B. Warren, L. F. Dahl, Lawrence F. Dahl, 2014 .

Dodecacarbonyltriiron: analysis of its stereochemistry

L. F. Dahl, C. Wei, 1969 .

The crystal structure of a-niobium tetraiodide

L. F. Dahl, D. L. Wampler, 1962 .

Structural Studies of Zirconium Trihalides and Hafnium Triiodide

L. F. Dahl, Tao-I Chiang, P. Seabaugh, 1964 .

Synthesis, structure, and stereochemical implication of the [Pt19(CO)12(.mu.2-CO)10]4- tetraanion: a bicapped triple-decker all-metal sandwich of idealized fivefold (D5h) geometry

M. Manassero, G. Longoni, E. Wucherer, 1979 .

First-Known High-Nuclearity Copper–Nickel Carbonyl Cluster: [CuxNi35−x(CO)40]5− (with x=3 or 5) Containing an Unprecedented 35-Atom Three-Layer hcp Triangular Stacking Metal-Core Geometry

M. Kawano, L. F. Dahl, M. Kozee, 2001 .

Generation of AuPd22/Au2Pd21 analogues of the high-nuclearity Pd23(CO)20(PEt3)10 cluster containing 19-atom centered hexacapped-cuboctahedral (nu 2-octahedral) metal fragment: structural-to-synthesis approach concerning formation of Au2Pd21(CO)20(PEt3)10.

D. Powell, L. F. Dahl, N. T. Tran, 2004, Dalton transactions.

Reversible ischemic myelopathy during scoliosis surgery: a possible role for intravenous lidocaine.

D. Polly, W. Klemme, L. F. Dahl, 1999, Journal of pediatric orthopedics.

Cyclo-[Ni(μ2-SPh)2]9 and cyclo-[Ni(μ2-SPh)2]11: new oligomeric types of toroidal nickel(II) thiolates containing geometrically unprecedented 9- and 11-membered ring systems

S. Ivanov, L. F. Dahl, S. Agarwal, 2002 .

Structure of and bonding in I,5-cyclooctadiene-duroquinone nickel

L. F. Dahl, M. D. Glick, 1965 .

First high-nuclearity thallium–palladium carbonyl phosphine cluster, [Tl2Pd12(CO)9(PEt3)9]2+, and its initial mistaken identity as the unknown Au2Pd12 analogue: structure-to-synthesis approach concerning its formation

S. Ivanov, L. F. Dahl, R. Nichiporuk, 2002 .

Synthesis, structure, and bonding of the [Fe4(NO)4(.mu.3-S)2(.mu.3-NCMe3)2]n series (n = 0,-1) containing a cubane-like Fe4S2N2 core: stereochemical influence due to one-electron reduction of a completely bonding tetrahedral metal system

C. Chu, L. F. Dahl, R. Gall, 1982 .

Ion exchange of protons by coinage metals to give gold and silver encapsulation within a pseudo-D2d distorted face-capped Pd14 cubic kernel: [(μ14-M)Pd22(CO)20(PEt3)8]+ (M = Au, Ag).

L. F. Dahl, E. G. Mednikov, 2013, Angewandte Chemie.

CO-induced formation of an interpenetrating bicuboctahedral Au2Pd18 kernel in nanosized Au2Pd28(CO)26(PEt3)10: formal replacement of an interior (μ12-Pd)2 fragment in the corresponding known isostructural homopalladium Pd30(CO)26(PEt3)10 with nonisovalent (μ12-Au)2 and resulting experimental/theoret

S. Ivanov, L. F. Dahl, E. G. Mednikov, 2011, Inorganic chemistry.

Synthesis and stereochemical analysis of the cubane-like Fe4(CO)12(μ3-S)4 and Fe4(CO)12(μ3-Se)4 tetramers: conversion of the tetrametal-bonding Fe4X4 cores in Fe4(NO)4(μ3-X)4 (where X - S, Se) into tetrametal-nonbonding cores by substitution of carbonyl for nitrosyl ligands

L. F. Dahl, A. Rae, Lawrence L. Nelson, 1982 .

Organometallic chalcogen complexes. XXVI. Synthesis, structure, and bonding of cubane-like tetra-.mu.3-sulfido-tetra-.pi.-pentahaptocyclopentadienyl tetracobalt(III) [Co4(h5-C5H5)4S4] tetramers (n = 0, +1). Stereochemical influence due to oxidation of completely nonbonding tetrahedral metal system

G. Simon, L. F. Dahl, 1973 .

Solid-state conformations of vitamin D3.

H. DeLuca, L. F. Dahl, T. Toan, 1976, The Journal of organic chemistry.

Crystal structure of 25-hydroxy-vitamin D3 monohydrate: a stereochemical analysis of vitamin D molecules

H. DeLuca, G. Simon, L. F. Dahl, 1977 .

Structural characterization of [AsPh4]+[Fe4(NO)7(.mu.3-S)3]-. Stereochemical and bonding relationship of the Roussin black monoanion with the red ethyl ester, Fe2(NO)4(.mu.2-SC2H5)2, and Fe4(NO)4(.mu.3-S)4

C. Chu, L. F. Dahl, 1977 .

Nanosized [Pd52(CO)36(PEt3)14] and [Pd66(CO)45(PEt3)16] clusters based on a hypothetical Pd38 vertex-truncated nu3 octahedron.

S. Ivanov, L. F. Dahl, E. G. Mednikov, 2005, Angewandte Chemie.

Synthesis and Stereochemical/Electrochemical Analyses of Cuboctahedral-Based Pd23(CO)x(PR3)10 Clusters (x=20 with R3=Bun3, Me2Ph; x=20, 21, 22 with R3=Et3): Geometrically Analogous Pd23(PEt3)10 Fragments with Variable Carbonyl Ligations and Resulting Implications

J. Wittayakun, L. F. Dahl, E. G. Mednikov, 2005 .

Synthesis and structural characterization of platinum carbonyl cluster dianions bis,tris,tetrakis, or pentakis(tri-.mu.2-carbonyl-tricarbonyltriplatinum)(2-). New series of inorganic oligomers

G. Longoni, L. F. Dahl, P. Chini, 1974 .

Nanosized (μ12-Pt)Pd164-xPtx(CO)72(PPh3)20 (x ≈ 7) Containing Pt-Centered Four-Shell 165-Atom Pd−Pt Core with Unprecedented Intershell Bridging Carbonyl Ligands: Comparative Analysis of Icosahedral Shell-Growth Patterns with Geometrically Related Pd145(CO)x(PEt3)30 (x ≈ 60) Containing Capped Three-S

L. F. Dahl, M. Jewell, E. G. Mednikov, 2007 .

The Preparation, Properties and Structure of the Iron Carbonyl Carbide Fe5(CO)15C

L. F. Dahl, D. L. Wampler, W. Hübel, 1962 .

High-nuclearity [Pd13Ni13(CO)34]4− containing a 26-atom Pd13Ni13 core with an unprecedented five-layer close-packed triangular stacking geometry: possible substitutional Pd/Ni crystal disorder at specific intralayer nickel sites

D. Powell, M. Kawano, L. F. Dahl, 2000 .

Synthesis and stereochemical analysis of the [Fe4(NO)4(.mu.3-S)4]n series (n = 0, -1) which possesses a cubanelike Fe4S4 core: direct evidence for the antibonding tetrametal character of the unpaired electron upon a one-electron reduction of a completely bonding tetrahedral metal cluster

C. Chu, L. F. Dahl, F. Lo, 1982 .

An Unprecedented High-Nuclearity Closest-Packed Bimetallic Palladium Carbonyl Cluster: [Pd33Ni9(CO)41(PPh3)6]4- Containing a Pseudo-D3h hcp Pd33Ni9 Core

M. Kawano, L. F. Dahl, C. Campana, 1996 .

High-Yield Synthesis of PPh3-Ligated Decanuclear Tl–Pd Cluster, Pd9[Tl(acac)](CO)9(PPh3)6: Comparative Analysis of Tl(I)–Pd(0) Bonding Connectivities with Known Tl–Pd Clusters and Resulting Insight Concerning Their Dissimilar Dynamic Solution Behavior

C. G. Fry, L. F. Dahl, E. G. Mednikov, 2012 .

Structural characterization of the (methylcyclopentadienyl)- and cyclopentadienylnickel carbonyl dimers, [Ni(.eta.5-C5H4R)(.mu.-CO)]2 (R =methyl, hydrogen): stereochemical analysis of planar and nonplanar Ni2(CO)2 cores containing metal-metal single bonds

L. F. Dahl, L. R. Byers, 1980 .

Polynuclear Metal Carbonyls. I. Structures of Mn2(CO)10 and Re2(CO)10

R. E. Rundle, L. F. Dahl, Etsuro Ishishi, 1957 .

A novel adenosine and ara‐a deaminase inhibitor, (R)‐3‐(2‐deoxy‐β‐D‐erythro‐pentofuranosyl)‐3,6,7,8‐tetrahydroimidazo[4,5 ‐d] [1,3]diazepin‐8‐ol

P. W. Woo, L. F. Dahl, L. Durham, 1974 .

The molecular and crystal structure of thallium (I) methoxide

R. West, L. F. Dahl, D. L. Wampler, 1962 .

Octahedral Hexapalladium Pseudo-Td Pd6(μ3-CO)4(PEt3)6 with 80 Electron-Deficient Cluster Valence Electrons (CVEs) and a Comparison with Octahedral Hexapalladium Pseudo-C2v Pd6(μ3-CO)4(PMe3)7 with 82 CVEs: Computational Analysis and Resulting Implications.

S. Ivanov, L. F. Dahl, E. G. Mednikov, 2022, Inorganic chemistry.

Exploration of the Ionizable Metal Cluster-Electrode Surface Analogy: Infrared Spectroelectrochemistry of (Pt24(CO)30)n, (Pt26(CO)32)n, and (Pt38(CO) 44)n (n=0 to -10), and Comparisons with Potential-Dependent Spectra of CO adlayers on Platinum Surfaces

Gregory J. Lewis, Xudong Jiang, L. F. Dahl, 1992 .

Molecular structure of the MoMo triple-bonded pentamethylcyclopentadienylmolybdenum dimer, Mo2(η5-C5Me5)2(CO)4, and its geometrical relationship with the nonmethylated cyclopentadienyl analogue (MoMo) and corresponding chromium dimers (CrCr)

L. F. Dahl, Jin-Shun Huang, 1983 .

Titanium-activated carbon-carbon bond formation by reductive head-to-head coupling of carbon disulfide: synthesis of [(.eta.5-C5H5)2Ti]2(C2S4) and comparative analysis of this electron-delocalized tetrathiolene-bridged dititanium complex with the electronically equivalent, electron-localized oxalate

L. F. Dahl, A. Rae, H. Harris, 1987 .

Synthesis, structure and bonding of a sulphur-bridged alkyl imido dimerlc complex of molybdenum(V)☆

L. F. Dahl, P. Frisch, Gary R. Gust, 1974 .

Synthesis, structure, and bonding of a cubane-like cobalt-nitrosyl complex, tetrakis-.mu.3-tert-butylimido-tetranitrosyltetracobalt. Stereochemical nonconformity of the metal cluster geometry to that predicted by a first-order Jahn-Teller effect

L. F. Dahl, N. Connelly, R. Gall, 1974 .

Structure of Manganese(II) Croconate, C5O5Mn(H2O)3, a One-Dimensional Coordination Polymer

L. F. Dahl, M. D. Glick, 1966 .

Nonparameterized molecular orbital calculations and photoelectron spectroscopy of open- and closed-shell M(IV) M(.eta.5-C5H5)2L2 complexes

D. Lichtenberger, L. F. Dahl, J. L. Petersen, 1975 .

Synthesis and reactions of a nucleophilic bis(μ-dimethylphosphido)dicobalt complex. The crystal and molecular structure of [C5H5Co(μ-PMe2)]2 and [(C5H5Co)2(μ-H)(μ-PMe2)2]BPh4

H. Werner, L. F. Dahl, J. Kocal, 1985 .

Neutron diffraction study of (Et/sub 4/N)/sup +/(Cr/sub 2/(CO)/sub 10/(. mu. /sub 2/-H))/sup -/: a (M/sub 2/(CO)/sub 10/(. mu. /sub 2/-H))/sup -/ monoanion with a pseudo D/sub 4h/ nonhydrogen geometry together with a disordered, bent symmetric metal--hydrogen--metal bond

J. Roziere, L. F. Dahl, Jack M. Williams, 1977 .

Structural characterization of {[(C6H5)3P]2N} [Cr2(CO)10I]. Stereochemistry and bonding of the bis(triphenylphosphine) iminium cation and of a monohalogen-bridged dinuclear metal carbonyl anion

L. F. Dahl, J. K. Ruff, L. B. Handy, 1970 .

Structural characterization of the dinuclear metal carbonyl anions [M2(CO)10]2- (M = chromium, molybdenum) and [Cr2(CO)10H]-. Marked stereochemical effect of a linearly protonated metal-metal bond

L. F. Dahl, J. K. Ruff, L. B. Handy, 1970 .

Organometallic sulfur complexes. VIII. The molecular structure of a doubly sulfur-bridged dimeric complex of molybdenum(V), [C5H5MoO]2S2, containing a molybdenum-molybdenum interaction

L. F. Dahl, D. L. Stevenson, 1967 .

Organometallic chalcogen complexes. XXIV. Synthesis, structure, and bonding of [Mo3(h5-C5H5)3S4]+[Sn(CH3)3Cl2]- containing a triangular molybdenum (IV) cluster cation with doubly and triply bridging sulfur atoms

L. F. Dahl, H. Vahrenkamp, P. Vergamini, 1971 .

Organometallic chalcogen complexes. XIX. Stereochemical analyses of tetramercapto-bridged molybdenum(III) dimer, [Mo(h5-C5H5)(SCH3)2]2, containing a strong molybdenum-molybdenum interaction, and of its corresponding paramagnetic cation

L. F. Dahl, N. Connelly, 1970 .

Solid-state structures of dinitrosyliron iodide and dinitrosylcobalt iodide: stereochemical consequences of strong metal-metal interactions in ligand-bridged complexes

L. F. Dahl, R. Feltham, E. Gil, 1969 .

Preparation of V(h5−C5H5)2(SC6H5)2 and stereochemical characterization of M(h5−C5H5)2(SC6H2)2 (M = Ti, V): the geometrical effect of an unpaired electron on a M(h5−C5H5)2L2 complex

L. F. Dahl, S. Watkins, E. Muller, 1976 .

Structural characterization of the di-.mu.-azido-bis(diazidopalladate(II)) anion, [Pd2(N3)6]2-. Stereochemical similarity between stable bridging azide ligands of the N-diazonium type and terminal azide ligands

L. F. Dahl, W. P. Fehlhammer, 1972 .

Molecular architecture of the cephalosporins. Insights into biological activity based on structural investigations.

R M Sweet, R. Sweet, L. F. Dahl, 1970, Journal of the American Chemical Society.

Organometallic chalcogen complexes. XXII. Syntheses and structural analyses by x-ray diffraction and electron spin resonance single-crystal methods of Co3(CO)9Se, FeCo2(CO)9Se, and FeCo2(CO)9Te. Antibonding metallic nature of an unpaired electron in an organometallic cluster system

L. F. Dahl, C. Strouse, 1971 .

Crystal Structure of a 1:1 Mixture of Two Iron Carbonyl Sulfur Complexes, S2Fe3(CO)9 and S2Fe2(CO)6

L. F. Dahl, C. Wei, 1965 .

Structure of Se2Fe3(CO)9 and Evidence for a New Type of Seven-Coordinated Metal

L. F. Dahl, P. Sutton, 1963 .

Crystal structure of [BrMn(CO)4]2

L. F. Dahl, Chai Wei, 1963 .

Structure and Nature of Bonding of [C2H5SFe(CO)3]2

L. F. Dahl, C. Wei, 1963 .

SYNTHESIS, STRUCTURE, AND BONDING OF A CUBANE-LIKE COBALT-NITROSYL COMPLEX, CO4(NO)4(MU(3)-NC(CH3)3)4, STEREOCHEMICAL NONCONFORMITY OF THE METAL CLUSTER GEOMETRY TO THAT PREDICTED BY A FIRST-ORDER JAHN-TELLER EFFECT

L. F. Dahl, N. Connelly, R. Gall, 1974 .

Structural characterization of the [Fe4(S2C2(CF3)2)4(.mu.3-S)4]2- dianion. Stereochemical relationship between the cubanelike Fe4S4 cores of this Balch dithiolene dianion and the [Fe4(.eta.5-C5H5)4(.mu.3-S)4]2+ dication and resulting electronic implications

L. F. Dahl, J. Kocal, F. Lo, 1981 .

Synthesis, structure, and bonding of the tetrameric cyclopentadienyliron sulfide monocation, [Fe4(.eta.5-C5H5)4(.mu.3-S)4]+: stereochemical consequences due to oxidation of a cubane-like iron sulfide (Fe4S4) core

L. F. Dahl, W. P. Fehlhammer, T. Toan, 1977 .

Electrochemical synthesis and structure of the tetrameric cyclopentadienyliron sulfide dication, [Fe4(.eta.5-C5H5)4(.mu.3-S)4]2+: a metal cluster bonding description of the electrochemically reversible [Fe4(.eta.5-C5H5)4(.mu.3-S)4]n system (n = -1 to +3)

T. Meyer, L. F. Dahl, B. Teo, 1977 .

Preparation, structure, and bonding of two cubane-like iron-nitrosyl complexes, Fe4(NO)4(.mu.3-S)4 and Fe4(NO)4(.mu.3-S2)(.mu.3-NC(CH3)3)2. Stereochemical consequences of bridging ligand substitution on a completely bonding tetrametal cluster unit and of different terminal ligands on cubane-like FeS

C. Chu, L. F. Dahl, R. Gall, 1974 .

Organometallic chalcogen complexes. XXV. Structural and magnetic studies of Co3(h5-C5H5)3(CO)(S), Co3(h5-C5H5)3S2, and the oxidized monocation, [Co3(h5-C5H5)3S2]+. Sensitivity of the geometry of a triangular metal cluster system to antibonding electrons

L. F. Dahl, P. Frisch, 1972 .

Organometallic chalcogen complexes. XXI. Stereochemical analysis of the mixed-metal FeCO2(CO)9S cluster system and resulting bond-length evidence for antibonding trimetal character of the unpaired electron in the isostructural Co3(CO)9S cluster system

L. F. Dahl, C. Wei, D. L. Stevenson, 1971 .

Organometallic sulfur complexes. XIII. Synthesis, structure, and bonding of a new metal-sulfur cluster system, tris(cyclopentadienylnickel) disulfide. The influence of valence electrons on molecular geometry

L. F. Dahl, H. Vahrenkamp, V. A. Uchtman, 1968 .

Organometallic sulfur complexes. IX. Structure of a hexanuclear cobalt carbonyl sulfur complex, [SCo3(CO)7]2S2, containing a tetrametal-coordinated bridging disulfide group

V. R. Magnuson, L. F. Dahl, D. L. Stevenson, 1967 .

Organometallic sulfur complexes. VI. Molecular structure of a tricyclic complex, tricobalt enneacarbonyl sulfide

L. F. Dahl, C. Wei, 1967 .

Preparation and Structure of a Tetrameric Cyclopentadienyliron Sulfide, (C5H5FeS)4

L. F. Dahl, C. Wei, P. Treichel, 1966 .

Rh6(CO)16 and Its Identity with Previously Reported Rh4(CO)11

L. F. Dahl, W. Beck, E. R. Corey, 1963 .

Synthesis and characterization of Di-π-cyclopentadienyl- metal pentasulfides of titanium(IV) and vanadium (IV):an operational test of the influence of an unpaired electron on the molecular geometry

L. F. Dahl, J. L. Petersen, E. Muller, 1976 .

Organometallic chalcogen complexes. XVI. Preparation and structural characterization of Co4(.pi.-C5H5)4S6. A new mode of transition metal bonding for a disulfide group

L. F. Dahl, V. A. Uchtman, 1969 .

The structure of a trigonal-bipyramidal nickel(II) cyanide complex containing the tetradentate ligand tris(3-dimethylarsinopropyl)phosphine

L. F. Dahl, D. L. Stevenson, 1967 .

A New Type of Cyclic Transition Metal Complex, [Ni(SC2H5)2]6

L. F. Dahl, P. Woodward, E. Abel, 1965 .

Neutron diffraction studies of the metal-hydrogen-metal bond. I. Symmetric, bent, three-center, two-electron molybdenum-hydrogen-molybdenum bond in .mu.-hydrido-.mu.-dimethylphosphido-bis(.eta.5-cyclopentadienyldicarbonylmolybdenum)

L. F. Dahl, Jack M. Williams, J. L. Petersen, 1974 .

Synthesis and structural characterization by x-ray diffraction and EPR single-crystal techniques of (dichloro)bis(.eta.5-methylcyclopentadienyl)vanadium and (dichloro)bis(.eta.5-methylcyclopentadienyl)titanium. Spatial distribution of the unpaired electron in a V(.eta.5-C5H5)2L2-type complex

L. F. Dahl, J. L. Petersen, 1975 .

Structure of and Bonding in Copper Croconate and Zinc Croconate, C5O5Cu(H2O)3 and C5O5Zn(H2O)3

L. F. Dahl, M. D. Glick, G. L. Downs, 1964 .

Formation of thallium(I) sandwich M3TlM3 clusters, [(μ6-Tl)M6(μ2-CO)6(PEt3)6]+(M = Pt, Pd), with two unconnected triangular M3(μ2-CO)3(PEt3)3 units: implications of comparative analysis of isostructural 5d106s2 Tl(I)–(M3)2 sandwiches (M = Pt, Pd) with known 5d10 Au(I)–(Pt3)2 sandwich

L. F. Dahl, E. G. Mednikov, 2003 .

Structures of Two Metal-Cyclobutenyl Isomers of [(C6H5)4C4OC2H5]2Pd2Cl2

L. F. Dahl, W. Oberhansli, 1965 .

STRUCTURE OF AND METAL-METAL BONDING IN Rh(CO)2Cl

L. F. Dahl, D. L. Wampler, C. Martell, 1961 .

First-known high-nuclearity silver–nickel carbonyl cluster: nanosized [Ag16Ni24(CO)40]4− possessing a new 40-atom cubic Td closed-packed metal-core geometry

L. F. Dahl, Jianming Zhang, 2002 .

Preparation and structure of [CH3SFe2(CO)6]2S: in organometallic complex containing a tetrahedral-like sulfur atom coordinated to four metal atoms

L. F. Dahl, A. Wojcicki, J. M. Coleman, 1967 .

Three-Dimensional Crystal Structure of Benzenechromium Tricarbonyl with Further Comments on the Dibenzenechromium Structure

L. F. Dahl, M. Bailey, 1965 .

Organometallic sulfur complexes. XI. Preparation and structure of a pentameric mercaptocobalt carbonyl complex, Co5(CO)10(SC2H5)5

L. F. Dahl, C. Wei, 1968 .

Organometallic sulfur complexes. XII. Structure of a hexameric mercaptocobalt carbonyl sulfide complex, SCo6(CO)11(SC2H5)4

L. F. Dahl, C. Wei, 1968 .

Crystal structure of twinned tetrarhodium dodecacarbonyl

L. F. Dahl, C. Wei, G. R. Wilkes, 1967 .

The crystal and molecular structure of (BrHg)2Fe(CO)4

L. F. Dahl, H. Baird, 1967 .

Molecular Structures of [(C6H5)2PCoC5H5]2 and [C6H5)2PNiC5H5]2. An Assessment of the Influence of a Metal-Metal Bond on the Molecular Geometry of an Organometallic Ligand-Bridged Complex

L. F. Dahl, J. M. Coleman, 1967 .

The Molecular Structure of Co3(CO)9CCH3. A Tricyclic Organocobalt Complex Containing a Metal-Coordinated Triply Bridging Aliphatic Carbon Atom

L. F. Dahl, P. Sutton, 1967 .

Structure of the Hexapyridineiron (II) Salt of the Tetranuclear Iron Carbonyl Anion, [Fe4(CO)13]-2, with Comments Concerning the Nonisolation of the Corresponding Neutral Tetranuclear Iron Carbonyl, Fe4(CO)14

L. F. Dahl, R. Doedens, Robert J. Doedens, 1966 .

Structure of and Bonding in an Alkyne-Nonacarbonyltriiron Complex. A New Type of Iron-Acetylene Interaction

J. Blount, L. F. Dahl, W. Hübel, 1966 .

Structure of and Bonding in HCr2(CO)10-. The First Known Linear Electron-Deficient X-H-X Molecular System Stabilized by a Three-Center, One-Electron-Pair Bond1

L. F. Dahl, P. Treichel, R. Hayter, 1966 .

The Probable Structure of Fe3(CO)12 as Obtained from the Structure of HFe3(CO)11

J. Blount, L. F. Dahl, 1965 .

A New Type of Electron-Deficient Compound. A Polyborane Hydridomanganese Carbonyl, HMn3(CO)10(BH3)21

H. Kaesz, L. F. Dahl, G. R. Wilkes, 1965 .

Structure of and Bonding in [(C5H5)2Mo2H{P(CH3)2}(CO)4]. Evidence for a Symmetrical, Bent, Three-Center Metal-Hydrogen-Metal Bond1

L. F. Dahl, R. Doedens, 1965 .

The Molecular Structure of a Tricyclic Complex, [SFe(CO)3]2

L. F. Dahl, C. Wei, 1965 .

The crystal structure of dimanganese decacarbonyl Mn2(CO)10

R. E. Rundle, L. F. Dahl, 1963 .

The Molecular and Crystal Structure of Os3(CO)12

L. F. Dahl, E. R. Corey, 1962 .

The Molecular Structure of Co4(CO)10(C2H5C2C2H5)

L. F. Dahl, Douglas L. Smith, 1962 .

The Structure of Hexamethylbenzenechromium Tricarbonyl with Comments on the Dibenzenechromium Structure

L. F. Dahl, M. Bailey, 1965 .

Structure of Thiophenechromium Tricarbonyl, C4H4SCr(CO)3

L. F. Dahl, M. Bailey, 1965 .

THE CRYSTAL STRUCTURE OF DITECHNETIUM DECACARBONYL

L. F. Dahl, M. Bailey, 1965 .

The Structure of a Metal-Cyclobutenyl Complex,[(CH3)4C4C5H5]NiC5H5

L. F. Dahl, W. Oberhansli, 1965 .

Structure of and bonding in [(C3H5)PdCl]2

L. F. Dahl, W. Oberhansli, 1965 .

Structure and Nature of Bonding of C5H5NiC5H5C2(CO2CH3)2

L. F. Dahl, C. Wei, 1963 .

The Molecular Configuration of 2,4,6-Triphenyltropone-Iron Tricarbonyl

L. F. Dahl, Douglas L. Smith, 1962 .

STRUCTURE AND NATURE OF BONDING OF C5H5CO(CH3C2CH3)2CO1

L. F. Dahl, Douglas L. Smith, 1961 .

Polynuclear Metal Carbonyls. II. Structure of Iron Tetracarbonyl by X‐Ray Diffraction

R. E. Rundle, L. F. Dahl, 1957 .

Preparation and structure of barium decacyanodicobaltate(II) tridecahydrate, Ba3[CO2(CN)10].13H2O. Stereochemical analysis of the metal-metal bonded [Co2(CN)10]6- dimer

G. Simon, A. Adamson, L. F. Dahl, 1972 .

Structural characterization of crystalline tetrakis(2-aminoethanethiol)trinickel(II) chloride, [Ni{Ni(NH2CH2CH2S)2}2]Cl2. New basic trinuclear metal system containing nickel(II)-nickel(II) interactions

L. F. Dahl, C. Wei, 1970 .

Dilute single-crystal electron paramagnetic resonance study of bis(cyclopentadienyl)vanadium pentasulfide, V(.eta.5-C5H5)2S5. Coup de grace to the Ballhausen-Dahl bonding model applied to M(.eta.5-C5H5)2L2-type complexes

L. F. Dahl, J. L. Petersen, 1975 .

Nanosized {Pd4(μ4-C)}Pd32(CO)28(PMe3)14 Containing Tetrahedrally Deformed Pd4 Cage with Encapsulated Carbide Atom: Formal Substitution of Geometrically Analogous Interior Au4 Entity in Isostructural Au4Pd32(CO)28(PMe3)14 by Electronically Equivalent Pd4(μ4-C) and Computational/Catalytic Implications

S. Ivanov, L. F. Dahl, E. G. Mednikov, 2015, Inorganic chemistry.

Structural Characterization of a New Niobium Subhalide, Nb6I11, Containing the First Known [M6X8]n Group with Nonintegral Metal Oxidation State

J. Blount, L. F. Dahl, L. Bateman, 1966 .

STEREOCHEMICAL ANALYSIS OF VARIOUS TRANSITION METAL HYDRIDE CLUSTERS AND RESULTING BONDING IMPLICATIONS *

L. F. Dahl, 1983 .

Synthesis, structure, and bonding of a mono(organo)phosphido-bridged tetracobalt carbonyl cluster, di-.mu.2-carbonyl-di-.mu.4-phenylphosphido-octacarbonyltetracobalt. New mode of transition metal coordination for a PR ligand

L. F. Dahl, R. Ryan, 1975 .

Synthesis and structural characterization of a new type of homonuclear metal carbonyl, tri-.mu.2-carbonyl-nonacarbonylpentanickel(2-) dianion. Trigonal bipyramidal metal cluster system

G. Longoni, L. F. Dahl, P. Chini, 1975 .

Synthesis and structure of a hexanuclear nickel carbonyl dianion, bis(tri-.mu.2-carbonyl-tricarbonyltrinickel)(2-), and comparison with bis(tri-.mu.2-carbonyl-tricarbonyltriplatinum)(2-). Unprecedented case of a metal cluster system possessing different metal architectures for congener transition me

L. F. Dahl, P. Chini, A. Cavalieri, 1974 .

Organometallic pnicogen complexes. III. Preparation and structural characterization of the triarsenic-cobalt atom cluster system As3Co(CO)3. The first known X3-transition metal analog of group VA tetrahedral X4 molecules

Foster, L. F. Dahl, A. Foust, 1969 .

Nonparameterized molecular orbital calculations of ligand-bridge Fe2(CO)6X2-type dimers containing metal-metal interactions

M. Hall, L. F. Dahl, R. F. Fenske, 1975 .

Synthesis and structural characterization of a new type of metal cluster system, octacarbonylhexakis(.mu.4-phenylphosphido)octanickel, containing a completely bonding metal cube. A transition metal analog of cubane, C8H8

L. F. Dahl, L. D. Lower, 1976 .

Stereochemical analysis of molecular transition metal "hetero-layered sandwich" complex, [Fe(CO)3(CH3C2CH3)2]Ni[C4(CH3)4], containing a nickel-iron bond: steric equivalence of the Ni(cyclobutadiene) fragment with iron tricarbonyl and Fe(CO)(cyclobutadiene) fragments

L. F. Dahl, E. Epstein, 1970 .

Structural characterization of Fe(CO)3(C6H5C2C6H4C2C6H5)2Fe(CO), a bimolecular condensation product of o-bis(phenylethinyl)benzene: steric equivalence of Fe(CO)(cyclobutadiene) and Fe(CO)3 groups

L. F. Dahl, E. Epstein, 1970 .

Organometallic pnicogen complexes. IV. Synthesis, structure, and bonding of new organometallic arsenic-metal atom clusters containing a metal-bridged multiply bonded As2 ligand: Co2(CO)6As2 and Co2[(CO)5PPh3]As2

Foster, L. F. Dahl, A. Foust, 1969 .

Organometallic chalcogen complexes. XVII. Preparation and structural characterization of a metal-oxygen atom cluster system, Co3(.pi.-C5H5)3(CO)(O)

L. F. Dahl, V. A. Uchtman, 1969 .

Structural analysis of (pentamethylcyclopentadienyl)cobalt(I) dicarbonyl: evidence for an electronically induced distortion of the cyclopentadienyl ring due to its interaction with a planar dicarbonylcobalt fragment

L. F. Dahl, L. R. Byers, 1980 .

Organometallic chalcogen complexes. XV. Molecular structure of a molybdenum (.pi.-CH2SMe) complex: Mo(.pi.-C5H5)(CO)2(.pi.-CH2SMe)

L. F. Dahl, E. Gil, 1969 .

Molybdenum-promoted nitrosyl bond activation: synthesis and characterization of (.eta.5-C5Me5)3Mo3Co2(CO)8(.mu.3-NH)(.mu.4-N) an unusual mixed-metal cluster containing tetrametal-coordinated nitrido and trimetal-coordinated imido ligands, and of (.eta.5-C5Me5)2Mo2Co3(CO)10(.mu.5-N), a 74-electron sq

C. P. Gibson, L. F. Dahl, 1988 .

Nonparameterized MO calculations of ligand-bridged M2(CO)8-(U2-X)2-type dimers containing metalmetal interactions: Evidence for dictation of stereochemistry by one-electron and two-electron metalmetal σ-type bonds

M. Hall, L. F. Dahl, B. Teo, 1974 .

Nanosized Au4Pd32(CO)28(PMe3)14 Containing a Highly Distorted Encapsulated Au4 Tetrahedron: Proposed Multi-Twinned Growth-Pattern from Two Deformed Au-Centered Double Icosahedral-Based Fragments*

L. F. Dahl, E. G. Mednikov, 2005 .

A new family of metal-centred and noncentred icosahedral cages with transition metal and main group VI atoms: synthesis and structural-bonding analysis of the nickel-centred [Ni11Se2(CO)18]2–, nickel-centred [Ni10Te3(CO)15]2– and noncentred [Ni8Te4(CO)12]2– icosahedral dianions

J. Thoden, A. Kahaian, L. F. Dahl, 1992 .

Reactions of the [Ni6(CO)12]2- dianion with stibine and bismuthine reagents: synthesis and stereophysical characterization of the [Ni10(SbPh)2(CO)18]2- dianion containing a noncentered icosahedral Ni10Sb2 core and Ni2(CO)4(μ2-Ph2SbOSbPh2)2 containing a centrosymmetric eight-membered (NiSbOSb)2 ring☆

L. F. Dahl, R. Hayashi, A. Rae, 1990 .

Synthesis and structural characterization of the [Ni9(AsPh)3(CO)15]2- and [Ni10(AsMe)2(CO)18]2- dianions containing noncentered icosahedral Ni12-xAsx cores (x = 2, 3): electronically equivalent metal cluster analogs of the regular icosahedral [B12H12]2- dianion

L. F. Dahl, R. Montag, David F. Rieck, 1986 .

Stereochemistry of Monohydrido- and Dihydrido-Dodecanickel Carbonyl Clusters Containing a Hexagonal Close Packed Nickel Fragment: A Model System for Hydrogen Interaction with a Close Packed Metal Lattice

G. Longoni, L. F. Dahl, P. Chini, 1978 .

Structural characterization of tetranuclear rhodium complex [Rh2Cl2(CO)(C2H5C2C2H5)2]2, containing a coordinate-covalent electron-pair rhodium(I)-rhodium(III)bond

P. Maitlis, L. F. Dahl, L. Bateman, 1969 .

First high-nuclearity palladium halide/carbonyl/phosphine cluster, [Pd12(μ3-I)2(μ4-I)3(μ2-CO)6(PEt3)6]+ monocation containing an octacapped octahedral Pd6(μ3-Pd)6(μ3-I)2 fragment : structure-to-synthesis generation from different synthetic routes

L. F. Dahl, E. G. Mednikov, 2005 .

Experimental/theoretical studies of the paramagnetic 52/53-electron triangular metal [Ni3(.eta.5-C5H5)3(.mu.3-S)2]n series (n = 1+, 0) containing weak metal-metal bonding interactions: Fenske-Hall MO analysis of the trimetal-antibonding frontier orbitals involved in the reversible redox-generated ch

J. Thoden, L. F. Dahl, B. Spencer, 1993 .

Clusterification of reactive species generated through chemical reduction of metallocenes: synthesis and stereochemical characterization of a new hexameric series of metal-cyclopentadienyl clusters, [Ni6(.eta.5-C5H5)6]n (n = 0, + 1)

L. F. Dahl, M. S. Paquette, 1980 .

Structure and bonding of the tetrameric cyclopentadienyliron carbonyl monocation, [Fe4(h5-C5H5)4(CO)4]+. Stereochemical effect due to oxidation of a completely bonding tetrahedral metal cluster system

L. F. Dahl, W. P. Fehlhammer, Trinh-Toan, 1972 .

Organometallic chalcogen complexes. XXIII. Preparation and structural characterization of a mixed transition metal cluster complex, [Re2Mo(h5-C5H5)(CO)8](S)[SMo(h5-C5H5)(CO)3], containing triply and quadruply bridging sulfur atoms. New synthetic route to highly clustered metal-sulfur systems

L. F. Dahl, H. Vahrenkamp, P. Vergamini, 1971 .

Ni5(C5H5)4S4, a Pentanuclear Metal Complex Containing a Square-Planar Nickel(0) Atom†

L. F. Dahl, H. Vahrenkamp, 1969 .

Organometallic chalcogen complexes. Part 18.—A diluted single crystal e.s.r. study of the electronic structure of tricobalt enneacarbonyl sulphide : antiaromaticity in a transition metal carbonyl cluster system

L. F. Dahl, C. Strouse, 1969 .

Stereochemical analysis of Fe2(CO)6(.mu.-Se2): a diselenium analog of Fe2(CO)6(.mu.-S2)

L. F. Dahl, C. Campana, F. Lo, 1979 .

Organometallic pnicogen complexes. V. Preparation, structure, and bonding of the tetrameric antimony-cobalt cluster system, Co4(CO)12Sb4: the first known (main group element)(metal carbonyl) cubane-type structure

L. F. Dahl, A. Foust, 1970 .

Preparation and structural characterization of [Co4(h5-C5H5)4(CO)4(μ4-As)]+BF4- ·C6H6: An organometallic complex containing a tetrahedral-like arsenic atom coordinated to four metal atoms

L. F. Dahl, C. Campana, 1977 .

High-nuclearity palladium carbonyl trimethylphosphine clusters containing unprecedented face-condensed icosahedral-based transition-metal core geometries: proposed growth patterns from a centered Pd13 icosahedron

M. Kawano, L. F. Dahl, N. Tran, 2001 .

A 48-electron oxo-capped dimolybdenum-iron cluster, (.eta.5-C5Mo5)2Mo2Fe(CO)7(.mu.3-O): its synthesis via the photolytic reaction of Fe2(CO)g with the molybdenum-molybdenum triple-bonded Mo2(.eta.5-C5Me5)2(CO)4 dimer and its stereochemical analysis

C. P. Gibson, L. F. Dahl, Jin-Shun Huang, 1986 .

Isolation and Structural Characterization of a Mackay 55-Metal-Atom Two-Shell Icosahedron of Pseudo-Ih Symmetry, Pd55L12(μ3-CO)20 (L = PR3, R = Isopropyl): Comparative Analysis with Interior Two-Shell Icosahedral Geometries in Capped Three-Shell Pd145, Pt-Centered Four-Shell Pd-Pt M165, and Four-She

S. Ivanov, L. F. Dahl, E. G. Mednikov, 2016, Journal of the American Chemical Society.

Nanosized Pd145(CO)x(PEt3)30 Containing a Capped Three‐Shell 145‐Atom Metal‐Core Geometry of Pseudo Icosahedral Symmetry

D. Powell, L. F. Dahl, N. Tran, 2000 .

Synthesis and structural, electrochemical and NMR analysis of the [{Pt(PEt3)2}2Te2]n series (n= 0,2 +) and the bicapped triplatinum [{Pt(PEt3)2}3(µ3-Te)2]2+ dication: Te–Te bond formation in a cyclo-Pt2Te2 core upon a chemically reversible two-electron oxidation

J. Thoden, L. F. Dahl, A. L. Ma, 1992 .

Structural characterization of carbonyl(diphenylacetylene)tris(.eta.5-cyclopentadienylrhodium), Rh3(.eta.5-C5H5)3(CO)(C6H5C2C6H5), and its bis(pentafluorophenyl)acetylene homolog, Rh3(.eta.5-C5H5)3(CO)(C6F5C2C6F5). An assessment of their molecular dissimilarity

S. A. Gardner, L. F. Dahl, R. Broach, 1977 .

A new family of 14-vertex hexacapped metal cubes with main group IV (14) atoms: synthesis and structural-bonding analysis of Ni9(.mu.4-GeEt)6(CO)8 containing a nickel-centered Ni8(.mu.4-Ge)6 cubic cage with an unusual electron count

L. F. Dahl, R. Hayashi, J. Zebrowski, 1992 .

Structural characterization of a new type of tetranuclear metal cluster system: Pt4(PMe2Ph)4(CO)5

L. F. Dahl, J. Chatt, P. Chini, 1969 .

The crystal structure of ruthenium tetracarbonyl diiodide

L. F. Dahl, D. L. Wampler, 1962 .

Nanosized Au2Pd41(CO)27(PEt3)15 containing two geometrically unprecedented 13-coordinated Au-centered (mu 13-Au)Pd13 polyhedra connected by triangular face-sharing and three interpenetrating 12-coordinated Pd-centered (mu 12-Pd)Au2Pd10 icosahedra: geometrical change in centered polyhedra induced by

D. Powell, L. F. Dahl, N. Tran, 2004, Dalton transactions.

Syntheses, structures and properties of primarily nanosized homo/heterometallic palladium CO/PR3-ligated clusters

L. F. Dahl, E. G. Mednikov, 2010, Philosophical Transactions of the Royal Society A: Mathematical, Physical and Engineering Sciences.

Syntheses and structural analyses of variable-stoichiometric Au–Pt–Ni carbonyl/phosphine clusters, Pt3(Pt1−xNix)(AuPPh3)2(µ2-CO)4(CO)(PPh3)3and Pt2(Pt2−yNiy)(AuPPh3)2(µ2-CO)4(CO)2(PPh3)2, with ligation-induced site-specific Pt/Ni substitutional disorder within butterfly-based Pt3(Pt1−xNix)Au2and Pt2

L. F. Dahl, R. Nichiporuk, N. D. Silva, 2006 .

Stabilization of thallium(I) Pd9TlPd3 sandwich monocation with octahedral-based [Pd9(CO)9(PMe3)6] and [Pd3(CO)3(PMe3)3] entities versus unstable Pd3Tl(I)Pd3 sandwich monocation with [Pd3(CO)3(PEt3)3] entities: Comparative computational implications

S. Ivanov, L. F. Dahl, E. G. Mednikov, 2015 .

Acid/base-controlled AuI/Au0 reductive transformations of the monogold [(μ14-Au)Pd22(CO)20(PEt3)8]+ monocation into three different neutral digold nanoclusters: Au2Pd21(CO)20(PEt3)10, Au2Pd28(CO)26(PEt3)10, and new five-layer hexagonal close-packed (μ12-Au)2Pd42(CO)30(PEt3)12 with a trigonal-bipyram

L. F. Dahl, E. G. Mednikov, 2015, Inorganic chemistry.

Structural/bonding insights from new geometrical varieties of two Pt-Au carbonyl/phosphine clusters, [Pt3(AuPPh3)5(mu2-CO)2L3]+ (L3 = (CO)2PPh3) and [(mu6-Au){Pt3(mu2-CO)3L4}2]+ (L = PMe3).

L. F. Dahl, Namal de Silva, Jeffrey W Laufenberg, 2006, Chemical communications.

Synthesis and structural analysis of the first nanosized platinum-gold carbonyl/phosphine cluster, Pt13[Au2(PPh3)2]2(CO)10(PPh3)4, containing a Pt-centered [Ph3PAu-AuPPh3]-capped icosahedral Pt12 cage.

L. F. Dahl, Namal de Silva, 2005, Inorganic chemistry.

Characterization of high nuclearity close-packed anionic platinum carbonyl clusters by 252Cf plasma desorption mass spectrometry☆

Gregory J. Lewis, Yong Huang, L. F. Dahl, 1993 .

Molecular Structures of Triiron Dodecacarbonyl and Tetracobalt Dodecacarbonyl

L. F. Dahl, C. Wei, 1966 .

Organometallic chalcogen complexes. XX. Stereochemical characterization of an oxidized iron-sulfur dimer, [Fe(h5-C5H5)(CO)(SCH3)]2+. Paramagnetic cation effectively containing a one-electron metal-metal bond

L. F. Dahl, N. Connelly, 1970 .

Organometallic sulfur complexes. X. Structural and bonding characterization of a trimeric mercaptocobalt carbonyl complex, Co3[(SC2H5)5(CO)](CO)3, containing a new basic polyhedral unit for a triangular metal cluster

L. F. Dahl, C. Wei, 1968 .

Organometallic chalcogen complexes. XXVII. Structure and bonding of a metal carbonyl tetramer, octa-.mu.2-ethanethiolatotetracarbonyltetracobalt, containing a planar tetrametal cluster system. Direct stereochemical appraisement of strong metal-metal interactions in a ligand-bridged complex

L. F. Dahl, L. Markó, C. Wei, 1973 .

Comparison of room-temperature single-crystal neutron and x-ray diffraction studies of the bis(triphenylphosphine)iminium salt of the (Cr/sub 2/(CO)/sub 10/(. mu. -H))/sup -/ monoanion

P. L. Johnson, L. F. Dahl, Jack M. Williams, 1978 .

Metal-ligated induced structural interconversion between Pd23(CO)20(PEt3)10 and Pd23(CO)20(PEt3)8 possessing highly dissimilar Pd23 core-geometries

S. Ivanov, J. Wittayakun, L. F. Dahl, 2003 .

[Pd30(CO)26(PEt3)10] and [Pd54(CO)40(PEt3)14]: generation of nanosized Pd30- and Pd54-core geometries containing interpenetrating cuboctahedral-based metal polyhedra.

S. Ivanov, L. F. Dahl, E. G. Mednikov, 2003, Angewandte Chemie.

H12Pd28(PtPMe3)(PtPPh3)12(CO)27, a High-Nuclearity Pd28Pt13 Cluster Containing 12 Hydrido Atoms: A Possible Molecular Hydrogen-Storage Model for Palladium Metal

L. F. Dahl, J. M. Bemis, 1997 .

Photochemical synthesis and stereophysical characterization of tungsten complex W(CO)4[cyclo-(PW(CO)5)4]: experimental-theoretical bonding analysis of its unprecedented pentametal-coordinated cyclo-P4 ligand

Scott K. Smith, L. F. Dahl, M. Barr, 1991 .

Isolation and structural characterization of the triiron undecacarbonyl dianion [Fe3(CO)11]2-: stereochemical interrelationship with triiron dodecacarbonyl and the triiron undecacarbonyl hydride monoanion

G. Longoni, L. F. Dahl, P. Chini, 1980 .

Sixty-Year Saga (1952–2013) of the Solid-State Structure of Triiron Dodecacarbonyl

I. Guzei, L. F. Dahl, C. Campana, 2013, Journal of Cluster Science.

TRINUCLEAR OSMIUM AND RUTHENIUM CARBONYLS AND THEIR IDENTITIES WITH PREVIOUSLY REPORTFD Os2(CO)9 AND Ru2(CO)9

L. F. Dahl, E. R. Corey, 1961 .

Nanosized [Pd69(CO)36(PEt3)18]: metal-core geometry containing a linear assembly of three face-sharing centered Pd33 icosahedra inside of a hexagonal-shaped Pd30 tube.

L. F. Dahl, N. Tran, 2003, Angewandte Chemie.

Synthesis of a (chloromethyl)cobalt(III) carbonyl complex, Co(.eta.5-C5Me5)(CO)(CH2Cl)Cl, from dichloromethane by a photoassisted, oxidative-addition reaction with Co(.eta.5-C5Me5)(CO)2

L. F. Dahl, W. L. Olson, D. Nagaki, 1986 .

The (metal-metal)-nonbonding[Fe2(CO)6(.mu.2-PPh2)2]2- dianion. Synthesis, structural analysis of its unusual dimeric geometry, and stereochemical-bonding implications

J. Collman, L. F. Dahl, R. Finke, 1979 .

Nanosized Au4Pd28(CO)22(PMe3)16 Containing 32-Atom Au4Pd28 Core-Geometry with Nearly Regular Encapsulated Au4 Tetrahedron: Proposed Multitwinned-Composite Growth-Pattern Involving Four Interpenetrating Au-Centered Cuboctahedral-Based Three-Layer (Pd3)A(AuPd6)B(Au3)C Polyhedra

L. F. Dahl, N. Tran, E. G. Mednikov, 2007 .

Phosphine-ligated induced formation of thallium(I) full Pt3TlPt3 sandwich versus "open-face" TlPt3 sandwich with triangular Pt3(mu2-CO)3(PR3)3 units: synthesis and structural/spectroscopic analysis of triphenylphosphine [(mu3-Tl)Pt3(mu2-CO)3(PPh3)3]+ and its (mu3-AuPPh3)Pt3 analogue.

C. G. Fry, L. F. Dahl, Namal de Silva, 2006, Dalton transactions.

Synthesis and Structural/Theoretical (DFT) Analysis of the Geometrically Unprecedented Au–Pt Cluster, Pt7(μ2-CO)8(PPh3)4(μ4-AuPPh3)2: Structure-to-Synthesis Appraisal Concerning Its Formation

S. Ivanov, L. F. Dahl, Namal de Silva, 2004 .

How innocent is thallium(I)? Corrected formulations of [Tl2Pd14(CO)9(PMe3)11][PF6]2 and [TlPd9(CO)9(PPh3)6][PF6] clusters previously reported as corresponding Au2Pd14 and AuPd9 clusters.

L. F. Dahl, E. G. Mednikov, 2013, Chemical communications.

Analysis of a stacked-triangular platinum carbonyl cluster dianion, [Pt3(CO)6]32− by252Cf-Plasma Desorption Mass Spectrometry

Gregory J. Lewis, L. F. Dahl, R. Macfarlane, 1993 .

Preparation, structure, and bonding of a new type of metal cluster system, [M2Ni3(CO)16]n (M=chromium, molybdenum, tungsten; (n=-2): a nonconformist to the noble gas metal society

L. F. Dahl, J. K. Ruff, Richard W. P. White, 1971 .

Synthesis, structure, and bonding of a cubanelike tetrachloro-tetraantimony molecular complex, octacarbonyltetrachlorotetrakis(.eta.5-cyclopentadienyl)tetrakistrichloroantimony)tetrairon, containing quadruply bridging chlorine atoms.

L. F. Dahl, Trinh-Toan, 1976, Inorganic chemistry.

Structural characterization of a 1-substituted 5-tetrazolyl(transition metal) complex containing metal-carbon bonding. Stereochemistry of the tetrakis (1-isopropyltetrazol-5-ato)aurate(III) anion, [Au(CN4R)4- (R = isopropyl)

L. F. Dahl, W. P. Fehlhammer, 1972 .

Synthesis and structural characterization of acetatobis(triphenylphosphine)dicarbonylmanganese(I), (CH3CO2)Mn(CO)2[P(C6H5)3]2: An organometallic complex containing a chelating acetate ligand

G. Simon, L. F. Dahl, P. Treichel, 1973 .

Characterization of high-nuclearity platinum carbonyl cluster anions by 252Cf-plasma desorption mass spectrometry: formation of gas-phase [Pt26(CO)x]n monocharged ion oligomers (n = 1-20) from solid-state [Pt26(CO)32]2- dianions

Gregory J. Lewis, L. F. Dahl, C. McNeal, 1991 .

ORGANOMETALLIC CHALCOGEN COMPLEXES PART 27, STRUCTURE AND BONDING OF A METAL CARBONYL TETRAMER, CO4(CO)4(MU(2)-SC2H5)8, CONTAINING A PLANAR TETRAMETAL CLUSTER SYSTEM, A DIRECT STEREOCHEMICAL APPRAISEMENT OF STRONG METAL-METAL-INTERACT

L. F. Dahl, C. Wei, G. Bor, 1973 .

SYNTHESIS AND STRUCTURAL CHARACTERIZATION OF PLATINUM CARBONYL CLUSTER DIANIONS, (PT3(CO)3(MU(2)-CO)3)(N)(2-) (N=2, 3, 4, 5), A NEW SERIES OF INORGANIC OLIGOMERS

G. Longoni, L. F. Dahl, P. Chini, 1974 .

SYNTHESIS AND STRUCTURE OF A HEXANUCLEAR NICKEL CARBONYL DIANION, (NI3(CO)3(MU(2)-CO)3)2(2-), AND COMPARISON WITH THE (PT3(CO)3(MU(2)-CO)3)2(2-)DIANION, AN UNPRECEDENTED CASE OF A METAL CLUSTER SYSTEM POSSESSING DIFFERENT METAL ARCHIT

G. Longoni, L. F. Dahl, P. Chini, 1974 .

Structural characterization of di-.mu.-diphenylsilyl-bis(tetracarbonylmanganese), Mn2(CO)8(.mu.-Si(C6H5)2)2. Stereochemical analysis of an organosilyl-bridged dimer containing a metal-metal interaction

G. Simon, L. F. Dahl, 1973 .

Photochemical synthesis and structural characterization of (η5-C5Me5)3Mo3(CO)4(μ2-H)(μ3-O): an unprecedented 46-electron trimolybdenum cluster containing a localized monoprotonated MoMo double bond

C. P. Gibson, D. Tomchick, L. F. Dahl, 1988 .

Recent neutron diffraction studies of metal--hydrogen--metal bonds

L. F. Dahl, J. L. Petersen, J. Williams, 1978 .

Oxidative-addition reaction of platinum acetylacetonate with iodine in solid state and solution. Crystal structure and equilibrium studies of trans-bis(acetylacetonato)di-iodoplatinum(IV)

P. Cook, L. F. Dahl, R. Jenkins, 1973 .

Synthesis, stereophysical bonding features, and chemical-electrochemical reactivity of two dimetal-bridging diphosphide cobalt and iron complexes: Co2(.eta.5-C5Me5)2(.mu.2-.eta.2-P2)2 and Fe2(.eta.5-C5Me5)2(.mu.2-.eta.2-P2)2

L. F. Dahl, M. Barr, 1991 .

Structural characterization of Co2(CO)5[P(C6H5)3](.mu.-P2): a tricyclic complex containing a bridging P2 ligand

G. Pályi, L. F. Dahl, L. Markó, 1979 .

Synthesis and stereochemical-electrochemical investigations of the 49/48-Electron [Co3(.eta.5-C5H5-xMex)3(.mu.3-NO)(.mu.3-NH)]n Series (x = 0, 1;n=0,1+ ): Bonding Analysis of a Marked Redox-Generated Change in Geometry of a Triangular Metal Cluster with .pi.=Acceptor Nitrosyl and .pi.-Donor Nitrene

L. F. Dahl, R. Bedard, 1986, Journal of the American Chemical Society.

Synthesis and characterization of (.eta.5-C5Me5)2Mo2Fe2(CO)9(.mu.2-CO)(.eta.2,.mu.4-CO) a 62-electron butterfly molybdenum-iron cluster containing a .pi.-bound four-electron-donating carbonyl ligand: a possible structural model for the active dinitrogen molybdenum-iron site in nitrogenase

C. P. Gibson, L. F. Dahl, 1988 .

Transition metal-promoted carbon-carbon bond formation by reductive dimerization of carbon disulfide: direct synthesis of the bis(1,2-dithiolene-like) tetrathiooxalato (C2S4) ligand from carbon disulfide by reaction with the dimeric nickel(I) complexes Ni2(.eta.5-C5R5)2(.mu.-CO)2 (R = H, Me)

L. F. Dahl, J. Maj, A. Rae, 1982 .

Organometallic pnicogen complexes. VI. Synthesis, structure, and bonding of a new iron-antimony cluster complex, {[Fe(h5-C5H5)(CO)2]3SbCl}2[FeCl4].CH2Cl2; geometry of the tetrachloroferrate(II) anion and its stereochemical relation with other tetrachlorometalate anions

L. F. Dahl, Trinh-Toan, 1971 .

Organometallic pnicogen complexes. VII. Synthesis, structure and bonding of the cubane-like metal cluster tetra-.mu.3-phosphido-tetra-.pi.-pentahaptocyclopentadienyl tetracobalt(III) [Co4(h5-C5H5)4P4]. First reported organometallic complex containing a naked phosphorus atom as a ligand

G. Simon, L. F. Dahl, 1973 .

Preparation and structural characterization of the mono- and bis(triphenylphosphine)-substituted derivatives of Co2(CO)6(.mu.-As2). Effect of phosphine ligand substitution on the Co2As2 metal cluster system

L. F. Dahl, C. Campana, A. Foust, 1979 .

Preparation and structural characterization of [Fe3(h5-C5H5)3(CO)5As4O5]+BF4-: An unusual transition metal derivative of As4O6

L. F. Dahl, C. Campana, J. Sinclair, 1977 .

Synthesis and Structural-Magnetic Study of a New Type of High-Nuclearity Metal Carbonyl Cluster Possessing an 11-Atom Rh5Ni6Core: Formation of a Heterometallic Core via Nickel Capping of a Pentarhodium Trigonal-Bipyramidal Kernel.

A. Stacy, J. Badding, L. F. Dahl, 1986 .

Stereochemistry of the [Ni9(CO)18]2− dianion: a comparative structural-bonding analysis of the different nine-metal cores of stacked metal triangles in the [M9(CO)18]2− (M=Ni, Pt) and [Rh9(CO)19]3− anions

L. F. Dahl, P. Chini, D. Nagaki, 1986 .

Synthesis and structural-bonding analysis of (.eta.5-C5H4Me)4Fe4(CO)6P8 and (.eta.5-C5H4Me)4Fe6(CO)13P8: two unprecedented transition-metal complexes containing the cage-like P8 subunit of Hittorf's monoclinic phosphorus allotrope

L. F. Dahl, B. Adams, R. Weller, 1991 .

Palladium: It Forms Unique Nano-Sized Carbonyl Clusters

L. F. Dahl, E. G. Mednikov, 2009 .

Nanosized Pd37(CO)28{P(p-Tolyl)3}12 containing geometrically unprecedented central 23-atom interpenetrating tri-icosahedral palladium kernel of double icosahedral units: its postulated metal-core evolution and resulting stereochemical implications.

L. F. Dahl, E. G. Mednikov, 2008, Journal of the American Chemical Society.

Aprotic synthesis and structural determination of the nanosized nonprotonated nu3-octahedral [Pt6Ni38(CO)48]6- hexaanion stabilized as a cubic solvated [NMe4]+ salt.

L. F. Dahl, Namal de Silva, 2006, Inorganic chemistry.

High-nuclearity close-packed palladium-nickel carbonyl phosphine clusters: heteropalladium.

M. Kawano, L. F. Dahl, C. Campana, 2001, Inorganic chemistry.

Isostructural [Au6Pd6(Pd6-xNix)Ni20(CO)44]6- and [Au6Ni32(CO)44]6- Clusters Containing Corresponding Nonstoichiometric Au6Pd6(Pd6-xNix)Ni20 and Stoichiometric Au6Ni32 Nanosized Cores: Substitutional Pd/Ni Crystal Disorder (Coloring Problem) at Only Six Specific Nonadjacent Pseudoequivalent Metal Sit

D. Powell, M. Kawano, L. F. Dahl, 1999 .

Synthesis and structural-bonding analysis of the [Au6Ni12(CO)24]2- dianion containing an unprecedented 18-vertex cubic Td metal core composed of five face-fused octahedra: the first example of a discrete gold/nickel bimetallic-bonded species

L. F. Dahl, Alison J. Whoolery, 1991 .

Electroactive metal clusters as models of electrode surfaces: vibrational spectroelectrochemistry of seven redox forms of [Pt24(CO)30]n (n = 0 to -6) and comparison with potential-dependent spectra of carbon monoxide chemisorbed on platinum

Gregory J. Lewis, M. J. Weaver, L. F. Dahl, 1990 .

Synthesis and structural-magnetic study of a new type of high-nuclearity metal carbonyl cluster possessing an eleven-atom Rh5Ni6 core: formation of a heterometallic core via nickel capping of a pentarhodium trigonal-bipyramidal kernel

A. Stacy, J. Badding, L. F. Dahl, 1986 .

Structural characterization of the cyclopentadienyliron carbonyl tetramer, Fe4 (h5C5H5)4(CO)4. Cubane-type structure containing a completely bonding tetrametal cluser unit

L. F. Dahl, M. Neuman, Trin-Toan, 1972 .

Synthesis, structural-bonding-magnetic study, and proton NMR analysis of the temperature-dependent singlet-triplet solution equilibrium of the 46-electron tricobalt tris(pentamethylcyclopentadienyl) dicarbonyl, Co3(.eta.5-C5Me5)3(.mu.3-CO)2: an isolobal analog of the elusive antiaromatic cyclopropen

A. Stacy, L. F. Dahl, W. L. Olson, 1986, Journal of the American Chemical Society.

Pd59(CO)32(PMe3)21: A Nanosized Metal Cluster Containing a Trigonal D3 Pd59 Core with 11 Interior Palladium Atoms

D. Powell, M. Kawano, L. F. Dahl, 1998 .

Electrochemical analysis of biocapped triangular cobalt cyclopentadienyl clusters, [Co3(.eta.5-C5H5-xMex)3(.mu.3-X)(.mu.3-Y)]n (x = 0, 1, 5), containing mixed .pi.-acceptor X and .pi.-donor Y capping ligands [X = CO, NO; Y = NSiMe3, NC(O)NH2, NH]: pronounced variations in redox behavior as a functio

L. F. Dahl, R. Bedard, 1986, Journal of the American Chemical Society.

Acetonitrilecarbonyl and acetonitrilenitrosyl metal cations from the reactions of the nitrosonium ion, NO+, with transition-metal organometallics in acetonitrile

L. F. Dahl, N. Connelly, 1970 .

Structural characterization of cyclopentadienyl(duroquinone)cobalt dihydrate

L. F. Dahl, V. A. Uchtman, 1972 .

Structural Characterization of Carbonyl(diphenylacetylene)tris(η5-cyclopentadienyl-rhodium), Rh3(η5-C5H5)3(CO)(C6H5C2C6H5), and Its Bis(pentafluorophenyl)-acetylene Homologue, Rh3(η5- C5H5)3(CO)(C6F5C2C6F5). An Assessment of Their Mol

S. A. Gardner, L. F. Dahl, R. Broach, 1977 .

Preparation and Structures of Methyl Phenylpropiolate-Iron Carbonyl Complexes. A New Dicarbonyl-π-cyclopentadienyloxy-σ-vinyliron Compound

L. F. Dahl, R. Doedens, W. Hübel, 1966 .

Preparation and structure of ruthenium tetracarbonyldiiodide

M. V. Evans, L. F. Dahl, E. R. Corey, 1962 .

Synthesis and structural-bonding analysis of the 50/49/48-electron triangular metal [Co3(.eta.5-C5H4Me)3(.mu.3-S)2]n series in (n = 0,1+,2+): singlet-triplet solution equilibrium of the solid-state diamagnetic 50-electron Co3(.eta.5-C5H4Me)3(.mu.3-S)2 cluster

A. Stacy, J. Thoden, L. F. Dahl, 1991 .

Polynuclear Metal Carbonyls. III. Infrared Analysis of Iron Tetracarbonyl

R. E. Rundle, L. F. Dahl, 1957 .

Synthesis and structural-bonding analysis of the [Ni8(PCMe3∥2(PMe)2(CO)12]n series (n= 0,2–): polyhedral rearrangement of the electron-precise (µ5-Ni)2(µ4-P)2-tetracapped Ni6P2 cuneane framework in the neutral parent into an electron-delocalized noncentred Ni8P4 icosahedral cage in the dianion by a

L. F. Dahl, A. Rae, David F. Rieck, 1993 .

A New Family of 14‐Vertex Hexacapped Metal Cubes with Main Group IV ( 14) Atoms: Synthesis and Structural‐Bonding Analysis of Ni9(μ4‐GeEt) 6(CO)8 Containing a Nickel‐Centered Ni8(μ4‐Ge)6 Cubic Cage with an Unusual Electron Count.

L. F. Dahl, R. Hayashi, J. Zebrowski, 1992 .

A NOVEL ADENOSINE AND ARA-A, DEAMINASE INHIBITOR, (R)-3-(2-DEOXY-BETA-D-ERYTHROPENTO-FURANOSYL)-3,6,7,8-TETRAHYDROIMIDAZO(4,5-D)(1,3)DIAZEPIN-8-OL

P. W. Woo, L. F. Dahl, L. Durham, 1975 .

Crystallographically proven nanometer-sized gold thiolate cluster Au102(SR)44: its unexpected molecular anatomy and resulting stereochemical and bonding consequences.

L. F. Dahl, E. G. Mednikov, 2008, Small.

Nanosized (mu12-Pt)Pd164-xPtx(CO)72(PPh3)20 (x approximately 7) containing Pt-centered four-shell 165-atom Pd-Pt core with unprecedented intershell bridging carbonyl ligands: comparative analysis of icosahedral shell-growth patterns with geometrically related Pd145(CO)x(PEt3)30 (x approximately 60)

L. F. Dahl, M. Jewell, E. G. Mednikov, 2007, Journal of the American Chemical Society.

The geometrical influence of solid-state ion-pair interactions of alkali metal ions with a binuclear iron acyl monoanion, [Fe2(CO)5(C(O)R)(.mu.2-PPh2)2]-(where R = Ph, Me). Structural analyses of the [Li(THF)3]+, [Na(THF)2]+, and [(Ph3P)2N]+ salts

J. Berg, K. Hodgson, J. Collman, 1979 .

Molecular configuration of [H2NFe(CO)3]2[di-.mu.-amido-bis(tricarbonyliron)] and its identity with the previously reported [HNFe(CO)3]2. The influence of bridged ligands on the basic geometry of an organometallic complex containing a strong metal-metal bond

R. King, L. F. Dahl, W. Costello, 1968 .

Single-crystal electron paramagnetic resonance and nonparameterized Fenske-Hall molecular orbital calculations substantiating the demise of the Ballhausen-Dahl bonding model for d1 and d2 M(IV) M(h5-C5H5)2L2

L. F. Dahl, J. L. Petersen, 1974 .

Structural characterization of 1-bromo-.mu.-trimethylsilylpentaborane(9), containing a localized three-center, two-electron silyl-bridged boron-boron bond

L. F. Dahl, J. Calabrese, 1971 .

NIOBIUM TETRAIODIDE: ITS STRUCTURE AND NATURE OF BONDING1

L. F. Dahl, D. L. Wampler, 1959 .

SYNTHESIS, STRUCTURE, AND STEREOCHEMICAL IMPLICATION OF THE (PT19(CO)12(μ2-CO)10)4- TETRAANION: A BICAPPED TRIPLE-DECKER ALL-METAL SANDWICH OF IDEALIZED FIVEFOLD (D5H) GEOMETRY

M. Manassero, G. Longoni, E. Wucherer, 2002 .

The structure of cephaloridine hydrochloride monohydrate.

R. Sweet, L. F. Dahl, 1969, Biochemical and biophysical research communications.