M. Churchill

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Structural studies on polynuclear osmium carbonyl hydrides. 1. Crystal structures of the isomorphous species undecacarbonyldihydrotriosmium and dodecacarbonyltriosmium. Role of an equatorial .mu.2-bridging hydride ligand in perturbing the arrangement of carbonyl ligands in a triangular cluster

B. Deboer, M. Churchill, 1977 .

An accurate redetermination of the structure of triruthenium dodecacarbonyl, Ru3(CO)12

F. Hollander, M. Churchill, J. Hutchinson, 1977 .

Synthesis, characterization and redox properties of mixed phosphine nitroruthenium(II) complexes. crystal structure of trans-[Ru(NO2)(terpy)-(PMe3)(PPh3)][ClO4]·H2O

C. H. Lake, S. A. Kubow, R. Leising, 1996 .

Crystal and molecular structure of di(1-pyrazolyl)methane, CH2(C3N2H3)2

K. Takeuchi, D. Churchill, R. K. Castellano, 1996 .

Preparation and crystal and molecular structure of dibromo(1,4,7-triazacyclononane)copper(II)

P. Schaber, M. Churchill, M. Winkler, 1979 .

Structural studies on polynuclear osmium carbonyl hydrides. 9. The molecular geometry of (.mu.-H)3Os3W(CO)11(.eta.5-C5H5) including some comments on the positions of .mu.-hydride ligands in tetranuclear metal clusters

Melvyn Rowen Churchill, F. Hollander, Frederick J. Hollander, 1979 .

Crystal structure of CpWOs3(CO)9(μ-O)(μ3-CCH2Tol), a tetrahedral oxo-alkylidyne complex derived from a planar μ3-μ2-acyl complex

J. Ziller, M. Churchill, L. R. Beanan, 1985 .

Structural studies on polynuclear osmium carbonyl hydrides. 10. Molecular geometry and comments on the location of the .mu.2-hydride ligand in (.mu.-H)Os3W(CO)12(.eta.5-C5H5)

Melvyn Rowen Churchill, F. Hollander, Frederick J. Hollander, 1979 .

Structural studies on polynuclear osmium carbonyl hydrides. 10. Molecular geometry and comments on the location of the .mu.2-hydride ligand in (.mu.-H)Os3W(CO)12(.eta.5-C5H5)

F. Hollander, M. Churchill, 1979 .

Catalytic Asymmetric C−H Activation of Alkanes and Tetrahydrofuran

H. Davies, M. Churchill, A. Hansen, 2000 .

Chloroform-soluble schiff-base Zn(II) or Cd(II) complexes from a dynamic combinatorial library.

J. Morrow, A. Eliseev, A. Eliseev, 2001, Inorganic chemistry.

Preparation and crystallographic characterization of a hexameric triphenylphosphinecopper hydride cluster

S. A. Bezman, J. Osborn, J. Wormald, 1971 .

Molecules with an M4X4 core. IV. Crystallographic detection of a step configuration for the tetracopper tetraiodide core in tetrameric triphenylphosphinecopper(I) iodine, [PPh3CuI]4

B. Deboer, M. Churchill, D. Donovan, 1975 .

Syntheses and crystal structures of 1,2:5,6:9,10:13,14:17,18:21,22-hexabenzo-3,7,11,15,19,23-hexadehydro[24]annulene (HBC), 1,2:5,6:9,10:13,14-tetrabenzo-3,7,11,15-tetradehydro[16]annulene (QBC) and a tetracobalt complex of QBC. The first example of a transition metal complex of QBC

C. Tessier, W. Youngs, J. Bradshaw, 1994 .

Molecular Structure of π-alyll-palladium Acetate

M. Churchill, R. Mason, 1964, Nature.

The W(μ-N2)W system

M. Churchill, Yong-ji Li, 1986 .

Multiple metal-carbon bonds. 32. Rhenium(VII) neopentylidene and neopentylidyne complexes and the x-ray structure of Re(CCMe3)(CHCMe3)(C5H5N)2

L. V. Biondi, R. Schrock, M. Churchill, 1983 .

Crystallographic identification of azulenetriruthenium heptacarbonyl

J. Wormald, M. Churchill, 1973 .

Preparation and configuration of 4,6,8-trimethylazulenetetraruthenium enneacarbonyl. Complex with azulene coordinated to three metal atoms

M. Churchill, P. Bird, 1968 .

Crystal and molecular structure of tetramethylammonium carbidohexadecacarbonylhexaferrate(2–), [Me4N]2[Fe6(CO)16C], a hexanuclear iron cluster complex with an encapsulated six-co-ordinate carbon atom

J. Wormald, M. Churchill, 1974 .

Synthesis and crystallographic characterization of bis(tetramethylammonium) carbidohexadecacarbonylhexaferrate, a hexanuclear carbidocarbonyl derivative of iron

J. Wormald, M. Churchill, M. J. Mays, 1971 .

Crystal and molecular structure of the triflate salt of diprotonated 1,4,8,11-tetrakis(2-hydroxyethyl)-1,4,8,11-tetraazacyclotetradecane, [C10H22N4(CH2CH2OH)42+]−[CF3SO3−]2: geometry of a diprotonated octadenate ligand

T. S. Janik, J. Morrow, M. Churchill, 1997 .

Synthesis and characterization of the yttrium(III) and lutetium(III) complexes of 1,4,7-tris(carbamoylmethyl)-1,4,7-triazacyclononane (TCMT). Crystal structure of [Y(TCMT)(CF3SO3)2(H2O)](CF3SO3)

J. Morrow, L. Toomey, S. Amin, 1996 .

Preparation, crystal and molecular structure, and properties of tetrakis(ferrocenecarboxylato)bis(tetrahydrofuran)dicopper(II): a structure containing both eclipsed and staggered ferrocenyl fragments

P. Schaber, M. Churchill, Y. Li, 1985 .

Redetermination of the crystal structure of dimanganese decacarbonyl and determination of the crystal structure of dirhenium decacarbonyl. Revised values for the manganese-manganese and rhenium-rhenium bond lengths in dimanganese decacarbonyl and dirhenium decacarbonyl

H. Wasserman, M. Churchill, K. Amoh, 1981 .

SYNTHESIS OF MONOMERIC NIOBIUM- AND TANTALUM-BENZYNE COMPLEXES AND THE MOLECULAR STRUCTURE OF TA(η5-C5ME5)(C6H4)ME2

R. Schrock, W. Youngs, M. Churchill, 1979 .

Reaction of tungsten(VI) alkylidyne complexes with acetylenes to give tungstenacyclobutadiene and cyclopentadienyl complexes

H. Wasserman, R. Schrock, M. Churchill, 1982 .

Multiple metal-carbon bonds. 20. Tungsten methylidyne complexes

H. Wasserman, R. Schrock, M. Churchill, 1981 .

SYNTHESIS AND CRYSTALLOGRAPHIC CHARACTERIZATION OF [Eu(C18H18N6)(OAc)2 +][Cl−] · 7H2O, A TEN-COORDINATE Eu(III) COMPLEX WITH A CLOSE-TO-PLANAR HEXADENTATE C18H18N6 LIGAND: AN INTERESTING CASE OF A STRUCTURE WITH MULTIPLE DISORDER PROBLEMS

C. H. Lake, J. Morrow, M. Churchill, 2000 .

Multiple metal-carbon bonds. 16. Tungsten-oxo alkylidene complexes as olefins metathesis catalysts and the crystal structure of W(O)(CHCMe3(PEt3)Cl2

R. Schrock, W. Youngs, M. Churchill, 1980 .

Remarkable spectator ligand effect on the rate constant of ligand substitution of (aqua)ruthenium(II) complexes.

A. Marschilok, K. Takeuchi, R. K. Castellano, 2001, Journal of the American Chemical Society.

Multiple metal-carbon bonds. 25. Preparation and structure of tungsten neopentylidene hydride, neopentylidene carbonyl, and neopentylidene ethylene complexes

H. Wasserman, R. Schrock, M. Churchill, 1982 .

Reaction of alkenes with trans-MeOIr(CO)(PPh3)2. Crystal and molecular structure of the pentacoordinate alkoxy-alkene iridium(I) complex, MeOIr(CO)(PPh3)2(TCNE)

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

Cyclometalation of 2-p-tolylbenzthiazole and 2-p-tolylbenzoxazole with palladium(II) acetate. Synthesis and crystal structures of the acetate-bridged dimers [(MeC6H3C7H4NS)Pd]2(.mu.-O2CMe)2 and [(MeC6H3C7H4NO)Pd]2(.mu.-O2CMe)2

H. Wasserman, M. Churchill, Glenda J. Young, 1980 .

Asymmetric Synthesis of 2,3-Dihydrofurans by Reaction of Rhodium-Stabilized Vinylcarbenoids with Vinyl Ethers.

D. Churchill, H. Davies, G. Ahmed, 1998, The Journal of organic chemistry.

Synthesis, physical properties and structural characterization of .mu.-carbonato-dicopper(II) complexes. 2. Products of oxidation of Cu(I) by dioxygen in aprotic media containing carbon dioxide and alkylated diamine ligands and the crystal structure of paramagnetic (Et2NCH2CH2NEt2)2Cu2Cl2(asym.mu.-C

M. Rupich, M. Churchill, J. Hutchinson, 1980 .

Preparation, crystal and molecular structures, and properties of tetrabromo(1,5,9,13,17,21-hexaazacyclotetracosane)dicopper(II) and bromo(1,5,9-triazacyclododecane)zinc(II) bromide. Separation of mono- and binucleating ligands by selective complexation

J. Fettinger, P. Schaber, M. Churchill, 1988 .

Synthesis, physical properties and structural characterization of .mu.-carbonato-dicopper(II) complexes. 3. Isolation of a racemic crystal form of .mu.-carbonato-dichlorobis(N,N,N',N'-tetramethyl-1,3-propanediamine)dicopper(II) from a substitution reaction of biscarbonatotetrakis[chloro(N,N-diethyln

M. Churchill, J. Hutchinson, M. El-Sayed, 1982 .

Synthesis, physical properties, and structural characterization of .mu.-carbonato-dichlorobis(N,N,N',N'-tetramethyl-1,3-propanediamine)dicopper(II), LCuCl(CO3)ClCuL, a diamagnetic initiator for the oxidative coupling of phenols by dioxygen

M. Rupich, M. Churchill, J. Hutchinson, 1979 .

Synthesis, characterization, and x-ray crystal structure of nitro(terpyridine)bis(trimethylphosphine)ruthenium(1+) perchlorate

S. A. Kubow, J. Ziller, R. Leising, 1990 .

Structural considerations of terdentate ligands: crystal structures of 2,2′ : 6′,2″-terpyridine and 2,6-bis(pyrazol-1-yl)pyridine

K. Takeuchi, M. Churchill, D. Jameson, 1992 .

Crystal structure and molecular configuration of a tetranuclear copper(II) complex active as a catalyst in the oxidative coupling of phenols by dioxygen: Cu4OCl6(nmp)3(OH2.cntdot..cntdot..cntdot.nmp) (nmp = N-methyl-2-pyrrolidinone)

F. Rotella, M. Churchill, 1979 .

PREPARATION CRYSTAL AND MOLECULAR STRUCTURE, AND PROPERTIES OF TETRAKIS(FERROCENECARBOXYLATO)BIS(TETRAHYDROFURAN)DICOPPER(II). A STRUCTURE CONTAINING BOTH ECLIPSED AND STAGGERED FERROCENYL FRAGMENTS

P. Schaber, M. Churchill, Y. Li, 1985 .

The Structural Chemistry of Organo-Transition Metal Complexes: Some Recent Developments

M. Churchill, R. Mason, 1967 .

Determination of the crystal structure and molecular geometry of [hydrotris(1-pyrazolyl)borato]copper(I) carbonyl. Unique structural investigation of a copper-carbonyl linkage

F. Rotella, B. Deboer, M. Churchill, 1975 .

Reaction of (3)-1,2-B9C2H13 with aluminum trialkyls. Synthesis of 1,2-B9C2H12AIR2 and 1,2-B9C2H11AIR complexes, with crystallographic characterization of 1,2-B9C2H11AI(C2H5) [18]

M. Hawthorne, D. Young, M. Churchill, 1970 .

Molecules with an M4X4 core. 10. Failure of the 1:1:1 tricyclohexylphosphine-copper(I)-chloride complex to form a tetramer. Crystal structure of dimeric (tricyclohexylphosphine)copper(I) chloride, [(P(cHx)3)CuCl]2

M. R. Churchill, F. J. Rotella, F. Rotella, 1979 .

Crystal structure of bis(imidotetramethyldithiodiphosphino-S,S)nickel(II), a tetrahedral complex with an NiS4 core

J. Wormald, M. Churchill, J. Cooke, 1971 .

Preparation and crystal structure of a sterically unencumbered tetrahedral chelate complex containing a NiS4 core, [SPMe2NPMe2S]2Ni(II)

J. Wormald, A. Davison, M. Churchill, 1969 .

ASYMMETRIC SYNTHESIS OF CYCLOPENTENES BY 3 + 2 ANNULATIONS BETWEEN VINYLCARBENOIDS AND VINYL ETHERS

H. Davies, M. Churchill, N. Kong, 1998 .

Crystal and molecular structure of guaiazulenedimolybdenum hexacarbonyl

M. Churchill, P. Bird, 1968 .

Structural studies on polynuclear osmium carbonyl hydrides. 5. Crystal structure and molecular geometry of di-.mu.-hydrido-decacarbonyltriosmium, (.mu.-H)2Os3(CO)10

F. Hollander, M. Churchill, J. Hutchinson, 1977 .

Synthesis and characterization of cationic iron vinylidene compounds: formation of carbon-hydrogen, carbon-nitrogen and carbon-phosphorus bonds and the x-ray crystal structure of [Fe(.eta.-C5H5)(CO)(PPh3) {C(PPh3):CH2}]+BF4-

A. Rheingold, R. Hughes, M. Churchill, 1982 .

Crystal structure and molecular geometry of a dinuclear "disrupted formyl" complex of tantalum, [(.eta.5-C5Me4Et)TaCl2]2(H)(.mu.-CHPMe3)(.mu.-O)

W. Youngs, M. Churchill, 1981 .

Crystal structure and molecular configuration of Fe2(CO)6[C(CHO)P(Ph2C6H4)], a species with an ortho-dimetalated phenyl ring

F. Rotella, M. Churchill, 1978 .

Synthesis, characterization, and crystal structure of Fe2(CO)6[C(CHO)P(Ph2C6H4)], a species containing an o-dimetalated phenyl ring resembling a Meisenheimer complex

F. Rotella, S. Mucklejohn, M. Churchill, 1977 .

X-ray crystal structure and molecular dynamics of (indenyl)bis(ethylene)rhodium(I): 500-MHz NMR spectra and EHMO calculations

J. Ziller, S. Kang, T. A. Albright, 1986 .

Synthesis and molecular geometry of hexameric triphenylphosphinocopper(I) hydride and the crystal structure of H6Cu6(PPh3)6. HCONMe2 [hexameric triphenylphosphino copper(I) hydride dimethylformamide]

S. A. Bezman, J. Osborn, J. Wormald, 1972 .

Preparation, Crystal and Molecular Structures, and Properties of Tetrabromo(1,5,9,13,17,21‐hexaazacyclotetracosane)dicopper(II) and Bromo(1,5,9‐triazacyclododecane)zinc(II) Bromide. Separation of Mono‐ and Binucleating Ligands by Selective Complexation.

J. Fettinger, P. Schaber, M. Churchill, 1988 .

Carbon-hydrogen and nitrogen-hydrogen distances assumed in, and determined from, recent x-ray diffraction studies on inorganic complexes

Melvyn Rowen Churchill, M. Churchill, 1973 .

SYNTHESIS, PHYSICAL PROPERTIES AND STRUCTURAL CHARACTERIZATION OF μ-CARBONATO-DICOPPER(II) COMPLEXES. 3. ISOLATION OF A RACEMIC CRYSTAL FORM M OF μ-CARBONATO-DICHLOROBIS(N,N,N′,N′-TETRAMETHYL-1,3-PROPANEDIAMINE)DICOPPER(II# ) FROM A S

M. Churchill, J. Hutchinson, M. El-Sayed, 1982 .

Crystal structure and molecular geometry of bis[hydrotris(1-pyrazolyl)borato]cobalt(II)

M. Churchill, Carlyle E. Maw, Karen Gold, 1970 .

Synthesis and Crystal and Molecular Structure of In(C5Me5)-An Apparent Octahedral Cluster.

O. T. Beachley, J. Fettinger, M. Churchill, 1986 .

Molecules with an M4X4 core. I. Crystal and molecular structure of tetrameric triphenylphosphinecopper(I) chloride, a cubane-like molecule, including the location and refinement of all hydrogen atoms

K. L. Kalra, M. Churchill, 1974 .

Molecules with an M4X4 core. 9. Crystal structure and molecular geometry of tetrameric (methyldiphenylphosphine)copper(I) iodide, [(PMePh2)CuI]4

F. Rotella, M. Churchill, 1977 .

Asymmetric Synthesis of Highly Functionalized 8-Oxabicyclo[3.2.1]octene Derivatives

H. Davies, G. Ahmed, M. Churchill, 1996 .

Synthesis, structure and properties of the tetranuclear complexes [(DENC)CuX]4 (DENC = N,N-diethylnicotinamide; X = Cl, Br, I) and the kinetics of oxidation of the chloride and bromide by dioxygen in aprotic solvents

M. Rupich, M. Churchill, J. Hutchinson, 1982 .

Addition of C2(CO2Me)2 to trans-MeIr(CO)(PPh3)2. Formation and isomerization of MeIr(CO)(PPh3)2[C2(CO2Me)2], and crystal structure of the thermodynamic isomer

J. Fettinger, J. Atwood, M. Churchill, 1987 .

Synthesis and crystals structure of a carbomethoxy complex of pentacoordinate iridium(I), MeOC(O)Ir(CO)2(PPh3)2

J. Fettinger, J. Atwood, M. Churchill, 1986 .

Formation and crystal structure of MeIr(CO)(PPh3)2(MeCO2CHCHCO2Me). Comparison of the structures of analogous alkene and alkyne complexes

J. Fettinger, J. Atwood, M. Churchill, 1986 .

Crystal structure and molecular geometry of [(.eta.5-C5H5)2Fe]2As4Cl10O2, the ferrocenium salt of a complex oxychloroarsenate(III) counterion

A. Rheingold, M. Churchill, A. G. Landers, 1981 .

Coordination chemistry of new sulfur-containing ligands. 17. Preparation, characterization and crystal and molecular structure of [N,N'-trimethylenebis(methyl 2-amino-1-cyclopentenedithiocarboxylato)] copper(II), a highly distorted CuN2S2 compound

M. Churchill, R. D. Bereman, G. Shields, 1979 .

MOLECULES WITH AN M4X4 CORE. 12. DISRUPTION OF TETRAMERIC (TRIPHENYLARSINE)COPPER(I) IODIDE IN ACETONITRILE SOLUTION. CRYSTAL STRUCTURE OF ((ASPH3)(MECN)CUI)2

M. Churchill, J. Missert, 1981 .

Synthesis of alkyne complexes of the type Ta(.eta.5-C5Me5)(alkyne)Cl2 and crystal structure of (.eta.5-pentamethylcyclopentadienyl)(diphenylacetylene)dichlorotantalum

R. Schrock, W. Youngs, M. Churchill, 1981 .

Crystal structure and molecular geometry of (.eta.2-benzyne)(.eta.5-pentamethylcyclopentadienyl)dimethyltantalum, a mononuclear tantalum-benzyne complex

W. Youngs, M. Churchill, 1979 .

Molecules with an M4X4 core. VI. Crystallographic characterization of .mu.4-oxo-hexa-.mu.2-chloro-tetrakis(triethylphosphine oxide)tetracopper(II), a product from the aerobic oxidation of tetrameric triethylphosphine copper(I) chloride

B. Deboer, M. Churchill, S. J. Mendak, 1975 .

Molecules with an M4X4 core. VII. Crystal and molecular structure of tetrameric triethylphosphinesilver(I) iodide

B. Deboer, M. Churchill, 1975 .

Synthesis, X-ray crystal structure, and properties of a tetranuclear complex formed by oxidation of copper(I) chloride with molecular dioxygen in N-methylpyrrolidin-2-one. Isolation of a catalyst for the oxidative coupling of phenols by dioxygen

M. Rupich, F. Rotella, M. Churchill, 1978 .

Synthesis and characterization of ruthenium complexes which utilize a new family of terdentate ligands based upon 2,6-bis(pyrazol-1-yl)pyridine

K. Takeuchi, M. Churchill, D. Jameson, 1993 .

Molecules with an M4X4 core. III. Comparison of the x-ray crystallographically determined molecular structures of tetrameric triethylphosphinecopper(I) iodide and triethylarsinecopper(I) iodide

K. L. Kalra, M. Churchill, 1974 .

X-ray diffraction studies oncis-[Ru(bpy)2(PMe3)Cl+][ClO4−] andcis-[Ru(bpy)2{PMe2(o-tol)}Cl+][ClO4−]; two ordered structures in thecis-bis(bipyridyl)chloro(phosphine)-ruthenium(II) series

K. Takeuchi, M. Churchill, L. M. Krajkowski, 1997 .

Crystal structure ofmer,trans-[Ru(NO2)(trpy) (PPh3)2+][PF6−]: a “problem structure”

K. Takeuchi, M. Churchill, L. F. Szczepura, 1996 .

Crystal structure ofmer,trans-[Ru(NO2)(trpy)(PPr3)2+][ClO4−], a species with disordered PPr3 and NO2 ligands

K. Takeuchi, M. Churchill, C. A. Bessel, 1996 .

Crystal structure of the methanol solvate of (η5-cyclopentadienyl)[1,2-bis(diphenylphosphino)ethane] nitroruthunium(II) Ru(η5-C5H5)dppe)(NO2)·CH3OH

C. H. Lake, K. Takeuchi, M. Churchill, 1996 .

Crystal structure ofcis-[Ru(bpy)2(PPh3)Cl+][ClO4−]·(toluene)·∼0.5(CH2Cl2), a species with two different disordered solvent molecules of crystallization

K. Takeuchi, M. Churchill, M. H. Huynh, 1996 .

Synthesis ofcis-[Ru{4,4′-(t-Bu)2bpy}2(PPh3)Cl+][ClO4−] and the crystal structure of its disordered hemiacetonitrile, hemitoluene solvate

C. H. Lake, K. Takeuchi, M. Churchill, 1996 .

Synthesis, characterization and crystal structure of trans-[2,6-bis(3-phenylpyrazol-1-yl-κN2)pyridine-κN]chloro-bis(trimethylphosphine)ruthenium(II) perchlorate: evidence for meridional steric crowding

K. Takeuchi, M. Churchill, D. Jameson, 1991 .

Synthesis, Characterization, and X-Ray Crystal Structure of (Ru(NO2)(PMe3)2(trpy))(ClO4).

S. A. Kubow, J. Ziller, R. Leising, 1990 .

Structural Considerations of Terdentate Ligands: Crystal Structures of 2,2′:6′,2′′‐Terpyridine and 2,6‐Bis(pyrazol‐1‐yl)pyridine.

K. Takeuchi, M. Churchill, D. Jameson, 1993 .

Coupling of methylidyne and carbonyl ligands on tungsten. Crystal structure of W(.eta.2-HC.tplbond.COAlCl3)(CO)(PMe3)3Cl

H. Wasserman, R. Schrock, M. Churchill, 1982 .

Lanthanide(III) hexaaza macrocyclic Schiff-base complexes and their decomposition in aqueous solution

T. S. Janik, J. Morrow, M. Churchill, 2001 .

Crystal and molecular structure of a σ-phenyl complex of nickel: (π-C5H5)Ni(PPh3)Ph

M. Churchill, T. A. O'Brien, 1969 .

Crystal structure of HReMn(CO)14. A neutral, electron-deficient, polynuclear carbonyl hydride

H. Kaesz, R. Bau, M. Churchill, 1967 .

Molecules with an M4X4 core. V. Crystallographic characterization of the tetrameric cubane-like species triethylphosphinecopper(I) chloride and triethylphosphinecopper(I) bromide. Systematics in the [PEt3CuX]4 series

B. Deboer, M. Churchill, S. J. Mendak, 1975 .

MOLECULES WITH AN M4X4 CORE PART 2, X-RAY CRYSTALLOGRAPHIC DETERMINATION OF THE MOLECULAR STRUCTURE OF TETRAMERIC TRIPHENYLPHOSPHINECOPPER(I) BROMIDE IN CRYSTALLINE (PPH3CUBR)4.2CHCL3

K. L. Kalra, M. Churchill, 1974 .

Crystal structures of trans-[Ru(dppe)2(CO)(Cl)](BF4)·2(toluene) and trans-[Ru(dppm)2(CO)(Cl)](BF4)·CH2Cl2: a study of the steric and electronic ligand effects of trans-positioned diphosphine ligands

T. S. Janik, K. Takeuchi, M. Churchill, 1995 .

.alpha.-Hydride elimination: the first observable equilibriums between alkylidene complexes and alkylidyne hydride complexes

H. Wasserman, R. Schrock, M. Churchill, 1982 .

Crystal and molecular structure of bis(.mu.-bromo)bis(N,N,N',N'-tetraethylethylenediamine)dicopper(I) and the kinetics of its oxidation by dioxygen in nitrobenzene

J. Zubieta, M. Churchill, J. Hutchinson, 1984 .

Crystal structure and molecular geometry of homogeneous hydrogenation catalyst .mu.-chloro-.mu.-hydrido-dichlorobis(pentamethylcyclopentadienyl)diiridium(III) and of its di-.mu.-chloro-dichlorobis- precursor. Direct comparison of .mu.-hydrido-.mu.-chloro-diiridium and di-.mu.-chloro-diiridium bridgi

M. Churchill, S. Julis, 1977 .

Comparative geometry of di-.mu.-chloro-dirhodium and .mu.-hydrido-.mu.-chloro-dirhodium bridges. Crystal structure of di-.mu.-chloro-dichlorobis(.eta.5-pentamethylcyclopentadienyl)dirhodium and its relation to .mu.-hydrido-.mu.-chloro-dichlorobis(.eta.5-pentamethylcyclopentadienyl)dirhodium

F. Rotella, M. Churchill, S. Julis, 1977 .

Structural studies on some (.eta.5-C5H5)M(CO)3X molecules: (.eta.5-C5H5)W(CO)3Cl, (.eta.5-C5H5)Mo(CO)3Cl, and (.eta.5-C5H5)Mo(CO)3HgCl

Melvyn Rowen Churchill, Clifford Bueno, M. Churchill, 1981 .

Crystal and molecular structure of a tantalum-benzylidyne complex, Ta(.eta.5-C5Me5)(CPh)(PMe3)2Cl. Evidence for a tantalum-carbon triple bond

Melvyn Rowen Churchill, Wiley J. Youngs, W. Youngs, 1979 .

Multiple metal-carbon bonds. 10. Thermally stable tantalum alkylidyne complexes and the crystal structure of Ta(.eta.5-C5Me5)(CPh)(PMe3)2Cl

Richard R. Schrock, Melvyn Rowen Churchill, Louis Messerle, 1978 .

Crystal and molecular structure of the bidentate ligand 2,2-di(1-pyrazolyl)propane, CH3C(C3N2H3)2CH3

K. Takeuchi, D. Churchill, R. K. Castellano, 1996 .

Structural studies on polynuclear osmium carbonyl hydrides. 6. (.mu.-H)Os3(CO)8[C(O-)C(CHMe-)CHCHCEt], a species with a trisubstituted .eta.5-cyclopentadienyl ring derived via extrusion of osmium from an osmiacyclohexadienone system

M. Churchill, R. A. Lashewycz, 1978 .

X-ray crystallographic studies on fluxional pentacoordinate transition metal complexes. III. (Cycloocta-1,5-diene)[1,3-bis(diphenylphosphino)propane]methyliridium(I)

M. R. Churchill, S. A. Bezman, M. Churchill, 1973 .

Molecules with an M4X4 core. II. X-ray crystallographic determination of the molecular structure of tetrameric triphenylphosphinecopper(I) bromide in crystalline [PPH3CuBr]4.2CHCl3

K. L. Kalra, M. Churchill, 1974 .

Cyclopentadiene elimination reactions for the preparation of organoindium(III) derivatives. crystal and molecular structures of Me2In(acac), (Me3CCH2)2In(acac), (Me) (Me3CCH2)In(acac), and [Me2InNH(t-Bu)]2

O. T. Beachley, A. Kovalevsky, M. Churchill, 2003 .

Synthesis, characterization, and structural studies of In(C5H4Me) by X-ray diffraction and electron diffraction techniques and a reinvestigation of the crystalline state of In(C5H5) by X-ray diffraction studies

O. T. Beachley, J. Fettinger, R. Blom, 1988 .

Co8(CO)24C6, a bis(tricobalt nonacarbonyl)/dicobalt hexacarbonyl derivative of 2,4-hexadiyne from the reaction of dicobalt octacarbonyl with hexachlorocyclopropane

M. Churchill, D. Seyferth, Ralph J. Spohn, 1970 .

Regiochemical and stereochemical studies on halocyclization reactions of unsaturated sulfides

C. H. Lake, M. Churchill, E. Turos, 1995 .

Crystal structure of bis(imidotetramethyldithiodiphosphino-S,S)iron(II), a complex with tetrahedral iron tetrasulfide core

J. Wormald, M. Churchill, 1971 .

Structural studies on clathro chelate complexes. I. Trigonal-prismatic coordination of d8 nickel(II) in crystalline [fluoroborotris(2-aldoximo-6-pyridyl)phosphine]nickel(II) tetrafluoroborate

Reis, M. R. Churchill, M. Churchill, 1972 .

Structure of an asymmetric dinuclear organotantalum complex with three different bridging ligands: [(η5-C5Me4Et)TaCl2](μ-η1-N,η2-C,N-NCHMe)(μ-Cl)(μ-H)[(η5-C5Me4Et)TaCl]

H. Wasserman, M. Churchill, 1983 .

Tantalum complexes containing diimido bridging dinitrogen ligands

H. Wasserman, R. Schrock, M. Churchill, 1980 .

Discovery of an "opened-envelope" conformation for the TaC4 ring in tantalacyclopentane complexes. Crystal and molecular structures of Ta(.eta.5-C5Me5)(C4H8)Cl2 and Ta(.eta.5-C5Me5)(C7H12)Cl2

W. Youngs, M. Churchill, 1980 .

X-ray crystallographic results on tantallacyclopentane complexes derived from ethylene and 1,6-heptadiene: Ta(.eta.5-C5Me5)(C4H8)Cl2 and Ta(.eta.5-C5Me5)(C7H12)Cl2

W. Youngs, M. Churchill, 1979 .

Crystal structure and molecular geometry of Ta(:CHCMe3)2(mesityl)(PMe3)2, a bis(alkylidene) complex of tantalum with remarkably obtuse Ta:C(.alpha.)-C(.beta.) angles of 154.0(6) and 168.9(6).degree.

W. Youngs, M. Churchill, 1979 .

Crystal and molecular structure of a tantalum-alkylidene complex, bis(.eta.5-cyclopentadienyl)chloro(neopentylidene)tantalum

F. Hollander, M. Churchill, 1978 .

Crystal structure of bis(.eta.5-cyclopentadienyl)chloro(neopentylidene)tantalum, Ta(.eta.5-C5H5)2(CHCMe3)Cl, a molecule containing a twisted neopentylidene ligand with a highly obtuse Ta-C(.alpha.)-C(.beta.) angle

R. Schrock, F. Hollander, M. Churchill, 1978 .

Crystal and molecular structure of dimeric azulenetricarbonylmethylmolybdenum

M. Churchill, P. Bird, 1968 .

Crystal structure of a trinuclear transition metal carbonyl hydride. HRe2Mn(CO)14

R. Bau, M. Churchill, 1967 .

Preparation and configuration of the [Re4(CO)16]2-anion. A planar, triangulated, rhenium carbonyl cluster

H. Kaesz, R. Bau, M. Churchill, 1967 .

The crystal and molecular structure of azulene diiron pentacarbonyl

M. Churchill, 1967 .

DIVISION OF ORGANOMETALLIC CHEMISTRY: STRUCTURAL INFORMATION ON THE BONDING IN SOME ORGANO-TRANSITION-METAL COMPLEXES*

M. Churchill, 1969 .

The Crystal and Molecular Structure of Acetylacetonato (cycloocta-2,4-dienyl) palladium

M. Churchill, 1966 .

The nature of the chemical bonding and crystallography of π-cyclopentadienyl-hexakis(trifluoromethyl)benzene rhodium

M. Churchill, R. Mason, 1966, Proceedings of the Royal Society of London. Series A. Mathematical and Physical Sciences.

The Crystal and Molecular Structure of Racemic Iodocarbonyl-π-cyclopentadienyl-pentafluoroethylrhodium

M. Churchill, 1965 .

The structure and bonding of a cobalt-cyclopentadiene complex

M. Churchill, 1965 .

The crystal and molecular structure of π-cyclopentadienyl 1-phenylcyclopentadiene cobalt

M. Churchill, R. Mason, 1964, Proceedings of the Royal Society of London. Series A. Mathematical and Physical Sciences.

Nature of the Metal-cyclopentadienyl Bonding in Some Organometallic Molecules

M. J. Bennett, M. Churchill, M. Gerloch, 1964, Nature.

Discovery of a triangulated thirteen vertex (1,5,6,1) docosahedron from an X-ray diffraction study of (π-C5H5)Co(π-7,9-B10C2H12)

B. Deboer, M. Churchill, 1972 .

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

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

Crystallographic elucidation of the molecular geometry of bis(pentalenyl)iron, including the location and refinement of hydrogen atoms

M. Churchill, Kuo-Kuang G. Lin, 1973 .

Multiple metal-carbon bonds. 33. Some reactions of tungsten methylidyne complexes and the crystal structure of [W2(CPMe3)2(PMe3)4Cl4][AlCl4]2

H. Wasserman, R. Schrock, M. Churchill, 1984 .

Transition Metal Complexes of Azulene and Related Ligands

M. Churchill, 2007 .

SYNTHESIS AND CHARACTERIZATION OF SOME ALKYL(DIFERROCENYL)PHOSPHINES AND ALKYL(DIFERROCENYL)PHOSPHINE OXIDES

M. Churchill, W. Feighery, R. Kirss, 2002 .

A reexamination of the reactions of Ga(CH2SiMe3)3 and In(CH2SiMe3)3 with alkali metal hydrides. The search for a reductive-elimination reaction

O. T. Beachley, W. M. Sanders, J. Atwood, 1983 .

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

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

Synthesis, characterization, and molecular structure of a compound with a ring of Group 13, 15, and 16 atoms, [cyclic] (Me3CCH2)2InP(t-Bu)2In(CH2CMe3)2SePh

C. H. Lake, O. T. Beachley, M. Churchill, 1993 .

An organoindium compound containing an indium-selenium bond: synthesis, properties, and molecular structure of [(Me3CCH2)2InSePh]2

C. H. Lake, O. T. Beachley, M. Churchill, 1992 .

Indium compounds that contain two different organic substituents. Crystal structure of [In(CH2CMe3)(CH2SiMe3)Cl]2. An interesting case of partial ligand disorder in the solid state

C. H. Lake, O. T. Beachley, M. Churchill, 1991 .

(Pentamethylcyclopentadienyl)indium(I) and -indium(III) compounds: syntheses, reactivities, and X-ray diffraction and electron diffraction studies of In(C5Me5)

O. T. Beachley, J. Fettinger, R. Blom, 1989 .

Silicone grease as a precursor to a pseudo crown ether ligand: crystal structure of [K+]3[K(Me2SiO)7+][InH(CH2CMe3)3–]4

C. H. Lake, O. T. Beachley, M. Churchill, 1993 .

Chemistry of organoindium hydrides. Synthesis, characterization, and crystal structure of K{H[In(CH2CMe3)3]2}

Melvyn Rowen Churchill, Ronald F. See, O. T. Beachley, 1992 .

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

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

Cyclooctatetraenehexacarbonyldimanganese, (C8H8)Mn2(CO)6. A corrected structural formulation, based on an x-ray crystallographic study

R. King, F. Rotella, M. Churchill, 1975 .

Crystal structure and molecular geometry of a trigonal-bipyramidal oxo-alkylidene complex of tungsten(VI), W(:O)(:CHCMe3)(PEt3)Cl2

Melvyn Rowen Churchill, Joseph R. Missert, Wiley J. Youngs, 1981 .

Crystal and molecular structure of [Ta(:CHCMe3)(CH2CMe3)(PMe3)2]2(.mu.-N2), a molecule with a dinitrogen ligand behaving as a diimido group in a Ta:NN:Ta bridge

H. Wasserman, M. Churchill, 1981 .

Coordination of sulfur dioxide to iridium(I) centers. Sulfur dioxide insertion into a methoxo-metal bond: Crystal and molecular structure of carbonyl(methyl sulfito)(sulfur dioxide)bis(triphenylphosphine)iridium-hemitoluene, the first structurally characterized example of a transition metal complex

Melvyn Rowen Churchill, S. L. Randall, Cynthia A. Miller, 1994 .

Synthesis, properties, and crystallographic characterization of a dinuclear .mu.-carbonato complex of cobalt(III): [(NH3)3Co(.mu.-OH)2(.mu.-CO3)Co(NH3)3]SO4.5H2O

M. Churchill, T. Dasgupta, K. Koshy, 1981 .

Synthesis and crystal structure of (.mu.-H)Os3(CO)9(.eta.1-C(OMe)2)(.mu.3-CPh), a mixed carbene carbyne cluster complex

M. Churchill, Y. Li, J. Shapley, 1985 .

Structural studies on polynuclear osmium carbonyl hydrides. 30. Synthesis, crystal structure, and reactivity of (.mu.-H)Os3(CO)10(.mu.3-CPh)

M. Churchill, Y. Li, J. Shapley, 1985 .

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

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

Structural studies on polynuclear osmium carbonyl hydrides. 11. Crystal structure and molecular geometry of (.mu.-H)Os3(CO)10(CHCH:NEt2), a species containing a .mu.2-hydride ligand and a .mu.2-1,3-dipolar >C-HCH:N+Et2 ligand

M. Churchill, R. A. Lashewycz, 1979 .

The crystal and molecular structure of dimeric 2-carboxyethyl-p-allylnickel bromide

M. Churchill, T. A. O'Brien, 1967 .

Crystal structure and molecular geometry of .mu.-carbonyl-bis(.mu.-hexafluoroisopropylidenimino)hexacarbonyldimanganese(Mn-Mn), [CF3)2C=N]2Mn2(CO)7, a complex with bridging alkylidenimino ligands

M. Churchill, Kuo-Kuang G. Lin, 1975 .

The crystal and molecular structure of .pi.-cyclopentadienyl(1,2-dicyanoethene-1,2-dithiolato)cobalt

M. Churchill, J. Fennessey, 1968 .

Crystal structure of [Ph3PCH2CH2PPh2+3][Ru10(μ6-C)2(CO)20(μ-CO)2-4] · 2Me2CO and some brief comments on the severely disordered structure of [NEt+4]2[Ru10(μ6-C)2(CO)20(μ-CO)2-4]

A. Rheingold, M. Churchill, C. Bueno, 1990 .

Crystal structure and molecular geometry of HRu3(CO)10(C = NMe2), including the direct location of the .mu.2-bridging hydride ligand

F. Rotella, B. Deboer, M. Churchill, 1976 .

Molecules with an M4X4 core. 12. Disruption of tetrameric (triphenylarsine)copper(I) iodide in acetonitrile solution. Crystal structure of [(AsPh3)(MeCN)CuI]2

M. Churchill, J. Missert, 1981 .

X-ray crystallographic determination of the molecular structure of bis(tetraethylammonium)di-.mu.-hydrido-octacarbonylditungstate(2-), [Et4N+]2[H2W2(CO)82-]. Unique example of the successful location and refinement of hydride ligands in positions bridging third-row transition metal atoms

M. Churchill, Shirley W.-Y. Chang, 1974 .

Crystal structures of transition-metal aryls. Part V. trans-Bis[methyl-diphenylphosphine]bis(σ-pentafluorophenyl)nickel(II)

M. Churchill, M. Veidis, 1972 .

Molecules with an M4X4 core. II. The unexpected isolation of the cubane-like isomer of tetrameric (triphenylarsine)copper(I) iodide. Crystal structure of [(AsPh3)CuI]4·C6H6

Melvyn Rowen Churchill, Wiley J. Youngs, W. Youngs, 1979 .

Crystal and molecular structure of(η5-C5H5)W[C3(CME3)2Me](PME3)Cl2, a species with a tetrahedral WC3, core formed from a tungstenacyclobutadiene complex via attack on tungsten by a phosphorus-donor ligand

J. Fettinger, M. Churchill, 1985 .

MOLECULES WITH AN M4X4 CORE PART 4, CRYSTALLOGRAPHIC DETECTION OF A ′STEP′ CONFIGURATION FOR THE CU4I4 CORE IN TETRAMERIC TRIPHENYLPHOSPHINECOPPER(I) IODIDE, (PPH3CUJ)4

B. Deboer, M. Churchill, D. Donovan, 1975 .

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

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

Crystallographic studies on sulfur dioxide insertion compounds. V. 1Elucidation of the molecular geometry of cis-.mu.-carbonyl-.mu.-(sulfur dioxide)-bis (.pi.-cyclopentadienylcarbonyliron), cis-(.pi.-C5H5)2Fe2(CO)3(SO2)

Melvyn Rowen Churchill, Krishan L. Kalra, K. L. Kalra, 1973 .

Molecules with an M4X4 core. 8. Crystal structures of tetrameric triethylphosphinesilver(I) chloride and triethylphosphinesilver(I) bromide

Melvyn Rowen Churchill, J. Donahue, Frank J. Rotella, 1976 .

Crystal structure and molecular geometry of octadecacarbonylhexaruthenium dihydride

J. Wormald, M. Churchill, 1971 .

Synthesis and crystal structure of the bismuth-iron carbonyl cluster [Et4N]2[Bi4Fe4(CO)13]. Discovery of a hybrid Zintl-metal carbonyl cluster

J. Fettinger, M. Churchill, K. Whitmire, 1985 .

Structure of (η5-C5H5) 2Ru2Fe2(CO) 8(μ2-CO)(μ4-η6-C6H6): an unusual mixed-metal compound containing a bridging diallyl ligand derived by unsymmetrical coupling of two allenyl groups☆

M. Churchill, A. Wojcicki, R. F. See, 1996 .

Crystal and molecular structure of trans-1,4-bis(.pi.-cyclopentadienyldicarbonyliron)buta-1,3-diene

J. Wormald, M. Churchill, 1969 .

Bimetallic catalysts from pseudotetrahedral iridium-tungsten clusters. Synthesis and crystal structures of (.eta.5-C5H5)WIr3(CO)11 and (.eta.5-C5H5)2W2Ir2(CO)10

John R. Shapley, Melvyn Rowen Churchill, Galen D. Stucky, 1981 .

X-ray structural study of (.eta.5-C5H5)2W2Os(CO)7[.mu.3-MeC6H4C.tplbond.CC6H4Me]. An unusual example of two isomers of a complex in an ordered single crystal

H. Wasserman, M. Churchill, C. Bueno, 1982 .

Photoinduced formation of phosphido-bridged clusters derived from Ru3(CO)9(PPh2H)3. Crystal and molecular structure of Ru3(μ-H)(μ-PPh2)3(CO)7

G. Geoffroy, M. Churchill, R. Ortega, 1983 .

Synthesis, crystal structure, and dynamic behavior of tetra-.mu.-hydrido-.mu.-[1,2-bis(diphenylphosphino)ethane]-decacarbonyltetraruthenium, an isomer of (.mu.-H)4Ru4(CO)10(diphos) with a bridging diphos ligand

M. Churchill, J. Shapley, R. A. Lashewycz, 1980 .

Formation of cyclopentadienyl complexes from tungstenacyclobutadiene complexes and the x-ray crystal structure of an .eta.3-cyclopropenyl complex, W[C(CMe3)C(Me)C(Me)](Me2NCH2CH2NMe2)Cl3

Joseph W. Ziller, Richard R. Schrock, Melvyn Rowen Churchill, 1984 .

Effect of charge on bond formation and cleavage in main-group-transition-metal clusters: The reactions of Bi2Fe3(CO)9 with [Fe(CO)4]2- and [Co(CO)4]- [22]

Melvyn Rowen Churchill, Ronald F. See, James C. Fettinger, 1986 .

Reaction of (η1-allenyl)dicarbonyl(η5-cyclopentadienyl)ruthenium with nonacarbonyldiiron: synthesis and characterization of iron-ruthenium mixed-metal products

M. Churchill, M. Calligaris, P. Faleschini, 1996 .

Characterization of the oxo-alkylidyne complex CpWOs3(CO) 10(μ-O)(μ3-CCH2Tol) resulting from acyl ligand C-O bond scission. Interconversion of alkylidyne, alkylidene, vinylidene, and alkyne ligand moieties in a single heterometallic cluster system

Joseph W. Ziller, Joon T. Park, John R. Shapley, 1994 .

Remarkably facile osmium-osmium bond cleavage in the reaction of H2Os3(CO)10 with a tungsten carbyne. Crystal structures of CpWOs3(CO)11[C(O)CH2C6H4Me] and Cp2W2Os(CO)7[C2(C6H4Me)2]

H. Wasserman, M. Churchill, Joon T. Park, 1981 .

Crystal structure of a complex with a substituted methylene ligand bound to a triosmium cluster: Os3(CO)10(μ-CO)(μ-CHSiMe3)

H. Wasserman, M. Churchill, 1983 .

Synthesis, characterization, and crystal structure of the [Ru10C2(CO)24] dianion. An edge-fused bioctahedral dicarbide cluster

A. Rheingold, M. Churchill, J. Shapley, 1982 .

Coupling of methylidyne and carbonyl ligands on the triosmium cluster framework. Crystal structure of (.mu.-H)2Os3(CO)9(.mu.3-.eta.1-CCO)

M. Churchill, J. Shapley, C. Bueno, 1983 .

Tetrahedral anionic rhenium carbonyl hydride: [H6Re4(CO)122-]

H. Kaesz, R. Bau, M. Churchill, 1969 .

Characterization of an anionic rhenium carbonyl hydride [H2Re3(CO)12-]

H. Kaesz, R. Bau, M. Churchill, 1968 .

Crystallographic studies on sulfur dioxide insertion compounds. III. Structure of S-sulfinate derivative, [.pi.-C5Me5]Fe(CO)2SO2CH2CH:=CHPh

J. Wormald, M. Churchill, 1971 .

Crystallographic studies on sulfur dioxide insertion compounds. II. Structure of a sultine derivative, .pi.-C5H5Fe(CO)2C4H5SO2

J. Wormald, M. Churchill, 1971 .

Sulfur dioxide insertion. XI. Characterization of .pi.-C5H5Fe(CO)2C4H5SO2. Novel compound from the reaction of sulfur dioxide with a 2-alkynyl complex of iron

J. Wormald, M. Churchill, A. Wojcicki, 1970 .

Crystal structure of a molybdenum acetyl: trans-.pi.-C5H5Mo(CO)2[PPh3]COMe

M. Churchill, J. Fennessey, 1968 .

Crystal and molecular structure of tris(triphenylphosphine)pentakis(pentafluorophenylethynyl)rhodiumdisilver

B. Deboer, M. Churchill, 1975 .

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

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

Structural studies on polynuclear osmium carbonyl hydrides: XXXIV. Elucidation of the molecular structure from a crystal structure of disordered (μ-H)5Os3Re(CO)12

J. Fettinger, F. Hollander, M. Churchill, 1988 .

Structural studies on polynuclear osmium carbonyl hydrides

M. Churchill, Yong-ji Li, 1985 .

Structural studies on polynuclear osmium carbonyl hydrides. 24. Crystal structures of the 60-electron cluster (.mu.-H)3Os3Ni(CO)9(.eta.5-C5H5) and the 59-electron radical cluster (.mu.-H)3Os3Co(CO)9(.eta.5-C5H5)

M. Churchill, C. Bueno, 1983 .

Crystal structure and dynamic behavior of Ir4(CO)10(diars). A new pathway for carbonyl scrambling in M4(CO)12 derivatives

M. Churchill, J. Hutchinson, G. F. Stuntz, 1979 .

High oxidation state dinitrogen complexes. Synthesis and crystal structure of [W(C6H5C.tplbond.CC6H5)(CH3OCH2CH2OCH3)Cl2]2(.mu.-N2).0.5CH3OCH2CH2OCH3

R. Schrock, K. Theopold, M. Churchill, 1984 .

Crystallographic studies on polynuclear rhenium carbonyl hydrides and anions. II. Characterization of [(n-C4H9)4N]2[Re4(CO)16]

Melvyn Rowen Churchill, Robert Bau, R. Bau, 1968 .

MIXED-METAL CLUSTERS VIA METAL HYDRIDE COUPLING. NEW RHENIUM-OSMIUM CLUSTERS AND THE CRYSTAL STRUCTURE OF EICOSACARBONYL(DIHYDROTRIOSMIUM)DIRHENIUM

John R. Shapley, Melvyn Rowen Churchill, G. A. Pearson, 1977 .

Structural studies on polynuclear osmium carbonyl hydrides. 13. Molecular geometry of .mu.-bromo-.mu.-hydrido-decacarbonyltriosmium, (.mu.-H)(.mu.-Br)Os3(CO)10, and a comparison of Os(.mu.-H)(.mu.-X)Os bridges

M. Churchill, R. A. Lashewycz, 1979 .

Structural studies on polynuclear osmium carbonyl hydrides. 12. Molecular geometry of .mu.-chloro-.mu.-hydrido-decacarbonyltriosmium, (.mu.-H)(.mu.-Cl)Os3(CO)10, and characterization of the Os(.mu.-H)(.mu.-Cl)Os bridge

M. Churchill, R. A. Lashewycz, 1979 .

Crystal structure and location of the bridging hydride ligand in .mu.-chloro-.mu.-hydrido-bis[chloro(pentamethylcyclopentadienyl)rhodium(III)], a monogeneous hydrogenation catalyst

M. Churchill, S. Ni, 1973 .

Structural studies on polynuclear osmium carbonyl hydrides. 14. X-ray diffraction study of (.mu.-H)4Os4(CO)11(CNMe), including the direct location of all four bridging hydride ligands

F. Hollander, M. Churchill, 1980 .

Crystallographic studies on ruthenium carbonyl hydrides. 3. Molecular geometry of tetra-.mu.-hydrido-[bis-1,2-(diphenylphosphino)ethane]decacarbonyltetraruthenium, including the direct location and refined positions of all four bridging hydride ligands

M. Churchill, R. A. Lashewycz, 1978 .

Synthesis and crystal structure of tetrahydro(decacarbonyl)-1,2-ethanediylbis(diphenylphosphine)tetraruthenium. Evidence for an edge-terminal-edge hydride scrambling pathway

M. Churchill, J. Shapley, R. A. Lashewycz, 1977 .

Crystal structure and dynamic behavior of Ir4(CO)10(diars). A new pathway for carbonyl scrambling in M4(CO)12 derivatives

M. Churchill, J. Hutchinson, G. F. Stuntz, 1979 .

Crystal structure of tetrairidium dodecacarbonyl, Ir4(CO)12. An unpleasant case of disorder

M. Churchill, J. Hutchinson, 1978 .

New synthesis of mixed-metal clusters from H2Os3(CO)10. Crystal and molecular structure of the paramagnetic cluster H3(.eta.5-C5H5)CoOs3(CO)9 and its diamagnetic structural analog H3(.eta.C5H5)NiOs3(CO)9

M. Churchill, S. Shore, C. Weisenberger, 1982 .

Preparation and X-ray crystallographic characterisation of an unusual heteronuclear complex, RhAg2(CCC6F5)5(PPh3)3

B. Deboer, M. Churchill, M. Bruce, 1974 .

Crystal and molecular structure of bis(triphenylphosphine)octakis(phenylethynyl)tetracopperdiiridium(4 Cu-Cu) (8 Cu-Ir), novel heteronuclear octahedral metal cluster complex

S. A. Bezman, M. Churchill, 1974 .

Structural studies on osmium carbonyl hydrides XXVII. The heteronuclear rhodium-triosmium cluster (μ-H)3Os3Rh(CO)9(η6-C6H5me)

M. Churchill, C. Bueno, 1983 .

Kinetics of the reduction of Co(o-phen)33+ by the metal carbonyl anions Re(CO)5-, Mn(CO)4L- (L = CO, PEt3, PBu3, PPh3), Co(CO)4-, CpMo(CO)3- and CpFe(CO)2- (Cp = .eta.5-C5H5, o-phen = o-phenanthroline). Structural determinations of [PPN+][Mn(CO)5-] and [PPN+][Mn(CO)4(PEt3)-].cntdot.THF

J. Ziller, J. Atwood, M. Churchill, 1992 .

Structural studies on polynuclear osmium carbonyl hydrides. Part 20. Crystal structure and NMR spectra of (.mu.-H)2Os3Co(CO)10(.eta.5-C5H5)

M. Churchill, J. Bricker, S. Shore, 1982 .

Structural studies on polynuclear osmium carbonyl hydrides. 3. Crystal structure and molecular geometry of decacarbonyldihydro(triphenylphosphine)triosmium including direct location of both terminal and .mu.2-bridging hydride ligands

B. Deboer, M. Churchill, 1977 .

Iridium carbonyl clusters. 2. Crystal structure and molecular geometry of Ir4(CO)11[CN(t-Bu)], a derivative of Ir4(CO)12 with no bridging carbonyl ligands

M. Churchill, J. Hutchinson, 1979 .

X-Ray crystal structure and dynamic behaviour of [Ir4(CO)11(CNBut)]

M. Churchill, J. Hutchinson, G. F. Stuntz, 1979 .

PREPARATION AND X-RAY CRYSTALLOGRAPHIC CHARACTERISATION OF AN UNUSUAL HETERONUCLEAR COMPLEX, RHAG2(C-CC6F5)5(PPH3)3

B. Deboer, M. Churchill, M. Bruce, 1974 .

CRYSTAL AND MOLECULAR STRUCTURE OF CU4IR2(PPH3)2(C=CPH)8, A NOVEL HETERONUCLEAR OCTAHEDRAL METAL CLUSTER COMPLEX

S. A. Bezman, M. Churchill, 1974 .

Iridium carbonyl clusters. 3. Crystal structure and molecular geometry of Ir4(CO)10(diars), a derivative of dodecacarbonyltetrairidium (Ir4(CO)12) with one bridging and two "semibridging" carbonyl ligands

Melvyn Rowen Churchill, John P. Hutchinson, M. Churchill, 1980 .

Synthesis and solution properties of lanthanum(III), europium(III), and lutetium(III) THP complexes and an x-ray diffraction study of a crystal containing four stereoisomers of a europium(III) THP complex (THP = 1,4,7,10-tetrakis(2-hydroxypropyl)-1,4,7,10-tetraazacyclododecane). Methyl groups impart

C. H. Lake, J. Morrow, M. Churchill, 1994 .

Alkoxide triggered ligand substitution. Highly stereoselective formation of unsaturated phosphinite ester-molybdenum tetracarbonyl chelates and the x-ray crystal structure of (1-phenylallyl dimethylphosphinite)molybdenum tetracarbonyl

J. Ziller, D. B. Collum, M. Churchill, 1985 .

Formation and structure of a sigma-aryl derivative of molybdenum, .pi.-C7H7Mo(CO)2C6F5

M. Churchill, A. Ignatowicz, M. Rausch, 1968 .

Structural studies on polynuclear osmium carbonyl hydrides. 23. Vibrational study and crystal structure of (.mu.-hydrido)(.mu.-formato)decacarbonyltriosmium (.mu.-H)(.mu.-O2CH)Os3(CO)10

F. Hollander, M. Churchill, J. Shapley, 1982 .

X-ray crystallographic studies on fluxional pentacoordinate transition metal complexes. IV. Structure of (norbornadiene)bis(dimethylphenylphosphine)(trichlorostannato)iridium(I), including the location and refinement of all hydrogen atoms

M. Churchill, Kuo-Kuang G. Lin, 1974 .

Transition metal .sigma.-acyls and related species. IV. Crystal structure and molecular geometry of MeCH.VIN...VIN...VIN..CH.VIN...VIN...VIN..CHCHMeOC(:O)Fe(CO)3, a molecule containing an iron-carbon(carboxylate) linkage in a ferrelactone ring

Kan-Nan Chen, M. Churchill, 1976 .

The crystal structure of a tetrafluoroethyl-iron complex, (HCF2CF2)2Fe(CO)4

M. Churchill, 1967 .

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

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

Synthesis and structure of FeRu3(CO)13(μ-PPh2)2; A “64-electron” cluster complex with a planar triangulated rhomboidal array of metal atoms

Melvyn Rowen Churchill, Clifford Bueno, D. Young, 1981 .

Synthesis, characterization, crystal structure and carbonylation of the perfluorophenoxyiridium(I) complex, trans-(C6F5O)Ir(CO)(PPh3)2

J. Fettinger, J. Atwood, M. Churchill, 1986 .

Crystal structure of Os3(CO)10(.mu.-CO)(.mu.-CH2). A 4-fold disordered structure in a crystal isomorphous with carbonyliron (Fe3(CO)12)

H. Wasserman, M. Churchill, 1982 .

Coordination and coupling of alkylidene groups on a triosmium cluster framework. Crystal structure of Os3(CO)10(.mu.-CO)(.mu.-CHSiMe3)

H. Wasserman, M. Churchill, J. Shapley, 1981 .

PREPARATION OF A “STABILIZED FORMYL” COMPLEX FROM CARBON MONOXIDE AND HYDROGEN AND THE CRYSTAL STRUCTURE OF A DERIVATIVE IN WHICH THE CARBON‐OXYGEN BOND HAS BEEN CLEAVED

R. Schrock, W. Youngs, M. Churchill, 1980 .

Transition metal .sigma.-acyls. III. Crystal structure and molecular geometry of (carbonyl-3,5-cyclohexadiene-1,2-diyl-cyclopentadienediyl)pentacarbonyldiiron, including the location and refinement of all hydrogen atoms

M. Churchill, Shirley W.-Y. Chang, Shirley W.-Y. Chang, 1975 .

Preparation, identification, and crystal structure of a novel hexanuclear iridium–copper cluster complex

S. A. Bezman, M. Churchill, M. Bruce, 1972 .

Iridium carbonyl clusters. 4. Crystal structure and molecular geometry of (.eta.5-C5H5)WIr3(CO)11

Melvyn Rowen Churchill, John P. Hutchinson, M. Churchill, 1981 .

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

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

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

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

Fission of organotin bases at transition metal centers. Synthesis , characterization, and crystal structure of hydrido(decacarbonyl)dimethylaminomethylene triruthenium

F. Rotella, B. Deboer, M. Churchill, 1975 .

Multiple metal carbon bonds. Part 29. Facile conversion of tungsten(VI) neopentylidyne complexes into oxo and imido neopentylidene complexes and the crystal structure of W(CCMe3)(PHPh)(PEt3)2Cl2

H. Wasserman, R. Schrock, M. Churchill, 1982 .

Thermal carbon-oxygen bond scission in a .mu.3-.eta.2-coordinated acyl. Structural characterization of a doubly bridging four-electron oxo ligand

J. Ziller, M. Churchill, Joon T. Park, 1984 .

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

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

Structural studies on polynuclear osmium carbonyl hydrides. XXXVI. The crystal structure of (μ-H)2Os3(CO)9(μ3-η1-CCO), a case wherein internally inconsistent OsOs bond lengths can be explained by the presence of both ordered and disordered molecular sites in the crystal

M. Churchill, C. Bueno, 1990 .

Formation of tungsten-triosmium clusters. Crystal structure and reactivity of (η5-C5H5)WOs3(CO) 12(μ3-CC6H4CH 3)(μ-H)2

John R. Shapley, Yun Chi, M. Rowen Churchill, 1986 .

Structural studies on osmium carbonyl hydrides

M. Churchill, Yong-ji Li, 1985 .

Synthesis and x-ray crystallographic characterization of (μ3-Bi)2Fe3(CO)9: A reformulation of Hieber's Bi2Fe5(CO)20

J. Fettinger, M. Churchill, K. Whitmire, 1985 .

Structural studies on polynuclear osmium carbonyl hydrides. 29. Degenerate framework rearrangement in a capped-square-pyramidal metal-carbon cluster and its conversion to a capped-trigonal-bipyramidal cluster. Crystal structures of (.eta.5-C5H5)WOs3(CO)10(.mu.3-CC6H4CH3)2H and (.eta.5-C5H5)WOs3(CO)9

M. Churchill, Joon T. Park, J. Shapley, 1984 .

Structural studies on polynuclear osmium carbonyl hydrides. 19. Synthesis and crystal structure of (.mu.-H)Os3Re(CO)15(NCMe), an equatorially metallo-ligated triangular cluster complex

Melvyn Rowen Churchill, F. Hollander, Frederick J. Hollander, 1981 .

Mixed-metal clusters by metal hydride coupling. Crystal structures of (.mu.-H)Os3Re(CO)15(NCCH3) and (.mu.-H)5Os3Re(CO)12. Direct conversion of a metalloligated cluster to a closed polyhedron

John R. Shapley, Melvyn Rowen Churchill, Romana A. Lashewycz, 1981 .

Structural studies on polynuclear osmium carbonyl hydrides. 7. Crystal structure and molecular geometry of di-.mu.-hydrido-eicosacarbonyltriosmiumdirhenium(3Os-Os,2Os-Re)

F. Hollander, M. Churchill, 1978 .

Molecules with Bridging Hydride Ligands: Direct Comparisons of M(μ-H)M Bonds with M-M or M(μ-Cl)M Bonds

M. Churchill, 1978 .

Crystal structure and molecular geometry of dimeric azulenemanganese tricarbonyl, [(C10H8)Mn(CO)3]2

Melvyn Rowen Churchill, Romana A. Lashewycz, Frank J. Rotella, 1977 .

X-ray structural analysis of W[C(t-Bu)CHC(t-Bu)][OCH(CF3)2]3 A molecule containing a planar tungstenacyclobutadiene ring with no alkyl substituent on the β-carbon atom

J. Ziller, M. Churchill, 1985 .

STRUCTURAL STUDIES ON POLYNUCLEAR OSMIUM CARBONYL HYDRIDES .28. SYNTHESIS AND STRUCTURE OF (ETA-5-C5H5)WOS3(CO)8(MU-O)(MU-3-ETA-2-C2H2)(ETA-H), A TETRAHEDRAL TUNGSTEN TROISMIUM CLUSTER COMPLEX WITH A UNIQUE UNSYMMETRICAL (W,OS) EDGE-BRIDGING OXO LIGAND

M. Churchill, Joon T. Park, J. Shapley, 1984 .

REACTION OF (MU-H)2OS3(CO)10 WITH (ETA-5-C5H5)(CO)2W=CC6H4CH3 - CRYSTAL-STRUCTURE OF (ETA-5-C5H5)WOS3(CO)11[C(O)CH2C6H4CH3]-APPROXIMATELY 0.5CCL4, A COMPLEX WITH A TRIPLY BRIDGING (MU-3,ETA-2) ACYL LIGAND ON THE SURFACE OF A TRIANGULATED RHOMBOIDAL METAL CLUSTER

M. Churchill, Joon T. Park, J. Shapley, 1983 .

Crystal structure and molecular geometry of an octahedral oxo-alkylidene complex of tungsten(VI), W(:O)(:CHCMe3)(PMe3)2Cl2

A. Rheingold, M. Churchill, 1982 .

Addition reactions and crystal structure of trans-CH3Ir(CO)(PPh3)2

J. Atwood, M. Churchill, Y. Li, 1985 .

Preparation and crystallographic determination of stereochemistry for the monoclinic and triclinic crystal modifications of 4,6,8-trimethylazulenetetraruthenium enneacarbonyl, [(CH3)3C10H5]Ru4(CO)9

M. Churchill, P. Bird, Karen Gold, 1969 .

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

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

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

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

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

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

SYNTHESIS OF A DINUCLEAR YLID COMPLEX DERIVED FROM P(OPh)3: CRYSTAL STRUCTURES OF [Cp2Fe2(CO)2(μ-CO) (μ-CHP(OPh)3)+][BF4 −] AND [Cp2Fe2(CO)2 (μ-CO)(μ-CHPPh3)+][BF4 −]

T. S. Janik, M. Churchill, K. Keil, 2001 .

Synthesis and crystal structure of a dinuclear organometallic phosphonium ylid complex, [(η5-C5H5(CO)C2(ε-CO)(ε-CHP(C6H5)3)+][PF–6]

Melvyn Rowen Churchill, Thomas S. Janik, Michael B. Korzenski, 1996 .

Structural studies on osmium carbonyl hydrides XXVI. Crystal structure of a complex with a 2-methylimidazolyl ligand bound to a triosmium cluster: (μ-H)Os3(CO)10[μ-3,4-η2-C3N2H2(2-CH3)] ☆

M. Churchill, J. Missert, 1983 .

STRUCTURAL STUDIES ON POLYNUCLEAR OSMIUM CARBONYL HYDRIDES. 24. CRYSTAL STRUCTURES OF THE 60-ELECTRON CLUSTER (μ-H)3OS3NI(CO)9(η5-C5H5) AND THE 59-ELECTRON RADICAL CLUSTER (μ-H)3OS3CO(CO)9(η5-C5H5)

M. Churchill, C. Bueno, 1983 .

Syntheses and NMR spectra of Co3(CO)9[.mu.3-CCHAr2] clusters derived from DDT and related molecules: x-ray crystal structures of [[bis(4-chlorophenyl)methyl]carbynyl]tricobalt nonacarbonyl and of its bis(4-chloronaphthyl) analog

T. S. Janik, M. Churchill, M. McGlinchey, 1990 .

Synthesis of unsymmetrical ruthenocenes by gas phase electrocyclic reactions of pentadienylruthenium complexes

Melvyn Rowen Churchill, Rein U. Kirss, Ahadul Quazi, 1993 .

Coordination chemistry of new sulfur-containing ligands. 16. Crystal and molecular structure of tris(pyrrole-n-carbodithioato)iron(III)-hemikis(dichloromethane), Fe(S2CNC4H4)3.0.5CH2Cl2, a low-spin dithiocarbamate complex of iron(III)

M. Churchill, R. D. Bereman, D. Nalewajek, 1979 .

High oxidation state dinitrogen complexes. Synthesis and crystal structure of [W(C6H5C≡CC6H5)(CH 3OCH2CH2OCH3)Cl2] 2(μ-N2)·0.5CH3OCH2CH 2OCH3

Richard R. Schrock, Melvyn Rowen Churchill, Yong Ji Li, 1985 .

The Nature of the Dimethyl-aluminum (-gallium and -indium) Methylphenylamide Dimers in Solution and the Molecular Structure of (CH3)2 InN (CH3)- (C6H5)2.

O. T. Beachley, R. Hallock, M. Churchill, 1981 .

Crystal structure and molecular geometry of 3-ethyl-3-alumina-1,2-dicarba-closo-dodecaborane (12), 1,2-B9C2H11AlEt

M. Churchill, A. Reis, 1972 .

Synthesis and molecular geometry of fac-Cr(CO)3(PEt3)3

J. Atwood, M. Churchill, A. Wong, 1980 .

STRUCTURAL STUDIES ON POLYNUCLEAR OSMIUM CARBONYL HYDRIDES. 12. MOLECULAR GEOMETRY OF μ-CHLORO-μ-HYDRIDO-DECACARBONYLTRIOSMIUM, (μ-H)(μ-CL)OS3(CO)10, AND CHARACTERIZATION OF THE OS(μ-H)(μ-CL)OS BRIDGE

M. Churchill, R. A. Lashewycz, 1979 .

STRUCTURAL STUDIES ON POLYNUCLEAR OSMIUM CARBONYL HYDRIDES. 13. MOLECULAR GEOMETRY OF μ-BROMO-μ-HYDRIDO-DECACARBONYLTRIOSMIUM, (μ-H)(μ-BR)OS3(CO)10, AND A COMPARISON OF OS(μ-H)(μ-X)OS BRIDGES

M. Churchill, R. A. Lashewycz, 1980 .

Coordination and scission of alkynes on a tungsten-triosmium framework

Joon T. Park, John R. Shapley, Melvyn Rowen Churchill, 1983 .

STRUCTURAL STUDIES ON POLYNUCLEAR OSMIUM CARBONYL HYDRIDES. 14. X-RAY DIFFRACTION STUDY OF (μ-H)4OS4(CO)11(CNME), INCLUDING THE DIRECT LOCATION OF ALL FOUR BRIDGING HYDRIDE LIGANDS

F. Hollander, M. Churchill, 1980 .

Displacement of hard bases from a soft center by a soft ligand: reaction of Ir(CO)(OH)(SO4)L2 (L = PPh3, P(p-tolyl)3) with carbon monoxide and the crystal structure of [Ir(CO)3(PPh3)2+][HSO4-].cntdot.1/3H2O

S. L. Randall, J. Ziller, Jeffrey S. Thompson, 1991 .

Synthesis, characterization and the unpleasantly disordered crystal structure of Ir(Ome)(CO)(PPh3)2(SO4)

J. Fettinger, J. Atwood, M. Churchill, 1988 .

Transformations in the bismuth-iron carbonyl cluster system: Importance of oxidation/reduction reactions. Crystal structures of [Me4N]3[Bi2Fe4(CO)13]Cl and [Et4N][Bi2Fe2Co(CO)10]

J. Fettinger, B. Robinson, M. Churchill, 1987 .

Structural and theoretical discussion of tridecacarbonyltetrabismuthtetraferrate(2-): application of MO and Teo electron counting theories to a Zintl-metal carbonylate

J. Fettinger, S. Kang, T. A. Albright, 1986 .

X-ray structural characterization of [Et4N+]3[BiFe4(CO)163−]

J. Fettinger, M. Churchill, K. Whitmire, 1986 .

Synthesis and characterization of an iron carbonyl cluster containing bismuth: crystal and molecular structure of tetraethylammonium (.mu.3-bismuthido)nonacarbonyl(.mu.3-carbonyl)-triangulo-triferrate(1-), [Et4N][(.mu.3-Bi)Fe3(CO)9(.mu.3-CO)], a closo cluster of the first transition series with a la

L. V. Biondi, J. Fettinger, M. Churchill, 1984 .

Synthesis and X-ray structure of µ-carbonyl-bis-µ-hexafluoroisopropylidenamido-hexacarbonyldimanganese. An analogue of enneacarbonyldi-iron having unsymmetrically bridging ligands

M. Churchill, E. Abel, Kuo-Kuang G. Lin, 1974 .

X-Ray crystallographic determination of the structure of (π-C5H5)RhFe3(CO)11: a tetrahedral metal cluster derivative with a crowded co-ordination surface

M. Churchill, M. Veidis, 1970 .

Dimeric (pentamethylcyclopentadienyl)rhodium and -iridium complexes. 5. Structural studies on the homogeneous hydrogenation catalysts [(.eta.5-C5Me5)IrBr]2(.mu.-Br)2 and [(.eta.5-C5Me5)IrI]2(.mu.-I)2 and systematics in the series [(.eta.5-C5Me5)IrX]2(.mu.-X)2 (X = chlorine, bromine, iodine)

M. Churchill, S. Julis, 1979 .

Structural studies on polynuclear osmium carbonyl hydrides. 25. Synthesis, characterization, and reversible photochemical/thermal interconversion of .eta.1- and .eta.2-bridged (aryldiazo)triosmium clusters. Crystal structure of (.mu.-H)Os3(CO)10(.mu.-.eta.2-N:NPh)

Deborah E. Samkoff, H. Wasserman, M. Churchill, 1984 .

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

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

Triosmium-induced dehydrogenation of triethylamine. The crystal structure of HOs3 (CO)10 (-CHCH+NEt2)

M. Churchill, J. Shapley, M. Tachikawa, 1978 .

Synthesis, crystal structure, and some reactions of Os3(CO)9(μ3-CPh)(μ3-COMe)

Joseph W. Ziller, John R. Shapley, W.-Y. Yeh, 1986 .

Synthesis and crystallographic characterization of a dinuclear 1,2-hydrazido(2-) complex of tungsten(VI), [W(.eta.5-C5Me4(CMe3))(CCMe3)I]2(.mu.-N2H2).CH2Cl2

R. Schrock, M. Churchill, Y. Li, 1984 .

Crystal structure and molecular geometry of dibromobis(trimethylphosphine)(2-pentaboranyl)carbonyliridium(III), a product from the oxidative addition of bromopentaborane to chlorobis(trimethylphosphine)carbonyliridium, and comments on the structural trans influence of .sigma.-bonded boron

M. Churchill, J. Hackbarth, 1975 .

Crystallographic studies on sulfur dioxide insertion compounds. IV. Structure of μ-(sulfur dioxide)-bis(π-cyclopentadienyldicarbonyliron), including the location and refinement of hydrogen atoms

Melvyn Rowen Churchill, Barry G. DeBoer, Krishan L. Kalra, 1973 .

Synthesis and molecular geometry of [(.eta.6-C6H5)As(C6H5)2]Cr(CO)3

H. Wasserman, J. Atwood, M. Churchill, 1980 .

Structural studies on polynuclear osmium carbonyl hydrides. Part 35. Coordination and scission of alkynes on a tungsten-triosmium framework. Crystal structures of (.eta.5-C5H5)WOs3(CO)10[.mu.3-.eta.2-C2(C6H4CH3)2]H and (.eta.5-C5H5)WOs3(CO)10[.mu.3-.eta.2-C2(CO2C2H5)2]H - species with an alkyne liga

J. Ziller, M. Churchill, Joon-Taik Park, 1988 .

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

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

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

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

X-ray crystallographic studies on octahedral oxo alkylidene complexes of tungsten(VI): W(O)(CHCMe3)(PMe3)2Cl2 and W(O)(CHCMe3)(PEt3)2Cl2

R. Schrock, A. Rheingold, W. Youngs, 1981 .

Structural studies on tungsten methylidyne complexes. Molecular geometry of W(.tplbond.CH)(Cl)(PMe3)4 and W(.tplbond.CH.AlMe2-xCl1+x)(Cl)(PMe3)3 (x .simeq. 0.18), a Lewis acid adduct of the tungsten-methylidyne triple bond

H. Wasserman, A. Rheingold, M. Churchill, 1981 .

Structural studies on polynuclear osmium carbonyl hydrides. 22. Crystal structure and carbon-13 NMR spectra of (.mu.-H)2Os3Fe(CO)13

M. Churchill, S. Shore, J. Plotkin, 1982 .

X-RAY STRUCTURAL STUDY OF (η5-C5H5)2W2OS(CO)7(μ3-MEC6H4CCC6H4ME). AN UNUSUAL EXAMPLE OF TWO ISOMERS OF A COMPLEX IN AN ORDERED SINGLE CRYSTAL

H. Wasserman, M. Churchill, C. Bueno, 1982 .

Structural studies on polynuclear osmium carbonyl hydrides. 2. Direct location of the .mu.2-hydride ligand and characterization of the 1,3-dipolar :C-HCH2P+Me2Ph ligand in the .mu.-hydrido-decacarbonyl(dimethylphenylphosphine)-.mu.-vinyl-triosmium molecule

B. Deboer, M. Churchill, 1977 .

Reaction of Os3(CO)10(NCCH3)2 with imidazole and related aromatic heterocycles. The crystal and molecular structure of (.mu.-H)Os3(CO)10(.mu.-3,4-.eta.2-N2C3H3)

Deborah E. Samkoff, M. Churchill, J. Shapley, 1982 .

Structural studies of polynuclear osmium carbonyl hydrides. 18. Molecular geometry of (.mu.-H)Os3(CO)10(.mu.-NH-N:CPh2)

H. Wasserman, M. Churchill, 1981 .

Structural studies on polynuclear osmium carbonyl hydrides. 17. (.mu.-H)Os3(CO)10[.mu.-N:N(p-tol)]

H. Wasserman, M. Churchill, 1981 .

Synthesis of a Tetrametallic Acetylene. X-ray Structures of [{(CO)3Mo(μ-S2CPCy3)Mn(CO)3}2- (μ4-η1:η1:η1‘:η1‘-C2)] and [[(CO)3Mo(μ-CCPh)(μ-S2CPCy3)Mn(CO)3]

T. S. Janik, D. Churchill, M. Churchill, 1998 .

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

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

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

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

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

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

The isolation and crystal structure of azulenetriruthenium heptacarbonyl, a probable intermediate in the formation of tetrahedral azulene-ruthenium-carbonyl clusters

J. Wormald, M. Churchill, F. Scholer, 1971 .

Oxidation/reduction chemistry of iron carbonyl clusters containing germanium, tin, or lead: crystal and molecular structures of [Et4N]2[Fe3(CO)9(.mu.3-CO)(.mu.3-Ge{Fe(CO)4})] and Pb[Fe2(CO)8]2

J. Fettinger, B. Robinson, M. Churchill, 1987 .

Synthesis and characterization of an iron carbonyl cluster containing lead: crystal and molecular structure of [Et4N]2[Pb{Fe(CO)4}2{Fe2(CO)8}]

J. Fettinger, M. Churchill, K. Whitmire, 1986 .

The synthesis and structural characterization of [η-C5H5Mo(CO)2]2[μ-catena-(CH3As)5]. An example of a ring → chain conversion upon coordination

A. Rheingold, M. Churchill, 1983 .

Crystal structure of 751-1751-1751-1751-2751-2751-2

T. S. Janik, M. Churchill, L. M. Krajkowski, 1995 .

Synthesis, crystal structure, and stereoisomerism of the alkylidene complex (.eta.5-C5H5)WOs3(CO)9(.mu.-O)(.mu.-Cl)(.mu.-CHCH2C6H4Me-4) and related complexes

J. Ziller, Y. Chi, M. Churchill, 1987 .

THERMAL CARBON-OXYGEN BOND SCISSION IN A μ3-η2-COORDINATED ACYL. STRUCTURAL CHARACTERIZATION OF A DOUBLY BRIDGING FOUR-ELECTRON OXO LIGAND

J. Ziller, M. Churchill, Joon T. Park, 1984 .

THE PHENYLDIAZO GROUP AS A BRIDGING LIGAND, CRYSTAL STRUCTURE AND MOLECULAR CONFIGURATION OF BIS(TETRACARBONYLPHENYLDIAZOMANGANESE), (PHN=NMN(CO)4)2, INCLUDING THE LOCATION AND REFINEMENT OF THE HYDROGEN ATOMS

M. Churchill, Kuo-Kuang G. Lin, 1975 .

Electron and bromine transfer reactions between metal carbonyl anions and metal carbonyl bromides. Crystal and molecular structure of dimeric indenyl molybdenum tricarbonyl

Melvyn Rowen Churchill, Jim D. Atwood, Ronald F. See, 1993 .

Formation of carboncarbon bonds on di(organo)iridium complexes, rr′Ir(CO)(PPh3)2X (R,R′ = Me, Ph, CH2Ph, C(O)CH3; X = Cl, I) and the crystal structure of cis,cis,trans-[Ir(CH3)2(CO)2(PPh3)2 +][CF3SO3 -]

T. S. Janik, J. Fettinger, Jeffrey S. Thompson, 1987 .

X-ray crystallographic studies on fluxional pentacoordinate transition metal complexes. II. (Cycloocta-1,5-diene)[1,2-bis(diphenylphosphino)ethane]methyliridium(I), (C8H12)(diphos)Ir(CH3)

S. A. Bezman, M. Churchill, 1973 .

Crystal and molecular structure of dicarbonyl-pentahapto-cyclopentadienyl(1-monohapto-3,3,4,4-tetracyano-1-methylcyclopentyl)iron(II), the product of a [3+2] cycloaddition of tetracyanoethylene and a transition metal .sigma.-allyl

M. Churchill, Shirley W.-Y. Chang, Shirley W.-Y. Chang, 1973 .

Crystal structure and molecular geometry of a dinuclear formyl complex of tantalum, [(.eta.5-C5Me4Et)TaCl2]2(.mu.-H)(.mu.-CHO). A unique "side-on" bridging mode for the formyl ligand

H. Wasserman, M. Churchill, 1982 .

Crystal and molecular structure of a perfluoropropyl complex of molybdenum: .pi.-C5H5Mo(CO)3C3F7

M. Churchill, J. Fennessey, 1967 .

Lanthanide(III) tetraamide macrocyclic complexes as synthetic ribonucleases: Structure and catalytic properties of [La(tcmc)(CF 3 SO 3 )(EtOH)](CF 3 SO 3 ) 2

Melvyn Rowen Churchill, Charles H. Lake, C. H. Lake, 1994 .

Dimeric (pentamethylcyclopentadienyl)rhodium and iridium complex. 4. Crystal and molecular structure of di-.mu.-bromo-dibromobis(pentamethylcyclopentadienyl)dirhodium and partially halide-exchanged species [(.eta.5-C5Me5)RhX]2(.mu.-X')2 obtained by recrystallization of bromo complex from 1,2-dichlor

M. Churchill, S. Julis, 1978 .

Crystal structure and molecular geometry of (3,5-dimethylaceheptylene)hexacarbonyldimanganese, (C14H8Me2)Mn2(CO)6

M. Churchill, S. Julis, 1978 .

Unusual ligand replacement: displacement of .eta.5-cyclopentadienyl by .eta.6-arenes in the syntheses of H3(.eta.6-X)RhOs3(CO)9 (X = C6H6, PhMe). Crystal and molecular structure of H3(.eta.6-PhMe)RhOs3(CO)9

M. Churchill, S. Shore, W. Hsu, 1983 .

Binuclear complexes of transition metals containing carbonate ligands. Preparation, properties, and crystal structure of .mu.-amido-.mu.-hydroxo-tetraamminebis(carbonato)dicobalt(III) pentahydrate

K. Koshy, M. Churchill, G. Harris, 1979 .

Multiple metal-carbon bonds. 34. Why terminal alkynes cannot be metathesized. Preparation and crystal structure of a deprotonated tungstacyclobutadiene complex, W(.eta.5-C5H5)[C3(CMe3)2]Cl

J. Ziller, R. Schrock, M. Churchill, 1983 .

Reaction of (μ-H)Os3(CO)10(μ3-CPh) with diphenylacetylene. Alkylidynealkyne coupling and the crystal structure of Os3(CO)8(μ,η2-CPhCHPh)(μ,η3-C3Ph3)

J. Ziller, M. Churchill, J. Shapley, 1988 .

REMARKABLY FACILE OSMIUM-OSMIUM BOND CLEAVAGE IN THE REACTION OF H2OS3(CO)10 WITH A TUNGSTEN CARBYNE. CRYSTAL STRUCTURES OF CPWOS3(CO)11(C(O)CH2C6H4ME) AND CP2W2OS(CO)7(C2(C6H4ME)2)

H. Wasserman, M. Churchill, Joon T. Park, 1982 .

New tetrahedrane complexes from molybdenum alkynyls and Co2(CO)8

T. S. Janik, S. García‐Granda, D. Churchill, 2003 .

The preparation and spectroscopic and X-ray crystallographic determination of the structure of H2Ru6(CO)18: a new octahedral cluster compound containing triply-bridging hydride ligands

J. Wormald, M. Churchill, M. J. Mays, 1970 .

Phenylation reactions with triosmium carbyne and carbene cluster complexes. The crystal structure of Os3(CO)8(μ3,η 5-C(OMe)C(1,2-C6H4CPh)), a cluster complex containing an osmacyclopentadiene system linked to a Fischer-type carbene ligand

Joseph W. Ziller, Melvyn Rowen Churchill, John R. Shapley, 1987 .

Room temperature cyclopentadiene elimination reaction for the synthesis of diethylgallium-amides, -phosphides, and -thiolates. Crystal and molecular structures of [Et2GaP(t-Bu)2]2 and [Et2GaS(SiPh3)]2

Melvyn Rowen Churchill, Beachley, C. H. Lake, 1996 .

Diphenylphosphide derivatives of dineopentylgallium and -indium. Crystal and molecular structures of [(Me3CCH2)2GaPPh2]2 and [(Me3CCH2)2InPPh2]3

Beachley, J. Fettinger, M. Churchill, 1991 .

STRUCTURAL STUDIES ON POLYNUCLEAR OSMIUM CARBONYL HYDRIDES. PART 20. CRYSTAL STRUCTURE AND NMR SPECTRA OF (μ-H)2OS3CO(CO)10(η5-C5H5)

M. Churchill, J. Bricker, S. Shore, 1982 .

STRUCTURAL STUDIES ON POLYNUCLEAR OSMIUM CARBONYL HYDRIDES. 3. CRYSTAL STRUCTURE AND MOLECULAR GEOMETRY OF DECACARBONYLDIHYDRO(TRIPHENYLPHOSPHINE)TRIOSMIUM INCLUDING DIRECT LOCATION OF BOTH TERMINAL AND μ2-BRIDGING HYDRIDE LIGANDS

B. Deboer, M. Churchill, 1977 .

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

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

Coordination and scission of alkynes on a ditungsten-diiridium framework. The crystal structure of (.eta.5-C5H5)2W2Ir2(CO)6(.mu.3-CPh)(.mu.3-.eta.3-C3Ph3)

L. V. Biondi, John R. Shapley, Melvyn Rowen Churchill, 1984 .

Crystal structure of bis(triphenylphosphine)iminium p-tolylsulfonate, [(PPh3)2N+][CH3C6H4SO3−]

C. H. Lake, J. Atwood, M. Churchill, 1994 .

DETERMINATION OF THE CRYSTAL STRUCTURE AND MOLECULAR GEOMETRY OF (HYDROTRIS(1-PYRAZOLYL)BORATO)COPPER(I) CARBONYL, A UNIQUE STRUCTURAL INVESTIGATION OF A COPPER-CARBONYL LINKAGE

F. Rotella, B. Deboer, M. Churchill, 1975 .

Crystal structures of transition metal aryls. VI. Molecular geometry of trans-bromodis(methyldiphenylphosphine) (.sigma.-pentafluorophenyl)nickel(II), including the location and refinement of hydrogen atoms

K. L. Kalra, M. Churchill, M. Veidis, 1973 .

The crystal and molecular structure of bis(fulvalene)diiron

Melvyn Rowen Churchill, John Wormald, J. Wormald, 1969 .

The Ta(.mu.-N2)Ta system. 2. Crystal structure of [TaCl3(P(bz)3)(THF)]2(.mu.-N2)..apprx.0.7CH2Cl2. A binuclear di-imido complex of octahedral tantalum (V)

H. Wasserman, M. Churchill, 1982 .

Metathesis of acetylenes by (fluoroalkoxy)tungstenacyclobutadiene complexes and the crystal structure of W(C3Et3)[OCH(CF3)2]3. A higher order mechanism for acetylene metathesis

J. Ziller, R. Schrock, A. Rheingold, 1984 .

Multiple metal-carbon bonds. 34. Why terminal alkynes cannot be metathesized. Preparation and crystal structure of a deprotonated tungstacyclobutadiene complex, W(.eta.5-C5H5)[C3(CMe3)2]Cl

J. Ziller, R. Schrock, M. Churchill, 1983 .

Crystal structure and molecular geometry of 7,8-µ-dimethylalumina-1,2-dicarba-nido-undecaborane(13), B9C2H12AlMe2, at –100 °c

M. Churchill, A. Reis, 1972 .

Remarkable Rate Enhancement of Ligand Substitution Promoted by Geometrical Arrangement of Tridentate "Spectator" Ligands K.J.T. acknowledges Arco Chemical and the National Science Foundation for support of this research. M.H.V.H. gratefully acknowledges postdoctoral fellowship support from the Direc

A. Marschilok, K. Takeuchi, D. Churchill, 2001, Angewandte Chemie.

Regiochemical and stereochemical studies on halogen-induced ring expansions of unsaturated episulfides

Melvyn Rowen Churchill, C. H. Lake, Xiao-Feng Ren, 1995 .

X-Ray crystallographic determination of the structure of [(π-C5H5)Fe(CO)2(C8H8)+][SbF6–], a heptafulvene derivative of iron(II)

M. Churchill, J. Fennessey, 1970 .

Crystallographic studies on sulfur dioxide insertion compounds. I. Butadieneiron tricarbonyl-sulfur dioxide-boron trifluoride adduct

J. Wormald, M. Churchill, 1970 .

Characterization of C4H6Fe(CO)3·SO 2·BF3, the product of an arrested Friedel-Crafts sulfination of butadieneiron tricarbonyl [9]

Melvyn Rowen Churchill, John Wormald, David A. T. Young, 1969 .

Crystal and molecular structure of .pi.-cyclohexadienylmanganese tricarbonyl

M. Churchill, F. Scholer, 1969 .

Characterization and crystallography of trans-azulenedimanganese hexacarbonyl

M. Churchill, P. Bird, 1968 .

Metal carbonyl complexes of 3,5-dimethylaceheptylene. Synthesis and molecular structures of (C14H8Me2)Mn2(CO)6 and (C14H8Me2)Fe3(CO)8

R. King, M. Churchill, S. Julis, 1977 .

An accurate X-ray diffraction study of Vaska's compound, trans-IrCl(CO)(PPh3)2, including resolution of the carbonyl/chloride disorder problem

J. Fettinger, M. Churchill, L. Buttrey, 1988 .

Formation of carboalkoxyiridium complexes by carbonylation of alkoxyiridium complexes and the crystal structure of trans-PhOIr(CO)(PPh 3 ) 2

Melvyn Rowen Churchill, Jim D. Atwood, Wayne M. Rees, 1985 .

Multiple metal-carbon bonds. 39. Preparation of molybdenum and tungsten neopentylidyne complexes of the type M(CCMe3)(O2CR)3, their reactions with acetylenes, and the x-ray structure of the .eta.3-cyclopropenyl complex W[C3(CMe3)Et2](O2CCH3)3

J. Ziller, R. Schrock, M. Churchill, 1986 .

Metathesis of acetylenes by triphenoxytungstenacyclobutadiene complexes and the crystal structure of W(C3Et3) [O-2,6-C6H3(i-Pr)2]3

Joseph W. Ziller, Melvyn Rowen Churchill, Richard R. Schrock, 1984 .

PREPARATION AND CRYSTALLOGRAPHIC CHARACTERIZATION OF THE (B9C2H11-Co-B8C2H10-Co-B8C2H10-Co-B9C2H11(-3)) ANIONS: A SYSTEM WITH FOUR FUSED ICOSAHEDRA.

M. Hawthorne, M. Churchill, A. Reis, 1970 .

Preparation and crystallographic characterization of a bridged metallo-carborane complex containing a carbonium ion center: (B9C2H10)2CoS2CH

M. Hawthorne, M. Churchill, J. Francis, 1969 .

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

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

Organogallium compounds containing the neophyl substituent. Crystal and molecular structure of trans-[(PhMe2CCH2)2GaN(H)(Pr)]2

Melvyn Rowen Churchill, Beachley, C. H. Lake, 1992 .

Synthesis, characterization, and reactivity of an oxoruthenium(IV) complex containing a bis(oxazoline) ligand. Crystal structure of [Ru((S)-bpop)(Cl)(trpy)](BF4)

K. Takeuchi, S. Maricich, M. Churchill, 1995 .

Crystal structure oftrans-carbonylchlorobis-(tricyclohexylphosphine)iridium(I),trans-Ir(CO)Cl-[P(cyclo-C6H11)3]2, a disordered species

C. H. Lake, C. A. Miller, J. Atwood, 1994 .

Structure of trans‐carbonylchlorobis(tri‐p‐tolylphosphine)iridium(I)

J. Fettinger, J. Atwood, M. Churchill, 1987 .

Crystal structure of the quasitetrahedral iridium(I) complex, Ir(COCH2CMe3)[P(p-tolyl)3]2[C 2(CO2Me)2]. An intermediate in cyclotrimerization of activated alkynes by 16-electron alkyl complexes of iridium, trans-RIr(CO)L2 (R = Me, CH2CMe3; L = PPh3, P(p-tolyl)3)

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

Crystal Structure of the Quasitetrahedral Iridium(I) Complex, Ir(COCH2CMe3)(P(p-tolyl)3)2(C2(CO2Me)2). An Intermediate in Cyclotrimerization of Activated Alkynes by 16-Electron Alkyl Complexes of Iridium, trans-RIr(CO)L2 (R: Me, CH2CM

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

Alkyl for hydride exchange between alane-trimethylamine and group IVB metal alkryls

C. H. Lake, M. Churchill, W. Feighery, 1994 .

The crystal structure of Fe(II)((dpg)3(BF)2)·2toluene; a study in the geometry of strained clathro-chelate compounds

K. R. Williams, M. Churchill, Douglas P Mersman, 1997 .

Aluminated metal alkylidyne complexes. Crystal and molecular structure of W(CAl2Me4Cl)(CH3)(PMe3)2(.eta.2-C2H4)

H. Wasserman, M. Churchill, 1981 .

Nature of the dimethylaluminum, -gallium, and -indium methylphenylamide dimers in solution and the molecular structure of [(CH3)2InN(CH3)(C6H5)]2

O. T. Beachley, R. Hallock, M. Churchill, 1981 .

Laser-induced luminescence studies and crystal structure of the europium(III) complex of 1,4,7,10-tetrakis(carbamoylmethyl)-1,4,7,10-tetraazacyclododecane. The link between phosphate diester binding and catalysis by lanthanide(III) macrocyclic complexes

Melvyn Rowen Churchill, C. H. Lake, Janet R. Morrow, 1995 .

Synthesis, Characterization, and Crystal and Molecular Structure of Trimesitylgallium(III).

O. T. Beachley, J. Ziller, M. Churchill, 1986 .

Characterization of protonated trans-bis(dioxime)ruthenium complexes: Crystal structures of trans-Ru(DPGH)2(NO)Cl, trans -[Ru(DMGH)(DMGH2)(NO)Cl]Cl, and trans-Ru(DMGH)2(NO)Cl

Melvyn Rowen Churchill, Thomas S. Janik, Ronald F. See, 1992 .

Crystal and molecular structure of 1,6,7,8-tetrahaptoheptafulveneiron tricarbonyl, a heptafulvene complex of iron(II) containing a trimethylenemethane-iron linkage

B. Deboer, M. Churchill, 1973 .

Tetrameric phosphinecopper(I) halides. X-ray crystallographic evidence for a cubane structure for the CU4Cl4 core of tetra-.mu.-chlorotetrakis(triphenylphosphine copper(I) and a step structure for the CU4Br4 core in crystalline tetra-.mu.-bromotetrakis(triphenylphosphine copper(I)-2-chloroform

K. L. Kalra, M. Churchill, 1973 .

Preparation, crystal and molecular structure and properties of 5,5′-bis-(1,3-dithiol-2-ylidene)[bicyclopenta-1,3-dien-1-yl]-2,2′,3, 3′-tetracarbonitrile

Melvyn Rowen Churchill, D. Nalewajek, M. H. Luly, 1993 .

TETRAMERIC PHOSPHINECOPPER(I) HALIDES, X-RAY CRYSTALLOGRAPHIC EVIDENCE FOR A ′CUBANE′ STRUCTURE FOR THE CU4CL4 CORE OF (PPH3CUCL)4 AND A ′STEP′ STRUCTURE FOR THE CU4BR4 CORE IN CRYSTALLINE (PPH3CUBR)4.2CHCL3

K. L. Kalra, M. Churchill, 1973 .

Synthesis and crystal structure of [(η6-C6H5CH3)V(CO) 2]2, a compound with a vanadium-vanadium triple bond

C. H. Lake, T. S. Janik, M. Churchill, 1993 .

Crystal structure of hexakis(tetrahydrofuran)sodium hexacarbonylvanadate(−I), [Na(THF)6+][V(CO)6−]

T. S. Janik, M. Churchill, 1995 .

Transformation of a tungstenacyclobutadiene complex into a nonfluxional .eta.3-cyclopropenyl complex by addition of a donor ligand. The x-ray structure of the tungstenacyclobutadiene-.eta.3-cyclopropenyl complex W(.eta.5-C5H5)[C3(CMe3)2Me](PMe3)Cl2

J. Fettinger, M. Churchill, 1984 .

Crystal structure and molecular configuration of an asymmetric 1,2-dimethyl-1,2-dicarbollide complex of nickel, racemic(3,4')-[(CH3)2B9C2H9]2NiIV

Melvyn Rowen Churchill, Karen Gold, M. Churchill, 1970 .

Iridium-carbonyl clusters. VI. Mixed-metal clusters via metal-hydride coupling. Synthesis of CpMM′3(CO)11 (M = Mo, W; M′ = Co, Ir) and the crystal structure of CpMoIr3(CO)11

Melvyn Rowen Churchill, John R. Shapley, Yong-Ji Li, 1986 .

Crystal structure and molecular stereochemistry of a five-co-ordinate π-allyl complex of nickel: π-methallyl[bis-1,2-(diphenylphosphino)ethane]nickel bromide

M. Churchill, T. A. O'Brien, 1970 .

Bonding in some Novel Organometallic Complexes of the First and Second Row Transition Metal Ions

M. Churchill, R. Mason, 1964 .

Crystal and molecular structure of phenyltrimethylenemethaneiron tricarbonyl

M. Churchill, Karen Gold, 1969 .

Crystal structure and molecular geometry of a bridged bis-dicarbollide complex of cobalt, [(B9C2H10)2S2CH]Co111

M. Churchill, Karen Gold, 1971 .

Chemistry of (tetramethylcyclopentadienyl)gallium(III) compounds

O. T. Beachley, M. Churchill, Michael T. Mosscrop, 2001 .

Absolute configuration of C27H41NO8Si, the diastereoselective product of the rhodium(II) octanoate catalyzed decomposition of a chiral vinyldiazomethane in the presence of 2-acetylpyrrole: A structural study rendered difficult by disorder of a “heavy” atom

D. Churchill, H. Davies, M. Churchill, 1999 .

Synthesis and crystal structures of two potential gem-di(pyrazolyl)cycloalkane ligands, 1,1-di(pyrazol-1-yl)cyclohexane [C6H10(C3N2H3)2] and 1,1-di(pyrazol-1-yl)cyclopentane [C5H8(C3N2H3)2]

K. Takeuchi, D. Churchill, M. Churchill, 1999 .

Absolute configuration of C20H30O6Si, a species with a (1R,5R)-8-oxabicyclo[3.2.1]octa-2,6-diene core produced selectivity by the rhodium(II) octanoate catalyzed decomposition of a chiral vinyldiazomethane in the presence of furan

Melvyn Rowen Churchill, Gulzar Ahmed, David G. Churchill, 1999 .

Crystal and molecular structure of the symmetrical bidentate ligand 3,3-di(1-pyrazolyl)pentane, CH3CH2C(C3H3N2)2CH2CH3

K. Takeuchi, D. Churchill, M. Churchill, 1999 .

Iridium complexes of amphos(amphos = [PPh2CH2 CH2NMe3 +]I-):Crystal and molecular structures of trans-Ir(CO)(Cl)(PPh2CH2CH2NMe 2)2 and [trans-Ir(CO)(Cl)(PPh2CH2 CH2NMe3)2 2+][I-] 2·2DMSO

Melvyn Rowen Churchill, Jim D. Atwood, C. H. Lake, 1998 .

Crystal structure of the hemitoluene solvate of racemiccis-bis(bipyridyl)chloro(tri-n-propylphosphine)ruthenium(II) perchlorate, a species with disordered PPr3 and toluene moieties

K. Takeuchi, M. Churchill, C. A. Bessel, 1996 .

CHARACTERIZATION OF GALLIUM-NITROGEN ADDUCTS BY X-RAY STRUCTURAL AND NMR SPECTRAL STUDIES. CRYSTAL STRUCTURE OF [(PhMe2CCH2)2GaCI]2 AND OF ITS MONOMERIC t-BUTYLAMINE ADDUCT, (PhMe2CCH2)2GaCI[NH2(t-Bu)]

C. H. Lake, O. T. Beachley, M. Churchill, 2000 .

Syntheses, Characterization, Crystal and Molecular Structures and Solution Properties of Et2Ga(C5H5) and EtGa(C5H5) 2.

C. H. Lake, O. T. Beachley, M. Churchill, 1995 .

Crystal structure and molecular geometry of a pentafluorophenyl complex of molybdenum: dicarbonyl-π-cycloheptatrienyl-σ-pentafluorophenylmolybdenum

M. Churchill, T. A. O'Brien, 1969 .

Crystal and molecular structure of acenaphthylenediiron pentacarbonyl, C12H8Fe2(CO)5

J. Wormald, M. Churchill, 1970 .

Example of a facial hydrogen atom attempting to bridge all five atoms of an open pentagonal B3C2 face. Crystal and molecular structure of (.pi.-cyclopentadienyl)[.pi.-1-(undecahydro-1,2-dicarboundecaboranyl)cyclopentadienyl]cobalt, including the location and refinement of all hydrogen atoms

B. Deboer, M. Churchill, 1974 .

Crystal structure and molecular geometry of tetramethylammonium C,C'-dimethylundecahydrodicarba-nido-dodecaborate, including the refinement of positional and anisotropic thermal parameters for all hydrogen atoms

B. Deboer, M. Churchill, 1973 .

CRYSTAL STRUCTURE AND MOLECULAR GEOMETRY OF (ME4N(+))(ME2B10C2H11(-)), INCLUDING THE REFINEMENT OF POSITIONAL AND ANISOTROPIC THERMAL PARAMETERS FOR ALL HYDROGEN ATOMS

B. Deboer, M. Churchill, 1974 .

The meridional isomer of (diethylenetriamine)trinitrocobalt(III), mer-[Co(dien)(NO2)3]

Tomoaki Inoue, M. Churchill, G. M. Harris, 1981 .

AN EXAMPLE OF A FACIAL HYDROGEN ATOM ATTEMPTING TO BRIDGE ALL FIVE ATOMS OF AN OPEN PENTAGONAL B3C2 FACE, THE CRYSTAL AND MOLECULAR STRUCTURE OF (PI-C5H5)CO(PI-C5H4B9C2H11), INCLUDING THE LOCATION AND REFINEMENT OF ALL HYDROGEN ATOMS

MELVYN ROWEN CHURCHILL, BARRY G. DEBOER, B. Deboer, 1974 .

Gallium−Nitrogen Compounds Prepared By Dihydronaphthalene and Thermal Elimination Reactions. Crystal and Molecular Structures of [(PhMe2CCH2)2GaNH(t-Bu)]2 and [(H4C6)Me2CCH2]Ga[NH(t-Bu)]2Ga(CH2CMe2Ph)2

C. H. Lake, O. T. Beachley, M. Churchill, 1998 .

The Dihydronaphthalene Elimination Reaction as a Route to Gallium-Nitrogen Compounds. Crystal and Molecular Structure of (PhMe2CCH2)2GaNHPh2

C. H. Lake, O. T. Beachley, M. Churchill, 1998 .

Oxidative addition of pentaborane(9) and bromopentaborane(9). Crystal structure of 2-[dibromobis(trimethylphosphine)carbonyliridium]pentaborane(9)

D. Traficante, A. Davison, M. Churchill, 1974 .

In situ syntheses of trans-spanned octahedral ruthenium complexes. Crystal structures of

Melvyn Rowen Churchill, C. H. Lake, Ronald F. See, 1999 .

Structural studies on polynuclear osmium carbonyl hydrides. 16. Crystal structure of (.mu.-H)(.mu.-OMe)Os3(CO)10 and a comparison of the hinged Os(.mu.-H)2Os, Os(.mu.-H)(.mu.-OMe)Os, and Os(.mu.-OMe)2Os bridges in trinuclear (.mu.-H)n(.mu.-OMe)2-nOs3(CO)10 (n = 0-2) complexes

H. Wasserman, M. Churchill, 1980 .

STRUCTURAL STUDIES ON POLYNUCLEAR OSMIUM CARBONYL HYDRIDES. 16. CRYSTAL STRUCTURE OF (μ-H)(μ-OME)OS3(CO)10 AND A COMPARISON OF THE HINGED OS(μ-H)2OS, OS(μ-H)(μ-OME)OS, AND OS(μ-OME)2OS BRIDGES IN TRINUCLEAR (μ-H)N(μ-OME)2-NOS3(CO)10 (

H. Wasserman, M. Churchill, 1980 .

Silicon-oxygen bond-forming reactions upon addition of silanes and silyl halides to the 16-electron alkoxyiridium complexes trans-ROIr(CO)[P(p-tol)3]2 (R = Me or Ph; p-tol = p-tolyl). Crystal and molecular structure of H2Ir(CO)(SiMe2Ph)[P(p-tol)3]2

T. S. Janik, J. Atwood, J. Thompson, 1988 .

Solid-state structures of (C8H12)(PhMe2P)2Ir(Me) and (C8H12)(diphos)Ir(Me). Two stereochemically non-rigid pentacoordinate IrI species

M. Churchill, S. A. Bezman, 1971 .

The crystal structure of zirconium(IV) borohydride (at –160°)

M. Churchill, P. Bird, 1967 .

Crystal structure of Fe(η6-C5H5BCMe3)2 a "problem structure"

M. Churchill, R. F. See, 1993 .

Synthesis, structure, and dynamic properties of the lanthanum (III) complex of 1,4,7,10-tetrakis(2-carbamoylethyl)-1,4,7,10-tetraazacyclododecane

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

Structure of tri‐p‐tolylphosphine oxide hemihydrate, P(p‐C6H4CH3)3O.1/2H2O

S. L. Randall, J. Atwood, M. Churchill, 1993 .