D. Kepert

发表

Aspects of the Stereochemistry of Seven-Coordination

D. Kepert, 2007 .

The mathematical modelling of cluster geometry

Ian Bytheway, I. Bytheway, David L. Kepert, 1992 .

The enhanced stability of endo isomers of C60F60

B. Clare, B. W. Clare, D. Kepert, 1996 .

A new approach to the structures and rearrangements in closo-boron hydrides

D. Kepert, D. J. Fuller, 1982 .

The structures of atom clusters. Nido, arachno, hypho and planar aromatic molecules

B. Clare, D. Kepert, 1984 .

Electron-rich boranes and related molecules

B. Clare, D. Kepert, 1987 .

Evidence for the S(N)2' mechanism in hydrolysis of C60F48: origin of the stability of trannulenes.

R. Taylor, B. Clare, B. W. Clare, 2003, Organic & biomolecular chemistry.

In the first proven SN2' fullerene reaction, both C3 and C1 C60F36 hydrolyse to C1 isomers of C60F35OH that eliminate HF to give epoxides C60F34O; C60F36O oxides are shown to be ethers, and a fourth isomer of C60F36 exists.

R. Taylor, B. Clare, B. W. Clare, 2003, Organic & biomolecular chemistry.

Structures and stabilities of adducts of carbenes and fullerenes, C60(CR2)n, R=H, CH3, C4H9 and n=1–6

B. W. Clare, D. Kepert, 2001 .

Aspects of the Stereochemistry of Four‐Coordination and Five‐Coordination

M. C. Favas, D. Kepert, 1980 .

STEREOCHEMICAL PATTERNS FORMED BY ADDITION TO FULLERENE C60

B. W. Clare, D. Kepert, 1996 .

The early transition metals

D. Kepert, 1972 .

Structure and stereochemistry in 'f-block' complexes of high coordination number. VII. The [M(unidentate X)2(unidentate Y)6] system: Crystal structure of hexaaquadichloroeuropium(III) chloride (a redetermination)

A. White, J. M. Patrick, D. Kepert, 1983 .

4 – METAL-METAL BONDS IN OXIDES

D. Kepert, K. Vrieze, 1973 .

Halides Containing Multicentred Metal-Metal Bonds

D. Kepert, 1967 .

Structures of C60Hn and C60Fn, n = 36-60

B. W. Clare, D. Kepert, 2002 .

Coordination Numbers & Geometries

B. W. Clare, D. Kepert, 2006 .

Crystal structure of o-Phenanthrolinebis(thiourea)copper(I) iodide o-phenanthroline: Stereochemistry of [M(bidentate)(unidentate)2] coordination

C. Raston, A. White, D. Kepert, 1977 .

2 – METAL-METAL BONDS IN COORDINATION COMPOUNDS AND ORGANOMETALLIC COMPLEXES

D. Kepert, 1973 .

Metal atom clusters: II. Reaction of dodeca-μ2-chlorohexaniobium bichloride octahydrate with oxygen donors

D. Kepert, R. A. Field, 1967 .

CRYSTAL STRUCTURE OF O-PHENANTHROLINEBIS(THIOUREA)COPPER(I) IODIDE O-PHENANTHROLINE- STEREOCHEMISTRY OF (M(BIDENTATE)(UNIDENTATE)2) COORDINATION

C. Raston, A. White, D. Kepert, 1977 .

Stereochemistry of six-coordinate M(bidentate)2(monodentate)2

D. Kepert, 1973 .

Electronic spectra and crystal structures of [NH4]6[XMo9O32]·6H2O (X = NiIV or MnIV)

B. Skelton, M. A. Hitchman, A. White, 1992 .

Notes. Crystal structure of pentakis(dimethyl sulphoxide-O)dioxouranium(VI) bis(perchlorate)

S. Lincoln, A. White, J. M. Patrick, 1983 .

Structures and rearrangements of Closo-boron hydrides

D. Kepert, D. J. Fuller, 1983 .

518. Seven co-ordinate complexes of niobium(V) and tantalum(V)

R. Clark, R. Nyholm, D. Kepert, 1965 .

Structural studies in metal–purpurate complexes. Part 3. Crystal structures of triaquapurpuratoiron(II) purpurate hexahydrate and tetraaquapurpuratomanganese(II) purpurate hexahydrate. Stereochemistry of the [M(tridentate ligand)(unidentate ligand)3] complexes

A. Willis, M. C. Favas, A. White, 1977 .

Six- and eight-co-ordinate complexes of titanium tetrachloride

D. Kepert, R. Deutscher, W. P. Crisp, 1970 .

Eight-coordinate complexes of niobium, tantalum, and uranium tetrahalides

D. Kepert, R. Deutscher, 1970 .

516. Eight co-ordinate complexes of niobium(IV)

R. Clark, R. Nyholm, J. Lewis, 1965 .

Structure and stereochemistry in 'f-block' complexes of high coordination number. VIII. The [M(unidentate)9] system. Crystal structures of [M(OH2)9] [CF3SO3]3, M = La, Gd, Lu, Y

A. White, J. M. Patrick, D. Kepert, 1983 .

Stereochemistry of tris(bidentate) complexes

D. L. Kepert, D. Kepert, 1972 .

Structural studies in the [M(bidentate ligand)(unidentate ligand)5] system. A new co-ordination type for [Ml2(CO)3{Ph2P(CH2)nPPh2}](M = Mo or W; n= 1—3)

C. Raston, A. White, D. Kepert, 1980 .

Crystal structure of bis(isocyanato)(2,2′:6′,2″-terpyridyl)cobalt(II) : stereochemistry of [M(tridentate ligand)(unidentate ligand)2]complexes

A. White, D. Kepert, E. Kucharski, 1980 .

Crystal structures of tris(1,8-naphthyridine)(perchlorato)mercury(II) perchlorate and tetrakis(1,8-naphthyridine)cadmium(II) bis(perchlorate)

J. Dewan, A. White, J. Epstein, 1974 .

Eight coordinate tetrakis-chelate complexes of niobium(IV) and tantalum(IV)

D. Kepert, R. Deutscher, 1970 .

Stereochemistry of eight-coordination. Effect of bidentate ligands

D. L. Kepert, D. G. Blight, D. Kepert, 1972 .

Metal atom clusters III. The acceptor properties and bonding of (Mo6Cl8)4+ and (Nb6Cl12)2+ clusters

D. Kepert, D. Taylor, R. A. Field, 1970 .

Low-frequency infra-red studies (200–500 cm−1) on complexes containing the (Mo6Cl8)4+ and (W6Cl8)4+ cores

R. Clark, R. Nyholm, G. Rodley, 1966 .

880. The sterochemistry of eight-co-ordination

D. Kepert, 1965 .

Bimetallic lanthanide complexes of the calixarenes: europium(III) and tert-butylcalix[8]arene

J. Harrowfield, B. Skelton, A. White, 1987 .

Structures of monoadducts of tris(β-diketonato) lanthanoid shift reagents

D. Kepert, 1974 .

Stereochemistry of five-coordination. I. Monodentate ligands

D. Kepert, 1973 .

Stereochemistry of five-coordination. II. Compounds of stoichiometry M(bidentate)2(monodentate)

D. Kepert, 1973 .

The structure of dimethyltin complexes

D. Kepert, 1976 .

Crystal structure of gadolinium(III) acetate tetrahydrate. Stereo-chemistry of the nine-co-ordinate [M(bidentate ligand)3(unidentate ligand)3]x± system

B. Skelton, M. C. Favas, A. White, 1980 .

Pyridine complexes of tungsten(III) and tungsten(IV)

D. Kepert, D. Blight, 1968 .

Solutions of octacyanometallate anions

D. Kepert, D. Blight, 1968 .

A comment on the structures of the dodecacarbonyls of cobalt, rhodium and iridium

S. Williams, D. Kepert, 1981 .

Lewis-base adducts of Group 11 metal(I) compounds. Part 58. Syntheses, X-ray structures, and far-infrared spectra of the novel [CuX2(bidentate ligand)]–(X = Cl or Br) anion salts of the [Cu(dpa)2]+ cation and the dimeric iodide [(dpa)Cul2Cu(dpa)][dpa = di(2-pyridyl)amine]

J. Kildea, P. Healy, B. Skelton, 1989 .

Structure and stereochemistry in 'f-block' complexes of high coordination number. VI. Crystallographic characterizations of Bis[(1 ,1-dimethyl-3-oxobutyl)triphenyl-phosphonium] hexabromouranate(IV) and Tetrabromobis[ethane-1,2-diylbis(diphenylarsine) oxide]uranium(IV)

A. White, J. M. Patrick, D. Kepert, 1983 .

Complexes of molybdenum and tungsten chlorides

K. Trigwell, R. Mandyczewsky, D. Kepert, 1972 .

Crystal structure of Tris(N,N-diethyldithiocarbamato)thallium(III)

C. Raston, A. White, D. Kepert, 1978 .

METAL-METAL BONDS IN HALIDES

D. Kepert, K. Vrieze, 1973 .

Aspects of the Stereochemistry of Nine-Coordination, Ten-Coordination, and Twelve-Coordination

M. C. Favas, D. L. Kepert, D. Kepert, 1981 .

The mathematical modelling of ligand arrangements in metal carbonyl clusters. I. Sixteen, seventeen, and eighteen coordination for octahedral metal clusters

N. Taylor, B. W. Clare, M. C. Favas, 1994 .

Structure and stereochemistry in f-block complexes of high co-ordination number. Part 5. Ten-co-ordination : the crystal structures of tetrapotassium tetraoxalatouranate(IV) tetrahydrate(orthorhombic and triclinic phases), bicapped square antiprismatic and sphenocoronal stereochemistries

A. White, J. M. Patrick, M. C. Favas, 1983 .

Oxidation of diamagnetic octa-µ3-chloro-octahedro-hexamolybdenum(II) and -tungsten(II) clusters to paramagnetic dodeca-µ2-chloro-octahedro-hexamolybdenum(3+) and -tungsten(III) clusters

R. E. Marshall, D. Kepert, Donald J. Taylor, 1974 .

Electrical properties of metal halides containing metal-metal bonds

R. E. Marshall, D. Kepert, 1974 .

Eight Co-Ordination in the Early Transition Series

R. Nyholm, D. Kepert, J. Lewis, 1963, Nature.

Crystal structure of bis[hydroxo(triphenyl)arsonium(V)] dodeca-µ-chloro-hexachloro-octahedro-hexaniobate(2–)

A. White, B. W. Robinson, D. Kepert, 1973 .

.alpha.-Molybdenum tetrachloride. A structural isomer containing molybdenum-molybdenum interactions

R. Mandyczewsky, D. Kepert, 1968 .

Crystal structure of bis-[(1,8-naphthyridine)mercury(I)] diperchlorate

J. Dewan, A. White, D. Kepert, 1975 .

Crystal structure of hexakis(triphenylphosphine oxide)dimercury(I) bisperchlorate

D. Kepert, A. H. White, Donald J. Taylor, 1973 .

Crystal structure of 4-cyanopyridinemercury(I) perchlorate

A. White, D. Kepert, Donald J. Taylor, 1972 .

Structures of polyanions

D. Kepert, 1969 .

The crystal structure of Tris(1,10-phenanthroline)osmium(II) Bis(perchlorate) monohydrate and its implications for electron-pair repulsion theory

H. Goodwin, A. White, J. M. Patrick, 1984 .

Electronic Spectra and Crystal Structures of (NH4)6(MMo9O32)×6 H2O (M: NiIV or MnIV).

B. Skelton, M. A. Hitchman, A. White, 1993 .

The reactions of molybdenum pentachloride with oxygen-containing molecules

R. Mandyczewsky, D. Kepert, 1968 .

39. Polyanion equilibria in aqueous solution. Part II. A thermodynamic study of the paratungstate A anion

J. F. Duncan, D. Kepert, 1962 .

1050. Polyanion equilibria in aqueous solution. Part I. The quantitative analysis of acidified tungstate solutions

J. F. Duncan, D. Kepert, 1961 .

C60F36: there is a third isomer and it has C1 symmetry.

P. Hitchcock, B. W. Clare, A. G. Avent, 2002, Chemical communications.

Early stages in the addition to C60 to form C60Xn, X=H, F, Cl, Br, CH3, C4H9

B. W. Clare, D. Kepert, 2003 .

Structures, stabilities and isomerism in C60H36 and C60F36. A comparison of the AM1 Hamiltonian and density functional techniques

B. W. Clare, D. Kepert, 2002 .

Structures and isomerism in C70X36, X = H, F. A comparison with C60X36

B. W. Clare, D. Kepert, 2002 .

An analysis of the 94 possible isomers of C60F48 containing a three-fold axis

B. W. Clare, D. Kepert, 1997 .

Structures and Stabilities of Hydrofullerenes. Completion of a Tetrahedral Fused Quadruple Crown Structure and a Double Crown Structure at C60H36.

B. W. Clare, D. Kepert, 1994 .

Opening of carbon nanotubes by addition of oxygen

B. W. Clare, D. Kepert, 2003 .

Structures of C70X38 and C70X40, X = H,F

B. W. Clare, D. Kepert, 2002 .

Stereochemical patterns in [76] fullerenes, C76H30 to C76H44

B. W. Clare, D. Kepert, 2001 .

The structures of C70Xn, X = H, F, Br, C6H5 and n = 2-12

B. W. Clare, D. Kepert, 1999 .

The structures of C60F36 and new possible structures for C60H36

B. W. Clare, D. Kepert, 1999 .

Fullerene hydrides based on skew pentagonal pyramidal arrangements of hydrogen atoms

B. W. Clare, D. Kepert, 1996 .

Stereochemical patterns in bromofullerenes C60Br2 to C60Br12

B. W. Clare, D. Kepert, 1995 .

An Analysis of the 63 Possible Isomers of C60H36 Containing a Three-fold Axis. A New Structure for C60H20.

B. W. Clare, D. Kepert, 1994 .

Structures and stabilities of hydrofullerenes. Completion of crown structures at C60H18 and C60H24

B. W. Clare, D. Kepert, 1994 .

Structures and stabilities of hydrofullerenes C60Hn

B. W. Clare, D. Kepert, 1993 .

Stereochemical patterns in C60Xn

B. W. Clare, D. Kepert, 1997 .

A novel arsenic complex of zirconium(III)

K. Trigwell, D. Kepert, 1975 .

Crystal structure of Aquatetrakis(N-formylpiperidine)dioxouranium(VI) Bisperchlorate

S. Lincoln, A. White, J. M. Patrick, 1980 .

Acid decomposition of decavanadate: specific salt effects

D. Watts, B. W. Clare, D. Kepert, 1973 .

ASPECTS OF THE STEREOCHEMISTRY OF EIGHT‐COORDINATION

D. L. Kepert, D. Kepert, 1979 .

Hatch opening and closing on oxygenation and deoxygenation of C60 bathysphere

B. W. Clare, D. Kepert, 2002 .

The preparation of stable dimercury(I)-nitrogen donor complexes

D. Kepert, D. Taylor, 1974 .

Stepwise base decomposition of 12-tungstosilicate(4–)

J. H. Kyle, D. Kepert, 1978 .

Crystal structure of tetraphenylarsonium cis-tetracarbonyl(chloromercurio)(dichloromercurio)ferrate

A. White, Peter D. Brotherton, D. Kepert, 1977 .

Lewis-Base Adducts of Lead(II) Compounds. II. Nine-Coordinate Capped Square-Antiprism Stereochemistry, [M(bidentate)4(unidentate)], in Tetrakis(1,10-phenanthroline)(perchlorato-O)lead(II) Perchlorate

A. White, L. M. Engelhardt, J. M. Patrick, 1989 .

The closest packing of equal circles on a sphere

B. W. Clare, D. L. Kepert, D. Kepert, 1986, Proceedings of the Royal Society of London. A. Mathematical and Physical Sciences.

Crystal structures of fac-[bis(2-diphenylphosphinoethyl)phenylphosphine-PP′P″]tricarbonyl-chromium(0) and -molybdenum(0)

B. Skelton, M. C. Favas, A. White, 1980 .

Stereochemistry of seven-co-ordinate compounds bis(bidentate ligand)-tris(unidentate ligand)metal

D. Kepert, 1975 .

STEREOCHEMISTRY OF SEVEN-CO-ORDINATE COMPOUNDS BIS(BIDENTATE LIGAND)TRIS(UNIDENTATE LIGAND)METAL

D. Kepert, 1975 .