L. Barton

发表

From the Elements

L. Barton, 1987 .

Involving the Reduction of Group IIIB Derivatives with Covalent Hydrides

L. Barton, 1987 .

The nido–osmaboranes [2,2,2-(CO)(PPh3)2-nido-2-OsB5H9] and [6,6,6-(CO)(PPh3)2-nido-6-OsB9H13]

J. Kennedy, N. Rath, Rhodri Ll. Thomas, 2001 .

Boroxine: A novel approach to the phosphorus trifluoride-borane system

L. Barton, 1968 .

Degradation and modification of metallaboranes: Part 3. Reactions of the hexaborane(10) analogue nido-(PPh3)2(CO)OsB5H9 with bidentate phosphines containing a rigid backbone: formation of linked cluster systems

R. E. Winter, P. Mcquade, L. Barton, 2003 .

Systematization and structures of the boron hydrides

L. Barton, 1982 .

Phosphine−Boranes as Bidentate Ligands: Formation of [8,8-η2-{η2-(BH3)·dppm}-nido-8,7-RhSB9H10] and [9,9-η2-{η2-(BH3)·dppm}-nido-9,7,8-RhC2B8H11] from [8,8-(η2-dppm)-8-(η1-dppm)-nido-8,7-RhSB9H10] and [9,9-(η2-dppm)-9-(η1-dppm)-nido-9,7,8-RhC2B8H11], Respectively

N. Rath, L. Barton, R. Macías, 2002 .

Stoichiometric removal of ligand from phosphine-ligated copper(I) reagents with BH3 · Thf: a novel synthesis of di-μ-bromotetrakis(methyldiphenylphosphine)-dicopper(I) and the structures of CuBr[PMePh2]3 and {CuBr [PMePh2]2}2

N. Rath, L. Barton, D. Srivastava, 1992 .

Synthesis and characterization of a new dicage ortho-carborane with a supramolecular structure directed by intermolecular C-Hcarborane⋯O bonds

N. Rath, L. Barton, R. Macías, 1999 .

The System Boron-Hydrogen

L. Barton, 1994 .

Recent Studies of Group 14 Derivatives of Small nido‐Boranes

N. Rath, H. Fang, L. Barton, 1996 .

An approach to megalo-boranes. Mixed and multiple cluster fusions involving iridaborane and platinaborane cluster compounds. Crystal structure determinations by conventional and synchrotron methods

S. Teat, J. Kennedy, M. Thornton-Pett, 1999 .

Involving Other Compounds

L. Barton, 1987 .

Polyhedral azadirhodaborane chemistry. Reaction of[{RhCl2(η5-C5Me5)}2] with[EtH2NB8H11NHEt] to give contiguousten-vertex[1-Et-6,7-(η5-C5Me5)2-closo-6,7,1-Rh2NB7H7]

J. Kennedy, N. Rath, L. Barton, 1997 .

Macropolyhedral boron-containing cluster chemistry. Nineteen-vertex [S2B17H17(SMe2)]. An unusual apical boron atom of cluster connectivity six that introduces a new polyhedral borane building block

J. Kennedy, J. Holub, N. Rath, 1996 .

Involving Other Reactions

L. Barton, 1987 .

Evidence for aromaticity in boroxines and trioxadiborolanes from mass spectral and NMR measurements

D. Brinza, L. Barton, R. A. Frease, 1977 .

ISOMERS OF SNPH2(B5H8)2 : SYNTHESIS AND CHARACTERIZATION OF MU ,MU '-SNPH2(B5H8)2,MU ,2'-SNPH2(B5H8)2, AND MU ,1'-SNPH2(B5H8)2

L. Brammer, N. Rath, Dong‐Xia Zhao, 1995 .

Chemistry of a Metallathiaborane Cluster. 5.† Reaction of [8,8-(η2-dppm)-8-(η1-dppm)-nido-8,7-RhSB9H10] and Its Derivatives with Organotransition-Metal Reagents

N. Rath, L. Barton, O. Volkov, 2002 .

Synthesis of Heterobimetallaboranes and Related Species from [(PPh3)2(CO)OsB5H9]: pileo-[(PPh3)2(CO)OsB5H5IrH(PPh3)(CO)], closo-[(PPh3)2(CO)(.mu.-H)OsB4H5{.eta.5-(C5Me5)M}] (M = Rh, Ir), nido-[(PPh3)2(CO)Os(.mu.-H){.eta.5-(C5Me5)Ir}B3H6], and nido-[(PPh3)2(CO)OsB4H7(n-C4H9)]

Michael S. Pasieka, C. Gloeckner, N. Rath, 1995 .

Heptakis-2,3-epoxy-β-cyclodextrin, a key intermediate in the synthesis of custom designed cyclodextrins

V. T. D'Souza, Valerian T. D'Souza, Abdul R. Khan, 1992 .

Direct synthesis and NMR spectra of [(C6H5)2PCH2]2CuB5H8: comments on the solution structure of 2,3-μ-metallopentaboranes

L. Barton, P. Rush, 1985 .

Dalton communications. 1-Triphenylstannyl-nido-pentaborane(9): an example of 119Sn–11B coupling in a pyramidal borane

L. Barton, D. Srivastava, 1992 .

[8,8-η2-{η2-(BH3)Ph2PCH2PPh2}-nido-8,7-RhSB9H10]: ein Rhodathiaboran mit dem zweizähnigen Chelatliganden Ph2PCH2PPh2BH3

N. Rath, L. Barton, R. Macías, 1999 .

Formation of Metallaboranes from the Group IV Transition Metals and Pentaborane(9): Crystal and Molecular Structure of [(Cp2Zr)2B5H8][B11H14]

N. Rath, L. Barton, R. Thomas, 2002 .

Degradation and Modification of Metallaboranes: Reactions of the Hexaborane(10) Analogue nido-(PPh3)2(CO)OsB5H9 with Phosphines and the Crystal and Molecular Structure of [2,2,2-(PPh3)2(CO)-nido-2-OsB4H7-3-BH2·PPh2Me]

P. Mcquade, N. Rath, Rhodri Ll. Thomas, 1999 .

[4-{(p-cym)Ru}-5-{(Ph3P)2(CO)Os}B4H8]: the first nido-heterobimetallahexaborane cluster

Rhodri Ll. Thomas, L. Barton, 1999 .

B-frame-supported bimetallics. Isoelectronic arachno-structured [(PMe2Ph)4Pd2B8H10] and closo-structured [(PMe3)4(CO)2Ir2B8H8]

J. Kennedy, U. Dörfler, M. Thornton-Pett, 1999 .

[8,8-η2-{η2-(BH3)Ph2PCH2PPh2}-nido-8,7-RhSB9H10]: A Rhodathiaborane with a Novel Bidentate Chelating Ligand

N. Rath, L. Barton, R. Macías, 1999 .

Macropolyhedral boron-containing cluster chemistry. Isolation and characterisation of the 27-vertex contiguous triple-cluster species [(PMe2Ph)PtB26H26(PMe2Ph)]

J. Kennedy, N. Rath, L. Barton, 1998 .

Polyhedral ruthenaborane chemistry. The ten-vertex isocloso cluster geometries of [(pcym)RuB9H9] and [(pcym)2Ru2B8H8]

J. Kennedy, M. Thornton-Pett, Paul A. Cooke, 1998 .

[{(dppe)Pt}2B7H11]: An arachno-bimetallanonaborane based on the uncommon n-B9H15 cluster framework

N. Rath, L. Barton, R. Macías, 1998 .

Preparation and Molecular Structure of [(Cp2Zr)2B5H8][B11H14]: A Dizirconaborane Containing a Cation Exhibiting a Novel Cluster Type

N. Rath, Rhodri Ll. Thomas, L. Barton, 1997 .

Unique Nido exo-archno equilibrium involving [(PPh{sub 3}){sub 2}(CO)OsB{sub 5}H{sub 9}] and its base adducts: Crystal and molecular structure of [[C@(PPh{sub 3}){sub 2}(CO)OsB{sub 4}H{sub 7}](BH{sub 2}. @PPh{sub 2}Me)]

C. Gloeckner, N. Rath, H. Fang, 1997 .

Macropolyhedral boron-containing cluster chemistry. Triple cluster fusion and the molecular structure of [(PMe3)2IrB26H24Ir(CO)(PMe3)2]. A 28-vertex metallaborane cluster with a polyboron core†

J. Kennedy, N. Rath, L. Barton, 1997 .

Preparation of [(η5-C5H5)2TiB6H9]2: A Metallo Derivative of Hexaborane(10)

S. Shore, D. Denton, L. Barton, 1996 .

Synthesis and Characterization of nido-[1,1,2,2-(CO)(4)-1,2-(PPh(3))(2)-1,2-FeIrB(2)H(5)]: A Heterobimetallaborane Analogue of nido-[B(4)H(7)](-).

N. Rath, L. Barton, J. Bould, 1996, Inorganic chemistry.

Chemistry of the Hexaborane(10) Analogue (PPh3)2(CO)IrB5H8: Formation and Characterization of the Heterobimetallaheptaboranes 1,1,1-(CO)3-2,2-(CO)2-2,4-(PPh3)2-closo-1,2-FeIrB5H4and 2-(CO)-2,2-(PPh3)2-7-Cl-7-(PMe2Ph)-nido-2,7-IrPtB5H7

N. Rath, H. Fang, L. Barton, 1996 .

closo‐[B5H4PPh3{Fe(CO)3}{Ir(CO)2PPh3}]: The First Structurally Characterized closo‐Heterobimetallaheptaborane System

N. Rath, L. Barton, J. Bould, 1995 .

A new look at the nido-undecaborate system

N. Rath, Rhodri Ll. Thomas, L. Barton, 2005 .

New derivatives of [NHMe3][7-Me-μ-(9,10-HMeC)-nido-7-CB10H10]

A. Laromaine, R. E. Winter, F. Teixidor, 2004 .

Synthesis of N-substituted derivatives of the hypho-(amine)(amino)B8H11 system

J. Kennedy, U. Dörfler, D. Gabel, 2000 .

Polyhedral ruthenaborane chemistry. Approaches to encapsulated boron cores. The isolation and characterisation of the partially encapsulated isocloso 10-vertex {RuB9} cluster compound [(PPh3)RuB9H9{RuCl2(PPh3)2}2]

J. Kennedy, N. Rath, L. Barton, 2005 .

Oxidation of 1,1-dimethyldiborane. Isolation and characterization of 2,5-dimethyl-1,3,4-trioxadiborolane

J. M. Crump, L. Barton, 1973 .

Formation of [8,8-η2-{(μ-Cl)2Ru(η6-p-cym)Ph2PCH2PPh2}-nido-8,7-RhSB9H10], a bimetallic derivative of the novel species [8,8-(η2-dppm)-8-(η1-dppm)-nido-8,7-RhSB9H10]

N. Rath, L. Barton, O. Volkov, 2002 .

Degradation and modification of metallaboranes. Part 4: Synthesis and characterization of a series of hybrid bimetallaborane clusters of the type [2,2,2-(PPh3)2(CO)-nido-2-OsB4H7-3-(BH2PPh2)CxHyPPh2RuCl2(p-cym)]

R. E. Winter, P. Mcquade, N. Rath, 2005 .

From Complex Hydrides

L. Barton, 1987 .

Involving Oxygen Compounds

L. Barton, 1987 .

Organometallic chemistry on rhodaheteroborane clusters: reactions with bidentate phosphines and organotransition metal reagents

N. Rath, L. Barton, R. Macías, 2003 .

Macropolyhedral boron-containing cluster chemistry. Isolation and characterisation of the eighteen-vertex nido-5′-iridaoctaborano[3′,8′ : 1′,2]-closo-4-iridadodecaborane, [(CO)(PMe3)2IrB16H14Ir(CO)(PMe3)2]

J. Kennedy, N. Rath, L. Barton, 1996 .

The hydrogenation of boron monoxide to diborane and the reactions of boron and boron carbide with titanium and zirconium dioxides

D. Nicholls, L. Barton, 1966 .

The reduction of germanium dioxide with graphite at high temperatures

L. Barton, C. A. Heil, 1970 .

Macropolyhedral boron-containing cluster chemistry. A synthetic approach via the auto-fusion of [6,9-(SMe2)2-arachno-B10H12].

J. Kennedy, U. Dörfler, C. Kilner, 2006, Dalton transactions.

Functionalization of the macropolyhedral borate anion cluster [B22H22]2−: isolation and characterization of the OH and OEt derivatives

N. Rath, L. Barton, O. Volkov, 2003 .

Crystal and molecular structure of µ,2′-SnPh2(B5H8)2 and µ,1′-SnPh2(B5H8)2: the first structurally characterized examples of two pentaborane cages linked by a single heteroatom

L. Brammer, Dong‐Xia Zhao, H. Fang, 1994 .

By Hydride Ion Reduction

L. Barton, 1987 .

Metallaborane Heteroatom Incorporation Reactions: Metallacarboranes, Metallathiaboranes, and an Iridaazaborane from Iridanonaborane Precursors

N. Rath, L. Barton, J. Bould, 1996 .

METALLABORANE HETEROATOM INCORPORATION REACTIONS : ENYNE INSERTION INTO ARACHNO-(CO)(PME3)2HIRB8H12

J. Kennedy, N. Rath, L. Barton, 1998 .

Metallaborane Reaction Chemistry. Part 3. Reaction of Carbon Monoxide with [6-H-6-(PPh3)-6P,5C-μ-(2-Ph2PC6H4)-nido-6-IrB9H12] and the Isolation and Characterisation of Two arachno-6-Monoiridadecaboranes [6-(CO)-6-H-6,9-(PPh3)2-6P,5C-μ-(2-Ph2PC6H4)-arachno-6-IrB9H11] and sym-[6-(CO)-6-H-6,6-(PMe2Ph)2

J. Kennedy, M. Thornton-Pett, N. Rath, 1997 .

The Synthesis of Deuterium Derivatives

L. Barton, 1987 .

By Isotopic Enrichment using Chemical Reactions

L. Barton, 1987 .

Two iridanonaborane compounds.

J. Kennedy, M. Thornton-Pett, N. Rath, 2001, Acta crystallographica. Section C, Crystal structure communications.

Chemistry on the Rhodacarborane Cluster [9,9-(PPh3)-nido-9,7,8-RhC2B8H11]: Formation of Bidentate Phosphine and Bimetallic Derivatives

N. Rath, L. Barton, O. Volkov, 2002 .

nido-[{(C5Me5)Ir}B3H7{(PPh3)2(CO)Os}], closo-[{(C5Me5)Ir}B4H6{(PPh3)2(CO)Os}] and pileo-[{(PPh3)COHIr}B5H5{(PPh3)2(CO)Os}]: a unique homologous series of iridaosmaborane cluster types

N. Rath, L. Barton, J. Bould, 1995 .

Cu[P(C6H5)3]2B6H9Fe(CO)4: rational synthesis of a heterobimetallaborane from B6H10

L. Barton, D. Srivastava, 1991 .

Structure and spectra of 4,5-.mu.-tetracarbonyliron-hexaborane(10), Fe(CO)4B6H10, and its conjugate base, [Fe(CO)4B6H9]-

S. Shore, N. Rath, L. Barton, 1993 .

Organometallic Chemistry on a Metallathiaborane Cluster: Reactions of [8,8-(PPh3)2-nido-8,7-RhSB9H10] with Bidentate Phosphine Ligands

N. Rath, L. Barton, R. Macías, 1999 .

The isonido‐Metalladicarbaborane [1,1,1‐H{P(CH3)3}2‐6‐Cl‐1,2,4‐IrC2B8H9]

N. Rath, L. Barton, J. Bould, 1997 .

Chemistry on a metallathiaborane cluster Part 4: reactions of 11- vertex rhodathiaboranes with bidentate phosphines and their subsequent rearrangements

N. Rath, L. Barton, R. Macías, 2002 .

Synthesis and characterization of μ,μ′-M(B5H8)2 (M=Cd, Hg and Zn): a reassignment of the NMR spectra for 2,3-μ-metalloderivatives of pentaborane(9)

J. Braddock-Wilking, H. Fang, L. Barton, 2000 .

Three isomers of (triphenylstannyl)-nido-pentaborane(9): isolation and structural characterization of 2,3-.mu.-(SnPh3)B5H8, 1-(SnPh3)B5H8, and 1-(SnClPh2)B5H8

N. Rath, L. Barton, D. Srivastava, 1992 .

Three Isomers of (Triphenylstannyl)‐nido‐pentaborane(9): Isolation and Structural Characterization of 2,3‐μ‐(SnPh3)B5H8, 1‐(SnPh3)B5H8, and 1‐(SnClPh2)B5H8.

N. Rath, L. Barton, D. Srivastava, 1992 .

Preparation and Characterization of 2-Methyl-1,3,2-Dioxaborolane

L. Barton, D. Wester, F. Longcor, 1973 .

From Group‐VIB–Hydrogen Bonds and Group‐IIIB–Sulfur and Selenium Bonds

L. Barton, 2007 .