T. Spalding

发表

57Fe Mössbauer spectroscopic study of some clusters related to Fe3(CO)12

G. Longoni, T. Venäläinen, Mary P. Collins, 1986 .

Formation and Electrical Interfacing of Nanocrystal-Molecule Nanostructures

G. Redmond, H. Doyle, A. Quinn, 2009 .

Growth of Carbon NanoStructures in Ceramic Materials

W. Blau, S. Lipson, M. Morris, 2005 .

Synthesis and structural characterisation of twoη1-bonded N-phenylthioformamidate complexes ofrhodium

T. Spalding, P. Mceneaney, G. Ferguson, 1997 .

Electroless copper metallisation of titanium nitride

X. Jiang, T. Spalding, J. Patterson, 1995 .

Synthesis and characterization of dimensionally ordered semiconductor nanowires within mesoporous silica.

T. Crowley, M. Morris, K. Ryan, 2001, Journal of the American Chemical Society.

The formation of dimensionally ordered silicon nanowires within mesoporous silica.

M. Morris, J. Holmes, T. Spalding, 2001, Journal of the American Chemical Society.

The formation of dimensionally ordered germanium nanowires within mesoporous silica

M. Morris, K. Ryan, J. Holmes, 2001 .

The use of templated mesoporous materials as templates for the development of ordered arrangements of nanowire and nanorods of electronically important materials.

T. Crowley, D. Lyons, M. Morris, 2002 .

A GAUSSIAN 80(6-311G**) study of the species NHn and NHn+ (n = 1–3)

T. Spalding, P. Brint, Deirdre Power, 1984 .

Photoelectron spectra of CH and CCH3 in metal complexes, and a comparison with surface species

D. R. Lloyd, T. Spalding, P. Brint, 1981 .

Control of pore morphology in mesoporous silicas synthesized from triblock copolymer templates

D. Lyons, M. Morris, K. Ryan, 2002 .

Compounds containing B–O–X bonds (X = Si, Ge, Sn, Pb). Part 4.—Crystal structures of B(OSiPh3)3, PhB(OSiPh3)2and PhB(OGePh3)2

A. Lough, J. Gallagher, T. Spalding, 1993 .

The synthesis of matrices of embedded semiconducting nanowires.

T. Crowley, H. Olin, M. Morris, 2004, Faraday discussions.

In situ studies of order–disorder phenomena in the synthesis of mesoporous silica

M. Morris, J. Holmes, H. Amenitsch, 2007 .

Substitution reactions of rhenium–chloride bonds in [Re2(DMAA)4Cl2], (DMAA=2′,6′-dimethylacetanilido); synthesis and characterisation of [Re2(DMAA)4X2] (X=NCO, NCS, N3) and [Re2(DMAA)4Ln][SbF6]2 (n=2, L=pyridine; n=1, L=4,4′-bipyridine)

J. Gallagher, T. Spalding, D. P. Lydon, 2003 .

Mass spectrometry of inorganic and organometallic compounds

T. Spalding, M. R. Litzow, 1973 .

Pore expansion in mesoporous silicas using supercritical carbon dioxide

M. Morris, K. Ryan, J. Holmes, 2004 .

Metallocene halides. Part I. Synthesis, spectra, and redistribution equilibria of di-π-cyclopentadienyldihalogeno-titanium(IV),-zirconium-(IV), and -hafnium(IV)

T. Spalding, M. Lappert, R. Srivastava, 1969 .

Conformational polymorphism and fluxional behaviour of M(PR3)2 units in closo-twelve-atom metallaheteroboranes with MX2B9(X = C or As) and MZB10 cages (Z = S, Se or Te)

J. Kennedy, J. Gallagher, J. Holub, 1996 .

Synthesis and crystal structure of [Pd(PPh3)S2B6H8]2: a dimeric metallaheteroborane with heteroatoms acting both as cluster atoms and two-electron donor sites

J. Kennedy, M. Hursthouse, J. Holub, 1994 .

Metallaheteroborane chemistry. Part 11. Selective syntheses of the palladium heteroborane complexes [2,2-(PR3)2-closo-2,1-PdEB10H10](R3= Ph3, MePh2 or Me2Ph; E = Se or Te) and [2-X-2-(PPh3)-closo-2,1-PdTeB10H9(PPh3)](X = Cl, Br, I, CN, SCN or O2CMe)

J. Kennedy, J. Gallagher, T. Spalding, 1993 .

Novel rhodathiaborane complexes derived from [(PPh3)2RhSB9H10]

J. Kennedy, M. Jennings, A. Lough, 1990 .

Transition-metal complexes of poly(1-pyrazolyl)borate ligands. 3. Triphenylphosphine and di-p-tolyl disulfide derivatives of molybdenum and tungsten (hydrotris(1-pyrazolyl)borato)dicarbonylarenediazo complexes and the crystal and molecular structure of (hydrotris(1-pyrazolyl)borato)bis(p-toluenethio

T. Spalding, M. Parvez, G. Ferguson, 1982 .

The Structure of Triphenylgermanium Hydroxide

C. Glidewell, J. Gallagher, T. Spalding, 1992 .

Methanolysis of styrene oxide catalysed by a highly efficient zirconium-doped mesoporous silica

D. Barreca, M. Morris, J. Holmes, 2006 .

The redox behaviour of the cluster anion [Fe4N(CO)12]−. Electron transfer chain catalytic substitution reactions. Crystal structure of [Fe4N(CO)11PPh3)]−

F. Laschi, L. Garlaschelli, F. Demartin, 1994 .

Bonding in clusters. 11. Gas-phase photoelectron spectra of the 12-apex closo systems 1,12-B12H10(CO)2, 1,2- and 1,7-C2B10H12, and related main Group V and VI heteroboranes and -carboranes. The electronic structure of B12H122-

R. Suffolk, T. Spalding, M. McGrath, 1990 .

Mass spectra of some triaryl derivatives of the group V elements, P, As, Sb and Bi

T. Spalding, 1976 .

Synthesis, structure, spectroscopic and electrochemical study of the paramagnetic compound [2-(η7-C7H7)-7,11-F2-2,1-closo-MoTeB10H8]

F. Laschi, T. Spalding, G. Ferguson, 2001 .

A Gaussian 80 (6-21G) study of the species SiHn (n = 1–4) and SiHm+(m = 1–5): Some comments on the electron impact mass spectrum of silane

T. Spalding, P. Brint, Deirdre Power, 1984 .

Electron impact study of compounds with main group IV element to transition metal bonds

D. H. Harris, T. Spalding, 1980 .

Mass spectrometric study of compounds containing transition metal to main group IV element bonds: bond dissociation energy data for some (FeM) bonds

T. Spalding, 1978 .

Bonding studies of compounds of boron and the group IV element

J. Pedley, J. Simpson, T. Spalding, 1971 .

Binuclear organometallic compounds. Part III. Metal–metal bond dissociation energies, Raman, and infrared spectra for the series (π-C5H5)(CO)3M1M2Me3: (M1= Cr, Mo, or W; M2= Ge or Sn)

S. A. Keppie, T. Spalding, M. Lappert, 1971 .

The use of mass spectrometry to obtain thermochemical data from series of organometallic compounds

T. Spalding, 1973 .

Bonding in clusters. Part 2. Hexaborane(10) and related metalloboranes

T. Spalding, P. Brint, W. K. Pelin, 1981 .

Bonding in clusters. Part 3. Protonation of nido-pentaborane(9), nido-hexaborane(10), and closo-hexaborate(6)(2–)

Eamonn F. Healy, T. Spalding, T. Whelan, 1981 .

Bonding studies of derivatives of pentaborane(9) through self-consistent charge calculations

T. Spalding, P. Brint, 1980 .

Synthesis and spectroscopic characterisation of compounds with formula [{Fe2S2(CO)5}Ph2P(CH2)nPPh2{Fe(CO)4}] and [{Fe2S2(CO)5}2Ph2P(CH2)nPPh2] (n=3, 4 and 6)

T. Spalding, R. Hourihane, G. Gray, 2000 .

Metallaheteroborane chemistry: Part 16. Contrasting metal to heteroborane bonding modes in isoelectronic {MC2B9} and {MAs2B9} clusters. Synthesis and characterisation of [9-{Fe(CO)2(η5-C5H5)}-nido-7,8-C2B9H12], [7-{Fe(CO)2(η5-C5H5)}-nido-7,8-As2B9H10] and [7-{M(CO)2(η7-C7H7)}-nido-7,8-As2B9H10], whe

J. Kennedy, T. Spalding, F. Deeney, 2003 .

Metallaheteroborane chemistry. Part 5. Synthesis of closo-[2,2-(PR3)2-1,2-SePtB10H10](R3= Et3, Bun3 or Me2Ph) and arachno-[9,9-(PMe2Ph)2-6,9-SePtB8H10] and their characterisation by nuclear magnetic resonance techniques: the crystal and molecular structures of closo-[2,2-(PEt3)2-1,2-SePtB10H10] and

J. Kennedy, T. Spalding, G. Ferguson, 1989 .

Synthesis and spectroscopic characterisation of compounds with formula [{Fe2(SPh)2(CO)5}Ph2P(CH2)nPPh2{Fe(CO)4}] and [{Fe2(SPh)2(CO)5}2Ph2P(CH2)nPPh2] (n=3, 4 and 6)

T. Spalding, R. Hourihane, G. Gray, 2002 .

Pentahapto-bonded gold heteroborane clusters [3-(R3P)-closo-2,1-AuTeB10H10]- and [3-(R3P)-closo-3,1,2-AuAs2B9H9]-.

J. Kennedy, J. Gallagher, T. Spalding, 2006, Dalton transactions.

Bis[μ-bis(diphenylphosphino)hexane-P:P']digold(I) Hexafluoroantimonate Acetonitrile Solvate

T. Spalding, G. Ferguson, E. Gabe, 1996 .

Electronic structures of the closo-thiaboranes 1-SB9H9 and 1-SB11H11. Electrophilic substitution in 1-SB9H2

T. Spalding, P. Brint, J. Maccurtain, 1985 .

Bonding in clusters. Part 5. The electronic, molecular, and crystal structure of 1,10-B10H8(N2)2: a combined theoretical, photoelectron, and X-ray crystallographic study

D. R. Lloyd, T. Spalding, T. Whelan, 1982 .

Metallaheteroborane chemistry. Part 9. Syntheses and spectroscopy of platinum and palladium phosphine complexes containing η5-{As2B9}-based cluster ligands. Crystal structures of [3,3-L2-closo-3,1,2-PtAs2B9H9](L = PPh3 or PMe2Ph) and [3-Cl-3,8-(PPh3)2-closo-3,1,2-PdAs2B9H8]

J. Kennedy, M. Thornton-Pett, T. Spalding, 1991 .

Structure of the triphenylboroxin–N,N-dimethylethylenediamine 1:1 adduct

A. Lough, T. Spalding, G. Ferguson, 1990 .

Metallaheteroborane chemistry—II. Synthesis and characterization of [Ir(dppe)2(X)2][SeB10H11{X= O(I) or H(II} complexes. Crystal and molecular structure of cis-bis[1,2- bis(diphenylphosphino)ethane]dihydroiridium(III) selenaundecahydrodecaborate(1−), (II)

M. Hampden‐Smith, T. Spalding, G. Ferguson, 1988 .

Use of phosphine gold acetylides [(R3P)AuCCR] to form phosphine gold derivatives of tetra-iron and penta-iron clusters

J. Gallagher, T. Spalding, F. Deeney, 2005 .

Mössbauer study of some Fe-containing M6 and M5 clusters

G. Longoni, Mary P. Collins, T. Spalding, 1987 .

Metallaborane reaction chemistry

J. Kennedy, T. Spalding, W. Clegg, 1999 .

Coordination and cluster compounds of ruthenium with the [hypho-1,2-S2B6H9]- ligand.

J. Kennedy, J. Gallagher, T. Spalding, 2005, Dalton transactions.

Novel phosphonium-betaine ligands [SC(H)PPh3-C,S]– and [S(H)CC(PPh3)S-S,S′]– stabilised in rhodacarborane complexes

J. Kennedy, M. Jennings, J. Gallagher, 1994 .

Metallaheteroborane chemistry: Part 14. Synthesis of the {MS2B7}-cluster compounds [9,9-(PX3)2-9,6,8-PtS2B7H7] (where X=Ph or OMe), [9,9-(PPh3)2-9,6,8-RhS2B7H8] and [5,5-(PPh3)2-5,6,10-RhS2B7H8], and the {M2S2B7}-cluster compound [(PPh3)2HRh(PPh3)ClRhS2B7H7]

J. Kennedy, J. Holub, M. Thornton-Pett, 1998 .

Characterisation of a new solid-state isomer of the [Fe5N(CO)14]– ion

T. Spalding, G. Ferguson, P. Zanello, 1993 .

Metallheteroborane chemistry. Part 8. —NMR study of some arsena‐ and stibaboranes and of the rhodadiarsenaboranes [3,3‐(PPh3)2‐3‐(H)‐closo‐3,1,2‐RhAs2B9H9] and [3‐(η5‐C5Me5)‐closo‐3,1,2‐RhAs2B9H9]

J. Kennedy, T. Spalding, M. McGrath, 1991 .

Metallaheteroborane chemistry. Part 3. Synthesis of [2,2-(PR3)2-1,2-TePtB10H10](R3= Et3, Bun3, or Me2Ph), their characterisation by nuclear magnetic resonance spectroscopy, and the crystal and molecular structure of [2,2-(PEt3)2-1,2-TePtB10H10]

J. Kennedy, T. Spalding, G. Ferguson, 1988 .

The use of 57Fe Mössbauer spectroscopy in assigning the types of iron carbonyl units present in Fe-containing clusters

Mary P. Collins, T. Spalding, R. P. Brint, 1983 .

The relationship between the molecular structure of [3,3-(PMe2Ph)2-closo-3,1,2-PtC2B9H11] and the mechanism of the fluxional behaviour of M(PR3)2-units in closo-twelve-atom metallaheteroboranes

J. Kennedy, J. Gallagher, T. Spalding, 1995 .

Diiodinated derivatives of 1,2-diarsenadecaborane: As2B10H8I2

T. Spalding, G. Ferguson, D. O'connell, 1991 .

Sterically-induced low temperatur polyhedral rearrangements of carbaplatinaboranes: Synthesis and crystal structures of 1-Ph-3,3-(PMe2Ph)2-3,1,2-PtC2B9H10, 1-Ph-3,3-(PMe2Ph)2-3,1,11-PtC2B9H10, 11-Ph-3,3-(PMe2Ph)2-3,1,11-PtC2B9H10 and 1,11-Ph2-3,3-(PMe2Ph)2-3,1,11-PtC2B9H9

D. Mingos, D. Baghurst, L. Yellowlees, 1993 .

Polyhedral metallathiaborane chemistry: Synthesis and characterisation of metallathiaboranes based on the twelve-vertex icosahedral closo-{MSB10H10} unit, where M is Rh or Ir

J. Kennedy, J. Holub, M. Thornton-Pett, 2008 .

Metallaheteroborane chemistry. Part 10. Synthesis and characterisation of closo-structured rhodathiaborane complexes [1-(CO)-1-L-3-L′-1,2-RhSB9H8](L = L′= PPh3; L = PMe2Ph, L′= PMe2Ph or PPh3)

J. Kennedy, A. Lough, J. Gallagher, 1992 .

Metallaheteroborane Chemistry. Part 5. Synthesis of closo-(2,2-(PR3)2-1,2-SePtB10H10) (R3: Et3, nBu3, or Me2Ph) and arachno-(9,9-(PMe2Ph)2-6,9-SePtB8H10) and Their Characterization by NMR Techniques: The Crystal and Molecular Structur

J. Kennedy, T. Spalding, G. Ferguson, 1989 .

From Anions Derived from Eh2 and ENH2

T. Spalding, 2007 .

The structure and bonding of nido-7,9-X2B9H9 (X S OR Se)

T. Spalding, D. Reed, O. Dhubhghaill, 1993 .

The formation of the [7-SeB10H11]− anion from 1-SeB11H11 and the structure of the anion studied by boron-11 cOSY NMR and x-ray crystallography

T. Spalding, G. Ferguson, D. Reed, 1988 .

Structure of 4-(dimethylamino)pyridine cyanoborane adduct

T. Spalding, G. Ferguson, M. Myers, 1990 .

From Group‐VIB–Hydrogen Bonds in EH2 and ENH2

T. Spalding, 2007 .

Iron oxide nanoparticle impregnated mesoporous silicas as platforms for the growth of carbon nanotubes

G. M. Croke, W. Blau, D. Barreca, 2007 .

Analysis of Nanocrystalline ZnS Thin Films by XPS

D. Barreca, A. Gasparotto, C. Maragno, 2002 .

Single‐Source Chemical Vapor Deposition of Zinc Sulfide‐Based Thin Films from Zinc bis(O‐ethylxanthate)

D. Barreca, E. Tondello, Monica Fabrizio, 2003 .

Anisotopic mass spectra of boron hydrides obtained using high resolution data

N. N. Greenwood, T. Spalding, Derek Taylorson, 1980 .

Synthesis, crystal and molecular structures of three triphenylsilanol amine adducts

A. Goeta, T. Spalding, S. Lawrence, 2002 .

Metallaheteroborane chemistry. Part 12. Synthesis of cationic metallaheteroboranes [2-L-2-(PPh3)-closo-2,1-PdTeB10H9(PPh3)][BF4]; molecular structures of the compounds with L = H2O or CO

J. Kennedy, J. Gallagher, T. Spalding, 1993 .

Metallaheteroborane chemistry. Part 7. Synthesis, crystal structure, and characterisation of two dinuclear rhodatelluraboranes, [{(PPh3)2RhTeB10H10}2] and [(PPh3)(CO)Rh2Te2B20H20]

J. Kennedy, A. Lough, T. Spalding, 1990 .

Syntheses and spectroscopy of diamine complexes of Zn(II) and Cd(II) ethylxanthates and the molecular structures of [M(S2COEt)2TMEDA]: formation of CdS nanoparticles from [Cd(S2COEt)2] and [Cd(S2COEt)2TMEDA]

M. Drew, T. Spalding, Jacqui Cusack, 2004 .

Synthesis and structures of ring and cage compounds containing Si-O-As bonds

T. Spalding, G. Ferguson, B. O'leary, 2003 .

Notes. Synthesis, crystal structure and gas-phase photoelectron spectroscopic study of B,B′-bis(1,3-dicyclohexyl-1,3,2-diazaborolidin-2-yl)

D. R. Lloyd, T. Spalding, M. Parvez, 1986 .

Synthesis, Crystal Structure, and Gas-Phase Photoelectron Spectroscopic Study of B,B′-Bis(1,3-dicyclohexyl-1,3,2-diazaborolidin-2-yl).

D. R. Lloyd, T. Spalding, M. Parvez, 1987 .

The HgI2/I− equilibrium in solvent 96% methanol/4% water A spectrophotometric method for the determination of inorganic mercury(II)

M. Abraham, T. Spalding, G. F. Johnston, 1968 .

The mössbauer spectra of iron carbonyl-carbide and-nitride cluster compounds

T. Spalding, R. P. Brint, F. A. Deeney, 1983 .

Evaluation of the “isoelectronic-isolobal” description of cluster bonding units

T. Spalding, R. P. Brint, K. Pelin, 1980 .

[8,8‐(PPh3)2‐9‐(OEt)‐8,7‐RhSB9H9].0.95(CH2Cl2)

J. Gallagher, T. Spalding, G. Ferguson, 1992 .

Structure of nido-[8,8,8-(PMe2Ph)3-8,7-RhSB9H10]

A. Lough, T. Spalding, G. Ferguson, 1992 .

Synthesis and characterization of dimensionally ordered semiconductor nanowires within mesoporous silica.

T. Crowley, M. Morris, K. Ryan, 2001, Journal of the American Chemical Society.

Isomers of icosaborane(26): some synthetic routes and preliminary characterisations in the bis(nido-decaboranyl) system

N. N. Greenwood, J. Kennedy, T. Spalding, 1979 .

Bonding studies of compounds of boron and the group IV elements. Part III. First ionisation potentials of some simple boron compounds by electron impact and by a new empirical molecular orbital method

J. Pedley, T. Spalding, M. Lappert, 1970 .

An air-stable, cationic metallacarborane without a charge-compensated carborane ligand

J. Kennedy, J. Gallagher, T. Spalding, 1996 .