N. Powell

发表

Synthesis, X-ray structures and infrared spectroelectrochemistry of orthometallated derivatives of pyrrolyl complexes of iron and manganese formed by reaction with [Os3(CO)10(MeCN)2]

R. Clark, S. Best, R. C. Mcqueen, 1991 .

Oxidative addition of Ph3PCHCHO at a triosmium cluster with cleavage of C–;H bonds: crystal structures of two isomers containing the new ligands Ph3PCCHO and Ph3PCHCO, respectively

C. Whittaker, A. Deeming, D. Nuel, 1990 .

Synthesis and structures of two isomers of [Re3Ru(S)(C5H4N)(C5H4NS)2(CO)11] which differ in the distribution of pyridine-2-thionato ligands between doubly- and triply-bridging positions

K. Hardcastle, A. Deeming, M. Karim, 1990 .

New fluxional seven-co-ordinate molybdenum(II) and tungsten(II) complexes: X-ray structure of the pyridine-2-thionato complex [W(C5H4NS)2(CO)2(PMe2Ph)]

A. Deeming, M. Karim, N. Powell, 1990 .

Linkage of two trimetallic clusters through the bridging ligands C3HO2 and C3O2. Crystal structures of three clusters containing the components Os3CHCCO2Os3, Ru3CHCCO2Os3, and Os3CCCO2Os3

T. McPhillips, K. Hardcastle, A. Deeming, 1990 .

New trinuclear and hexanuclear ruthenium clusters derived from the reaction of [Ru3(CO)12] with phenylphosphine or cyclohexylphosphine

S. Doherty, A. Deeming, N. Powell, 1992 .

Conversion of the cluster [Os3(CHCFc)(CO)10] (CHCFc = ethynylferrocene) into [Os3(S)(CHCFc)(CO)9] by reaction with sulphur. Crystal structures of these clusters and of [Os3H(C2Fc)(CO)9]

K. Hardcastle, A. Deeming, D. Nuel, 1989 .

Substitution effects at bridging vinyl ligands: Molecular structures of [Os3H(CHCHR)(CO)10] where R = OEt or ferrocenyl

K. Hardcastle, D. Tocher, A. Deeming, 1990 .

Ring opening versus phenyl–phosphorus bond cleavage in incorporating a phosphole into triosmium clusters

J. Manzur, A. Deeming, A. Arce, 1991 .

Oxidative addition of phenylphosphole: X-ray crystal structures of two ring-opened products [Os3(μ3-PhPC4H4)(CO)x] where x = 8 or 9

J. Manzur, A. Deeming, A. Arce, 1991 .

Intermediates in the conversion of [Os3(CO)11(PRPh2)](R = Me or Ph) into [Os3(µ3-C6H4)(µ3–PR)(CO)9]: crystal and molecular structures of [Os3-(µ-H)(µ3-C6H4PMePh-o)(CO)9] and [Os3(µ3-C6H4PMe-o)(CO)10]

P. Bates, M. Hursthouse, S. Kabir, 1987 .

Mode of attachment of the triply-bridging C6H4 ligand in open triosmium clusters: Crystal structures and fluxionality of the clusters [Os3(PMe)(C6H4)(CO)8L] (L = CO or PEt3)

A. Deeming, D. Nuel, N. Powell, 1990 .

New Fluxional Seven-Coordinate Molybdenum(II) and Tungsten(II) Complexes: X-Ray Structure of the Pyridine-2-thionato Complex (W(C5H4NS)2(CO)2(PMe2Ph)).

A. Deeming, M. Karim, N. Powell, 1990 .

Synthesis, structure, and infrared spectroelectrochemistry of the cluster [Os3H(µ-FcCO)(CO)10](Fc = ferrocenyl), a product of oxidative addition of formylferrocene to [Os3(CO)10(MeCN)2]

P. Bates, M. Hursthouse, R. Clark, 1988 .

Oxidative addition of Ph3PCHCHO to [Os3(CO)10(MeCN)2]

C. Whittaker, A. Deeming, D. Nuel, 1992 .

New modes of attachment of C5 rings in organometallic compounds: X-ray crystal structures of the clusters [Os3H(Ph3PC5H3)(CO)x](x= 9 or 10) derived from cyclopentadienylidenetriphenylphosphorane

C. Whittaker, A. Deeming, N. Powell, 1991 .

Oxygenhydrogen versus nitrogenoxygen bond cleavage in the oxidative addition of oximes to [Os3(CO)10(MeCN)2]: crystal structures of the isomers [Os3H(Me2CNO)(CO)10] and [Os3(OH)(Me2CN) (CO)10]

D. Owen, A. Deeming, N. Powell, 1990 .