175 results on '"Carlton, Laurence"'
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2. Triazenide complexes of iridium. Evidence for [Ir(η1-N3Ph2)(HN3Ph2)(1,5-cod)], structures of [Ir2(μ-OMe)2(1,5-cod)2], [Ir2(μ-N3Ph2)2(1,5-cod)2], [Ir(η2-N3Ph2)(H)(SiPh3)(1,5-cod)], [Ir(η2-N3Ph2)(H)(SnPh3)(1,5-cod)] and [Ir(η2-N3Ph2)(SC6F5)2(1,5-cod)]
3. Iridium Complexes of Aromatic N,O and N,N Chelating Ligands. Structures of [Ir(8OQ)(cod)], [Ir(8OQd)(cod)], [Ir2(7AI)2(cod)2] and [Ir(8OQd)(H)(EPh3)(cod)] (8OQ = 8-Oxyquinolinate, 8OQd = 2-Methyl-8-oxyquinolinate, 7AI = 7-Azaindolate; E = Si, Sn; cod = 1,5-Cyclooctadiene)
4. Preparation and NMR study of trimetallic complexes of platinum and tungsten bridged by 4-pyridylacetylide and a binuclear complex of rhodium and tungsten bridged by 2-(4-pyridyl)thiazole-4-carboxylate (PTC): structure of [(Ph3P)2Rh(H)2(μ-PTC)W(CO)4(P(4-MeC6H4)3)]
5. Thiolate complexes of iridium. Structures of [Ir 2(μ-SC 6F 5) 2(cod) 2], [Ir(SC 6F 5)(H)(SiPh 3)(XNC) 3] and [Ir 3(μ-SC 6F 5) 2(SC 6F 5)(μ,μ′-XNC)(XNC) 4(cod)] (XNC = xylyl isocyanide)
6. An NMR study of trans ligand influence in rhodium [[eta].sup.2] triphenyltin hydride complexes
7. Tris(triphenylphosphine)rhodium cyano and triphenylcyanoborate complexes: Structures and a DFT study
8. Reaction of bis(phosphine)(hydrotris(3,5-dimethylpyrazolyl)borato)rhodium(I) with phenylacetylene, p-nitrobenzaldehyde, and triphenyltin hydride: structures of [Rh(Tp*)(PPh (sub)3) (sub)2], [Rh(Tp*)(H)(C (sub)2 Ph){P(4-C (sub)6 H (sub)4 F) (sub)3}], [Rh(Tp*)(H)(COC (sub)6 H (sub)4 -4-NO (sub)2)(PPh (sub)3)], and [Rh(Tp*)(H)(SnPh (sub)3) (PPH (sub)3)]
9. Rhodium-103 NMR
10. Rhodium-hydrogen-tin three-center bonds. NMR ((super 1)H, (super 31)P, (super 103)Rh, (super 119)Sn) study of [Rh(CL)(H)(SnPh3)(PPh3)(py)] and related compounds
11. Oxygenation studies involving transition metal complexes
12. Interaction of triphenyltin hydride and rhodium. Structure of (Rh(NCBPh3)(H)(SnPh3)(PPh3)2) and NMR (1H, 15N, 31P, 103Rh, 119Sn) study of pyridine-containing derivatives
13. Triphenylcyanoborate complexes of rhodium: a nitrogen-15 NMR study of [Rh(NCBPh3)(PPh3)3] and [Rh(CNBPh3)(PPh3)3] and their derivatives
14. The amide oxygen as a donor group. Metal ion complexing properties of tetra-N-acetamide substituted cyclen: a crystallographic, NMR, molecular mechanics, and thermodynamic study
15. Novel oxidation products from a 9(10H)-acridinone
16. Influence of ligand polarizability on the reversible binding of [O.sub.2] by trans-[Rh(X)(XNC)[(P[Ph.sub.3]).sub.2]] (X = Cl, Br, S[C.sub.6][F.sub.5], [C.sub.2]Ph; XNC = Xylyl isocyanide), structures and a kinetic study
17. Iron-57 NMR and Structural Study of [Fe(η5-Cp)(SnPh3)(CO)(PR3)] (PR3 = Phosphine, Phosphite). Separation of Steric and Electronic σ and π Effects
18. Tungsten‐183 NMR study of cis‐[W(CO)4(PPh3)(4‐RC5H4N)]; effect of varying the σ donor strength of the pyridine
19. Chapter 3 - Rhodium-103 NMR
20. Hydrogen bridging rhodium and tin: an NMR study of (Rh(H)((mu-H)SnR3)2(PPh3)2) (R double bond nBu, Ph)
21. Structural,103Rh NMR and DFT Studies of a Bis(phosphane)RhIII-Porphyrin Derivative
22. A tungsten-183 NMR study of cis and trans isomers of [W(CO)4(PPh3)(PR3)](PR3 = phosphine, phosphite)
23. Thiolate complexes of iridium. Structures of [Ir2(μ-SC6F5)2(cod)2], [Ir(SC6F5)(H)(SiPh3)(XNC)3] and [Ir3(μ-SC6F5)2(SC6F5)(μ,μ′-XNC)(XNC)4(cod)] (XNC=xylyl isocyanide)
24. An NMR study of trans ligand influence in rhodium η 2 triphenyltin hydride complexes
25. A nitrogen-15 NMR study of hydrogen bonding in 1-alkyl-4-imino-1,4-dihydro-3-quinolinecarboxylic acids and related compounds
26. Rhodium‐103 NMR of [Rh(X)(PPh3)3] [X = Cl, N3, NCO, NCS, N(CN)2, NCBPh3, CNBPh3, CN] and derivatives containing CO, isocyanide, pyridine, H2 and O2. Ligand, solvent and temperature effects
27. Reactions of [Rh(Tp*)(PPh3)2] (Tp*=hydrotris(3,5-dimethylpyrazolyl)-borate) involving fragmentation or loss of Tp*. Structures of [Rh(Cl)2(H)(PPh3)2(pz*)], [(PPh3)2Rh(μ-SC6F5)2Rh(SC6F5)(H)(PPh3)(pz*)] (pz*=3,5-dimethylpyrazole) and [{Rh(Cl)2(PPh3)2}2Hg]
28. Reactivity of a rhodium(I) complex towards oxygen enhanced by a cyano ligand. Structure of [Rh(CN)(O2)(PPh3)2(XNC)] (XNC=xylyl isocyanide)
29. Reaction of Bis(phosphine)(hydrotris(3,5-dimethylpyrazolyl)borato)rhodium(I) with Phenylacetylene, p-Nitrobenzaldehyde, and Triphenyltin Hydride: Structures of [Rh(Tp*)(PPh3)2], [Rh(Tp*)(H)(C2Ph){P(4-C6H4F)3}], [Rh(Tp*)(H)(COC6H4-4-NO2)(PPh3)], and [Rh(Tp*)(H)(SnPh3)(PPh3)]
30. Three-centre Rh?H?Sn bonds: an NMR study of the effects of varying the electron density on rhodium
31. Rhodium−Hydrogen−Tin Three-Center Bonds. NMR (1H, 31P, 103Rh, 119Sn) Study of [Rh(Cl)(H)(SnPh3)(PPh3)(py)] and Related Compounds
32. Activation of EH (E=Sn, Si, S) bonds by cyclooctadieneiridium pyridine-2-carboxylate and related compounds
33. Iron-57 NMR and Structural Study of [Fe(η5-Cp)(SnPh3)(CO)(PR3)] (PR3= Phosphine, Phosphite). Separation of Steric and Electronicσ and π Effects.
34. Iridium Complexes of Aromatic N, O and N, N Chelating Ligands. Structures of [Ir(8OQ)(cod)], [Ir(8OQd)(cod)], [Ir(7AI)(cod)] and [Ir(8OQd)(H)(EPh)(cod)] (8OQ = 8-Oxyquinolinate, 8OQd = 2-Methyl-8-oxyquinolinate, 7AI = 7-Azaindolate; E = Si, Sn; cod = 1,5-Cyclooctadiene)
35. Interaction of Triphenyltin Hydride and Rhodium. Structure of [Rh(NCBPh3)(H)(SnPh3)(PPh3)2] and NMR (1H,15N,31P,103Rh,119Sn) Study of Pyridine-Containing Derivatives
36. Natural abundance nitrogen-15 NMR spectroscopy of rhodium complexes by indirect detection using phosphorus
37. Rhodium-103 NMR of Carboxylate and Thiolate Complexes by Indirect Detection using Phosphorus
38. Mechanisms of alkyne trimerisation at molybdenum and tungsten centres leading to novel metallacycles: crystal and molecular structures of two isomeric forms of [Mo{C(CF3)C(CF3)C(CF3)C(CF3)C(CO2Me)C(CO2Me)(SPri)}(η5-C5H5)]
39. Migration of SnPh3 from metal to Cp in a cobalt cyclopentadienyl complex:preparation of [Co{C5H3(SnPh3)2}(CO)2] under mild conditions
40. Tungsten-183 NMR study of cis-[W(CO)4(PPh3)(4-RC5H4N)]; effect of varying the σ donor strength of the pyridine.
41. Hydrogen bridging rhodium and tin: an NMR study of [Rh(H){(.mu.-H)SnR3}2(PPh3)2] (R = nBu, Ph)
42. An 15N NMR spectroscopic study of some rhodium complexes of 3,5-dicarbomethoxy-4-phenylpyridine-15N
43. Synthesis and reactions of tungsten(II) norbornadiene (nbd) complexes. The crystal and molecular structure of [WBr(SC6F5)(CO)2(nbd)]
44. An investigation of steric effects along a cyclopentadienyl substituent: a study by 1H, 13C and 29Si NMR spectroscopy of bis(trimethylsilyl)cyclopentadienyl iron complexes
45. Rhodium pentafluorophenylthiolate complexes derived from [Rh2(μ-SC6F5)2(PPh3)4]
46. Steric measurement of substituted cyclopentadiene ligands and the synthesis and proton NMR spectral analysis of [(.eta.5-C5H4R)Fe(CO)(L)I] complexes with variable R
47. Dihydrobis- and tris(triphenylphosphine)rhodium(III) carboxylate complexes
48. Steric effects in oxidative addition and reductive elimination reactions of rhodium pentafluorophenylthiolate complexes
49. THE REACTION OF THIOLS WITH [RhH(PPh3)4]: RHODIUM THIOLATE COMPLEXES AND HYDROGENATION CATALYSTS
50. Syntheses and reactions of η2-vinyl complexes of molybdenum and tungsten [M(SC6F5){η2-C(CF3)C(CF3)(PR3)}-(CF3CCCF3)(cp)] and [Mo{η3-C(CF3)C(CF3)(SPri)}-(CF3CCCF3)(cp)](cp =η-C5H5)
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