Platinum-195 nuclear magnetic resonance

Coordination Chemistry Reviews

Volumn 44, Issue 2, 1982, Pages 247-291

  Pregosin, P S ^a  

^a ETH ZURICH   (Switzerland)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 0001382141     PISSN: 00108545     EISSN: None     Source Type: Journal    
DOI: 10.1016/S0010-8545(00)80523-8     Document Type: Article

References (132)

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3. The 195Pt nuclear magnetic resonance shifts and electronic absorption spectra of some platinum(II) complexes
4. Implication of 195Pt chemical shift anisotropy relaxation in n.m.r. studies of platinum complexes
5. 195Pt-NMR. Spectroscopy. The direct measurement of the values1J (195Pt,14N) and chemical shift data for the complexestrans-[PtCl2(C2H4) (substituted pyridine)]
6. Effects of some neutral ligands on the co-ordination of the thiocyanate ion in some anionic platinum(II) complexes
7. Study of the co-ordination behaviour of the thiocyanate and cyanate ions in some platinum(II) complexes by heteronuclear resonance spectroscopy
8. Studies of platinum(II) complexes by heteronuclear magnetic double resonance
9. Chlorine and bromine isotope shifts in 195Pt n.m.r. spectra
10. Platinum-195 and phoshorus-31 nuclear magnetic resonance studies of some platinum hydrides
11. The platinum-195 chemical shift in some platinum(0) and platinum(II) complexes and its relationship to their structure
12. Platinum-195 nuclear magnetic resonance study of platinum(0) complexes containing a series of acetylenes
13. Magnetic double resonance studies of some trans-bis(triethylphosphine) complexes of platinum
14. A13C- and195Pt-NMR. Study of the Complexestrans-PtCl2 (amine) (CH2?CH2)
15. Preparation and vibrational spectra of tetra-n-propylammonium carbonyldichloro-organoplatinate(II) salts, and a comparison of their carbon-13 and platinum-195 nuclear magnetic resonance properties with those of organomercury compounds
16. Magnetic double-resonance studies of platinum-195 chemical shifts in organoplatinum compounds
17. The Reaction of SnCl2 with the Complexescis-PtCl2 (phosphorus ligand)2 as studied by31P and195Pt NMR
18. 15N-NMR. and31P-NMR. Studies of palladium and platinum complexes
19. Solvolysis of cis-[Pt(NH3)2Cl2] in dimethyl sulphoxide and reactions of glycine with [PtCl3(Me2SO)]? as probed by 195Pt nuclear magnetic resonance shifts and 195Pt?15N coupling constants
20. A Comparative Study of Platinum Di (t-butyl) (15N2)diimine andtrans-[(PtCl2(N-ligand)PBu3)] complexes by195Pt-,31P- and15N-NMR
21. Hydrides of platinum(II) and platinum(IV) incorporating hydrogen-sulphide and hydrogenselenide ligands
22. Silyl and germyl complexes of platinum and palladium. Part 4. Reactions between four-co-ordinated halogenohydridobis(triethylphosphine)platinum(II) complexes and silyl-amines or -phosphines
23. 195Pt-NMR Spectroscopy of Catalytically Active Complexes. Extremely Large Spin-Spin Coupling between Platinum and Tin
24. Heteronuclear INDOR spectra of some tetrakis(fluorophosphine)-nickel(0) and -platinum(0) complexes having the [AX]4(T d ) spin system
25. An investigation by nuclear magnetic resonance of the effects of the pentafluorophenyl group on the rotation of the triethylphosphine ligands in some platinum(IV) complexes
26. Transition metal?carbon bonds. Part 49. The action of amines on cis-[PtCl2(PPrn 3)(C3H4)]: crystal structures of the complexes [PtCl(PPrn 3){C(?CH2)CH2NHBut}](four-membered ring) and [Pt2Cl2(PPrn 3)2{C(?CH2)CH2NHMe}2](eight-membered ring)
27. Vibrational and nuclear magnetic resonance spectroscopic studies on some carbonyl complexes of gold, palladium, platinum, rhodium, and iridium
28. Synthesis of a new class of acylplatinum complexes derived from salicylaldehyde
29. Comments on the Interpretation of NMR. Parameters in some platinum-olefin complexes
30. Transition metal?carbon bonds. Part 48. Allene complexes from halogeno-bridged platinum(II) complexes: crystal structures of cis-[PtCl2(PPrn 3)(C3H4)] and cis-[PtCl2(PMe2Ph)(C3H4)]
31. A novel di-platinum(II) octaphosphite complex showing metal?metal bonding and intense luminescence; a potential probe for basic proteins. X-Ray crystal and molecular structure
32. Ein neuer kationischer zweikerniger Trihydridoplatin-Komplex mit einem tetra- und einem pentakoordinierten Platinatom
33. Molecular orbital theory of nuclear spin coupling constants
34. Some binuclear bis(diphenylphosphino)methane complexes of platinum with bridging and terminal hydrido groups
35. Some binuclear hydrides of platinum
36. A New Cationic Mono-Hydride-Bridged Binuclear Platinum(II) Dihydride
37. Chemistry of the metal carbonyls. Part 76. Platinum?osmium carbonyl complexes derived from decacarbonyldi-�-hydrido-triosmium; X-ray crystal structure of [Os3Pt(�-H)2(CO)10{P(cyclo-C6H11)3}]
38. Carbon-13 nuclear magnetic resonance spectra of some carbon-13 monoxide derivatives of platinum(II)
39. Synthesis of three-co-ordinate mono-, bis-, and tris-olefin complexes of platinum with dimethyl or diethyl fumarate, dimethyl maleate, or maleic anhydride ligands
40. Reactions of triorganosilanes with tris-�-(t-butyl isocyanide)-tris(t-butyl isocyanide)-triangulo-triplatinum: crystal structure of the complex [{Pt(CH:NBut)(SiMePh2)(CNBut)}2]
41. Chemistry of di- and tri-metal complexes with bridging carbene or carbyne ligands. Part 7. Interconversion of carbene and carbyne ligands at a dimetal centre. X-Ray crystal structures of [CrPt{�-C(CO2Me)Ph}(CO)4(PMe3)3] and [ MnPt(�-CC6H4Me-4)(CO)2(PMe3)2(?-C5H5)][BF4]�CH2Cl2
42. Chemistry of di- and tri-metal complexes with bridging carbene or carbyne ligands. Part 6. Synthesis of platinum?chromium and ?tungsten compounds. X-Ray crystal structure of [(Me3P)(OC)4W{�-C(OMe)C6H4Me-4}Pt(PMe3)2]
43. Use of aryltin compounds in the preparation of diaryl- and diaroyl-di-�-chloro-bis(triorganophosphine)diplatinum(II) complexes
44. Effect of chelate-ring size on spectroscopic and chemical properties of methylplatinum(II) complexes of the ditertiary phosphines Ph2P[CH2] n PPh2(n= 1,2, or 3)
45. Correlation of nuclear magnetic resonance coupling constants with transition metal?ligand bond lengths in tertiary phosphine complexes
46. 15N-NMR. A Method for Assigning Structure in Complexes of Unsymmetricalo,o?-Dihydroxydiarylazo-Ligands
47. Synthesis and crystal and molecular structure of tris-�-(t-butyl isocyanide)-tris(t-butyl isocyanide)-triangulo-triplatinum
48. 195Pt NMR studies on monomer and dimer complexes. Observation of PtPt coupling constants
49. Chemistry of the metal carbonyls. Part 77. Some reactions of the platinumtriosmium complexes [Os3Pt(�-H)2(CO)10(PR3)] with donor molecules; X-ray crystal structures of [Os3Pt(�-H)2(CO)10(PPh3)2] and [OsPt2(CO)5(PPh3)2(�3-MeC2Me)]
50. Chemistry of the metal carbonyls. Part 80. Diosmiumdiplatinum carbonyl complexes derived from tetracarbonyldihydrido-osmium. X-Ray crystal structure of [Os2Pt2(�-H)2(CO)8(PPh3)2]
51. Transfer of tertiary phosphine between rhodium and either platinum or palladium
52. Chemistry of di- and tri-metal complexes with bridging carbene or carbyne ligands. Part 8. Synthesis of the trimetal compounds [M{W(�-CC6H4Me-4)(CO)2(?-C5H5)}2](M = Ni, Pd, or Pt) and crystal structures of the platinum and nickel complexes
53. Synthesis of trans-di-�-hydridobis(silyl)bis(trialkylphosphine)di-platinum complexes: crystal and molecular structure of di-�-hydrido-bis(tricyclohexylphosphine)bis(triethylsilyl)diplatinum
54. Synthesis of �3-alklidynetrimetal complexes: X-ray crystal structures of [FePtW(�3-CC6H4Me-4)(CO)6(PEt3)(?-C5H5)] and [FeRhW(�3-CC6H4Me-4)(�2-CO)(CO)5(?-C5H5)(?-C9H7)]
55. Alkyne complexes of platinum. Part 5. Di- and tri-platinum complexes with bridging trimethylsilyl-substituted alkyne ligands; crystal structure of [Pt2(�-PhC2SiMe3)(C8H12)2]