Catalytic Activation of Carbon Monoxide by Peter C., Ford

By Peter C., Ford

content material: Activation of carbon monoxide through carbon and oxygen coordination : Lewis acid and proton triggered aid of carbon monoxide / D.F. Shriver --
Experimental and theoretical reports of mechanisms within the homogeneous catalytic activation of carbon monoxide / H.M. Feder, J.W. Rathke, M.J. Chen, and L.A. Curtiss --
Heterobimetallic carbon monoxide hydrogenation : hydrogen move to coordinated acyls : the molecular constitution of (C₅H₅)₂Re[(C₅H₅)₂ZrCH₃](OCHCH₃) / John A. Marsella, John C. Huffman, and Kenneth G. Caulton --
strange carbon monoxide activation, relief, and homologation reactions of 5f-element organometallics --
The chemistry of carbene-like dihaptoacyls / Paul J. Fagan, Eric A. Maatta, and Tobin J. Marks --
Chemistry of the water fuel shift response catalyzed by means of rhodium complexes / T. Yoshida, T. Okano, and Sei Otsuka --
The water fuel shift response as catalyzed by way of ruthenium carbonyl in acidic suggestions / Peter C. Ford, Paul Yarrow, and Haim Cohen --
the significance of reactions of oxygen bases with steel carbonyl derivatives in catalysis : homogeneous catalysis of the water fuel shift response / Donald J. Darensbourg and Andrzej Rokicki --
Homogeneous catalysis of the water gasoline shift response utilizing basic mononuclear carbonyls / R.B. King, A.D. King, Jr., and D.B. Yang --
Homogeneous catalytic aid of benzaldehyde with carbon monoxide and water : functions of the water gasoline shift response / William J. Thomson and Richard M. Laine --
Electrophile-induced disproportionation of the impartial formyl ([eta]-C₅H₅)Re(NO)(PPh₃)(CHO) : isolation and homes of the rhenium methylidene [([eta]-C₅H₅)Re(NO)(PPh₃)(CH₂)]PF₆⁻ / J.A. Gladysz, William A. Kiel, Gong-Yu Lin, Wai-Kwok Wong, and Wilson Tam --
Hydrocarbon formation on polymer-supported [eta]⁵-cyclopentadienyl cobalt / Linda S. Benner, Patrick Perkins, and okay. Peter C. Vollhardt --
Chain-length regulate within the conversion of syngas over carbonyl compounds anchored right into a zeolite matrix / D. Ballivet-Tkatchenko, N.D. Chau, H. Mozzanega, M.C. Roux, and that i. Tkatchenko --
Hydrogenation of carbon monoxide on alumina-supported metals : a tunneling spectroscopy research / R.M. Kroeker, P.K. Hansma, and W.C. Kaska --
Hydrogenation of carbon monoxide to methanol and ethylene glycol by way of homogeneous ruthenium catalysts / B. Duane Dombek --
Syngas homologation of aliphatic carboxylic acids / John F. Knifton --
Decarbonylation of aldehydes utilizing ruthenium(II) porphyrin catalysts / G. Domazetis, B.R. James, B. Tarpey, and D. Dolphin --
Reactions of ([eta]-C₅H₅)₂NbH₃ with steel carbonyls : selective relief of carbon monoxide to ethane / J.A. Labinger and K.S. Wong --
Formation of hydrocarbons by way of hydridic aid of carbon monoxide on Cp₂Fe₂(CO)₄ / Andrew Wong and Jim D. Atwood --
Selective conversion of carbonyl ligands on ([eta]₅-C₅H₅)Fe(CO)₃⁺ to C₂ natural compounds / Alan Cutler, Thomas Bodnar, Gene Coman, Stephen Lacroce, Carol Lambert, and Kevin Menard --
fragrant fuel from hydrogen/carbon monoxide over ruthenium/zeolite catalysts / T.J. Huang and W.O. Haag --
Mechanistic features of the homogeneous water fuel shift response / W.A.R. Slegeir, R.S. Sapienza, and B. Easterling.

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Kaufmann, J. , 1977, 129, 221; (c) V. Bellagamba, R. Ercoli, A. Gamba, and G. B. , 1980, 190, 381. (a) H. Berke and R. Hoffmann, J. Am. Chem. , 1978, 100, 366; (b) M. Ruiz, A. Flores-Riveras, and O. Novarro, J. Catalysis, 1980, 64, 1. A. B. Anderson, J. Chem. , 1975, 62, 1187 and personal communication. D. A. Pensak and R. J. McKinney, Inorg. , 1979, 18, 3407. E. A. McNeill and F. R. Scholer, J. Am. Chem. , 1977, 99, 6293. W. R. Roper, G. Ε. Taylor, J . M. Waters, and L. J . Wright, J. , 1979, 182, C46.

CHE 7710059 and by the M. H. Wrubel Computer Center. G i f t s of chemicals from Climax Molybdenum Company are grate­ f u l l y acknowledged. Literature Cited 1. Collman, J . P . ; 1973, 95, 4089. 2. Fachinetti, G . ; Fochi, G . ; Floriani, C. J. Chem. , Dalt. , 1977, 1946. 3. Fachinetti, G . ; Floriani, C . ; Stoeckli-Evans, H. J . Chem. , Dalt. , 1977, 2297. 4. Marsella, J . Α . ; Curtis, C. ; Bercaw, J . ; Caulton, K. G. J. Am. Chem. , 1980, 102. 5. Labinger, J . Α . ; Komadina, K. J. Organometa1.

26. 27. 28. 29. 30. RECEIVED January 12, 1981. ch003 J O H N A . M A R S E L L A , J O H N C . H U F F M A N , and K E N N E T H G . C A U L T O N Department of Chemistry and Molecular Structure Center, Indiana University, Bloomington, I N 47405 There is mounting evidence that the intramolecular transformation of a hydridocarbonyl, M(H)CO, into a ηformyl, MC(O)H, is not thermodynamically favorable (1). This has directed attention towards reactions which provide exceptional stability to the formyl species.

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