F. Ungváry

发表

Application of transition metals in hydroformylation annual survey covering the year 2003

F. Ungváry, 2004 .

Application of transition metals in hydroformylation: Annual survey covering the year 2006

F. Ungváry, 2007 .

Internal carbon monoxide exchange and CO dissociation in cobalt carbonyl carbene complexes. A density functional study

T. Kégl, F. Ungváry, 2007 .

Magnesium bromide in Grignard reagent formation

F. Ungváry, J. Garst, K. Lawrence, 1994 .

Transition metals in organic synthesis: Hydroformylation, reduction, and oxidation. Annual survey covering the year 1992

F. Ungváry, 1994 .

Definitive Evidence of Diffusing Radicals in Grignard Reagent Formation

F. Ungváry, J. Garst, James T. Baxter, 1997 .

Application of transition metals in hydroformylation annual survey covering the year 1998

F. Ungváry, 1999 .

Synthesis of (E)-2-(1-ferrocenylmethylidene)malonic acid derivatives by a cobalt-catalyzed domino reaction of ethyl diazoacetate, carbon monoxide and ferrocenylimines

R. Skoda-Földes, L. Kollár, T. Kégl, 2011 .

In Grignard reagent formation from cyclopropyl bromide in diethyl ether, trapping by DCPH is consistent with diffusing cyclopropyl radical intermediates.

F. Ungváry, J. Garst, 2001, Organic letters.

Grignard reagent formation from aryl halides. There is no aryl radical intermediate along the dominant reaction channel

F. Ungváry, J. Garst, K. Lawrence, 1999 .

Mechanism of the cobalt-catalyzed carbonylation of ethyl diazoacetate

T. Kégl, F. Ungváry, Neszta Ungvári, 2010 .

Transition metals in organic synthesis: Hydroformylation, reduction, and oxidation. Annual survey covering the year 1991

F. Ungváry, 1993 .

Transition metals in organic synthesis: hydroformylation, reduction, and oxidation. Annual survey covering the year 1993☆

F. Ungváry, 1995 .

Transition metals in organic synthesis: Hydroformylation, reduction, and oxidation: Annual survey covering the year 1990☆

L. Markó, F. Ungváry, 1992 .

Octacarbonyl dicobalt-catalyzed selective transformation of ethyl diazoacetate into organic products containing the ethoxycarbonyl carbene building block

F. Ungváry, Róbert Tuba, 2003 .

Application of transition metals in hydroformylation. Annual survey covering the year 2000

F. Ungváry, 1996 .

Synthesis, characterization and reactions of acylcobalt carbonyl complexes, RC(O)Co(CO)4−nLn (n = 0,1,2,3)

F. Ungváry, I. Kovacs, 1997 .

Reaction of HCo(CO)4 and CO with styrene. Mechanism of (.alpha.-phenylpropionyl)- and (.beta.-phenylpropionyl)cobalt tetracarbonyl formation

L. Markó, F. Ungváry, 1982 .

THE EQUILIBRIUM BETWEEN ACETYL- AND METHYLCOBALT TETRACARBONYL

L. Markó, F. Ungváry, 1994 .

Triphenylphosphane-modified cobalt catalysts for the selective carbonylation of ethyl diazoacetate

T. Kégl, F. Ungváry, L. Párkányi, 2010 .

Co2(CO)8-induced domino reactions of ethyl diazoacetate, carbon monoxide and ferrocenylimines leading to 2-(1-ferrocenyl-methylidene)-malonic acid derivatives

T. Kégl, F. Ungváry, János Balogh, 2009 .

Application of the Octacarbonyldicobalt‐Catalyzed Carbonylation of Ethyl Diazoacetate for the One‐Pot Synthesis of N‐tert‐Butyl‐trans‐α‐ethoxycarbonyl‐β‐phenyl‐β‐lactam

T. Kégl, F. Ungváry, L. Párkányi, 2009 .

The formation of catalytically active species by the reduction of palladium carboxylate phosphine systems: i. Hydrogenations

G. Kiss, F. Ungváry, A. Sisák, 1983 .

A new, three-component cobalt-catalysed domino reaction leading to ferrocenyl-tetrahydro-4(1H)-pyrimidinone derivatives

L. Kollár, F. Ungváry, Z. Csók, 2012 .

Reactions of triphenylphosphane-substituted ethoxycarbonylcarbene-bridged dicobalt carbonyl complexes with carbon monoxide or 13CO: An experimental and theoretical study

T. Kégl, F. Ungváry, Neszta Ungvári, 2009 .

Reactions of 13CO with Ethoxycarbonylcarbene‐Bridged Dicobalt Carbonyl Complexes: [μ2‐{Ethoxycarbonyl(methylene)}‐μ2‐(carbonyl)bis(tricarbonylcobalt)(Co–Co)] and [Di‐μ2‐{ethoxycarbonyl(methylene)}bis(tricarbonylcobalt)(Co–Co)]

T. Kégl, F. Ungváry, Neszta Ungvári, 2006 .

Kinetics and mechanism of the reaction of octacarbonyl dicobalt with ethyl diazoacetate

F. Ungváry, Róbert Tuba, Eszter Fördős, 2005 .

Preparation of triphenylphosphane substituted ethoxycarbonylcarbene-bridged dicobalt carbonyl complexes and their application as catalyst precursors in the carbonylation of ethyl diazoacetate to diethyl malonate

F. Ungváry, Róbert Tuba, Eszter Fördős, 2005 .

Octacarbonyl dicobalt-catalyzed selective carbonylation of (trimethylsilyl)diazomethane to obtain (trimethylsilyl)ketene

T. Kégl, F. Ungváry, Neszta Ungvári, 2004 .

Transition-metal alkyls and hydrides II. Investigation of a complex cobalt hydride obtained from cobalt stearate and grignard reagents1

L. Markó, F. Ungváry, Barnabás Babos, 1967 .

Intermediate Complexes in the Octacarbonyl Dicobalt-Initiated Living Polymerization of 3-Methyl-1,2-butadiene

J. Sóvágó, F. Ungváry, M. Newton, 1996 .

Infrared spectra of isotopically substituted XCo(CO)4 (X=H, EtC(O), EtOC(O) and EtOC(O)CH2) molecules

R. Tannenbaum, C. Hoff, G. Pályi, 2003 .

COBALT CARBONYL RADICALS AND RADICAL REACTIONS OF COBALT CARBONYLS

G. Pályi, L. Markó, F. Ungváry, 1984 .

REACTION OF COBALT TETRACARBONYL HYDRIDE WITH PHENYLACETYLENE

F. Ungváry, J. Garst, T. Bockman, 1999 .

Alkylcobalt carbonyls. 7. (.eta.1-Benzyl)-, (.eta.3-benzyl)-, and (.eta.1-phenylacetyl)cobalt carbonyls

G. Pályi, L. Markó, F. Ungváry, 1986 .

The oxidation of Co2(CO)8, Mn2(CO)10 and Fe(CO)5 by dibenzoyl peroxide. Kinetics and mechanism

F. Ungváry, A. Sisák, 1984 .

Alkylcobalt carbonyls. 9. Alkoxy-, silyloxy-, and hydroxy-substituted methyl- and acetylcobalt carbonyls. Reduction of formaldehyde to methanol by hydridocobalt tetracarbonyl

G. Pályi, F. Ungváry, L. Nemeth, 1989 .

The reaction of alkoxides with dicobalt octacarbonyl: Trapping of the Co(I) intermediate in the disproportionation (“base reaction”) with a hardLewis base

G. Pályi, F. Ungváry, A. Sisák, 1985 .

Erratum to “Fundamental metal carbonyl equilibria, V: Reinvestigation of the equilibrium between dicobalt octacarbonyl and cobalt tetracarbonyl hydride under hydrogen pressure”

R. Tannenbaum, F. Ungváry, G. Bor, 1999 .

Fundamental metal carbonyl equilibria, V 1Reference [29][b] should be considered as Part IV; for Part III see reference [1]. 1 :

R. Tannenbaum, F. Ungváry, G. Bor, 1998 .

Some chemical properties of (arene)nonacarbonyltetracobalt complexes and the preparation of (arene)octacarbonyltetracobalt trialkylphosphites

G. Pályi, L. Markó, F. Ungváry, 1975 .

Kinetics of tetracobalt dodecacarbonyl formation from dicobalt octacarbonyl in heptane

L. Markó, F. Ungváry, 1974 .

Structure of Co2(CO)6(dppm) and Co2(CO)5(CHCO2Et)(dppm) (dppm = Ph2PCH2PPh2) and exchange reaction with 13CO : An experimental and computational study

T. Kégl, F. Ungváry, G. Szalontai, 2008 .

Catalytic effect of bases on the formation of HCo(CO)4 from Co2(CO)8 and hydrogen

L. Markó, F. Ungváry, A. Sisák, 1983 .

Synthesis and reactions at CoCH2 and CC bonds of cobalt-propargyl complexes

F. Ungváry, A. Wojcicki, 1990 .

Kinetics and mechanism of ethyl formate formation from (ethoxycarbonyl)cobalt tetracarbonyl and H2 or HCo(CO)4

L. Markó, F. Ungváry, 1983 .

Kinetics and mechanism of the methanolysis of acetylcobalt tetracarbonyl

J. Sóvágó, L. Markó, F. Ungváry, 1994 .

Cleavage of Co-C and Co-Co bonds by hydrogen halides. Reaction of (CH3)2CHC(O)Co(CO)4, Co2(CO)8, Co2(CO)7PPh3 and Co2(CO)6(PBun3)with HX (X = Cl, I)

L. Markó, F. Ungváry, I. Kovacs, 1986 .

Catalytic hydrosilylation of carbon monoxide with cobalt carbonyls

L. Markó, F. Ungváry, A. Sisák, 1994 .

Reaction of silylcobalt tetracarbonyls with oxiranes. Kinetics and mechanism

L. Markó, F. Ungváry, A. Sisák, 1993 .

Alkylcobalt Carbonyls. Part 9. Alkoxy-, Silyloxy-, and Hydroxy-Substituted Methyl- and Acetylcobalt Carbonyls. Reduction of Formaldehyde to Methanol by Hydridocobalt Tetracarbonyl.

G. Pályi, F. Ungváry, L. Nemeth, 1989 .

Kinetics and mechanism of the decomposition of cobalt tetracarbonyl hydride to dicobalt octacarbonyl and hydrogen

L. Markó, F. Ungváry, 1969 .

Kinetics and equilibrium of Co2(CO)6(η4-norbornadiene) formation from Co2(CO)8 and norbornadiene under CO

L. Markó, F. Ungváry, J. Shanshool, 1985 .

Kinetics and mechanism of the decomposition of dicobalt octacarbonyl to tetracobalt dodecacarbonyl and carbon monoxide

L. Markó, F. Ungváry, 1970 .

CIDNP evidence for radical intermediates in the hydroformylation and reduction of styrene by HCo(CO)4/CO

R. King, L. Markó, F. Ungváry, 1985 .

Kinetics and mechanism of the reaction of HCo(CO)4 with 2,3-dimethyl-1,3-butadiene

L. Markó, F. Ungváry, 1984 .

Reactions of homo- and heterobinuclear cobalt carbonyls with metal carbonyl hydrides

L. Markó, F. Ungváry, I. Kovacs, 1989 .

Kinetics and mechanism of the silylation of dicobalt octacarbonyl by triethylsilane. Effect of lewis bases on the reaction

L. Markó, F. Ungváry, A. Sisák, 1986 .

Kinetics and mechanism of the reaction between dicobalt octacarbonyl and hydrogen

F. Ungváry, 1972 .

KINETICS OF THE REACTIONS OF (ETHOXYCARBONYL)METHYLCOBALT TETRACARBONYL WITH **1**3CO, Ph//3P, HCo(CO)//4, AND H//2. A COMPARISON OF THE REACTIVITIES OF RCo(CO)//4 (R equals CH//2COOEt, COOEt, AND H) COMPLEXES.

R. King, C. Hoff, L. Markó, 1985 .

Octanoylcobalt tetracarbonyl formation from ethoxycarbonylcobalt tetracarbonyl and 1-heptene under CO+H2 pressure at 25 °C

L. Markó, F. Ungváry, I. Kovacs, 1992 .

Kinetic investigation of the cleavage of n-butyryl- or isobutyrylcobalt tetracarbonyl with hydridocobalt tetracarbonyl or dihydrogen

L. Markó, F. Ungváry, I. Kovacs, 1986 .

The effect of Co2(CO)8 on the decomposition of CoH(CO)4

L. Markó, F. Ungváry, 1980 .

Kinetics of the ring-opening carbonylation of ethyloxirane with hydrido tetracarbonyl cobalt

L. Markó, F. Ungváry, A. Sisák, 1991 .

Synthesis and characterization of M[Mn(CO)4DF] and M[Mn(CO)4DM] (M Li, Na, (PPh3)2N; DF = dimethyl fumarate, DM = dimethyl mal

F. Ungváry, A. Wojcicki, Laura L. Padolik, 1992 .

Stoichiometric hydrogenations using tetracarbonylcobaltate(—I)

L. Markó, F. Ungváry, A. Sisák, 1980 .

Kinetics and mechanism of the reaction of hydridocobalt tetracarbonyl with ethyl acrylate. Conversion of [1-(ethoxycarbonyl)ethyl]cobalt tetracarbonyl to [3-(ethoxycarbonyl)propionyl]cobalt tetracarbonyl

L. Markó, F. Ungváry, 1986 .

Substitution reactions of sodium tetracarbonylcobaltate(1

F. Ungváry, A. Wojcicki, 1987 .

Reaction of octacarbonyldicobalt with the free radicals galvinoxyl and 2,2-diphenyl-1-picrylhydrazyl. Attempts to scavenge the tetracarbonylcobalt radical

F. Ungváry, Róbert Tuba, 2002 .

Transition metals in organic synthesis: hydroformylation, reduction, and oxidation. Annual survey covering the year 1993☆

F. Ungváry, 1995 .

(Phthalimidomethyl)- and (Phenoxymethyl)cobalt Carbonyls. Equilibria of CO Insertion†

A. Martinelli, A. Sironi, G. Pályi, 1997 .

Kinetics and equilibrium of the olefin-promoted interconversion of n-butyryl- and isobutyrylcobalt tetracarbonyl. The aldehyde isomer ratio in the cobalt-catalyzed olefin hydroformylation

L. Markó, F. Ungváry, I. Kovacs, 1992 .