L. H. Staal

发表

Field desorption mass spectrometry of a series of various metal carbonyl 1,4-diazabutadiene compounds

G. Koten, R. Fokkens, N. Nibbering, 1981 .

Structure-activity relation and ethane formation in the hydrogenolysis of methyl acetate on silica supported copper catalysts

M. Mittelmeijer-Hazeleger, L. H. Staal, T. ScheurvandeF., 1994 .

A study of the electronic properties of M(CO)4DAB (M = Cr, Mo, W; DAB = diazabutadiene). I. electronic `absorption, resonance raman, infrared, 13C- and 15N-NMR spectra

D. J. Stufkens, A. Oskam, L. H. Staal, 1978 .

The syntheses and coordination properties of M(CO)3X(DAB) (M = Mn, Re; X = Cl, Br, I; DAB = 1,4-diazabutadiene)

A. Oskam, K. Vrieze, L. H. Staal, 1979 .

Influence of .alpha. branching of the 1,4-substituents on the coordination of 1,4-diazabutadienes in mono-, bi-, tri-, and tetranuclear ruthenium carbonyl complexes. Crystal structure of [.sigma.-N, .sigma.-N', .eta.2-C = N, .eta.2-C = N'-diglyoxal bis(isopropylimine)]octacarbonyltetraruthenium

K. Vrieze, C. H. Stam, L. H. Staal, 1981 .

Binuclear metal carbonyl DAB complexes X. Activation of h2-C=N coordinated DAB ligands towards C-C bond formation with alkynes. The X-ray structure of {2-phenyl-3-(tert-butylamino)-4-(tertbutyl-imino)-1-butene-1-yl}Ru2(CO)5. Application to the catalytic cyclotrimerization of alkynes

G. Koten, K. Vrieze, C. H. Stam, 1981 .

Binuclear metal carbonyl DAB complexes 9. Synthesis and X-ray structure of (m-acetylene)[s-N, s-N', h2-C=N, h2-C=N'-glyoxalbis(isopropylimine)] tetracarbonyl diruthenium. First example of the 8e donating DAB ligand (DAB= 1,4-diazabutadiene)

G. Koten, C. H. Stam, L. H. Staal, 1981 .

Monitoring of the formation of binuclear ruthenium carbonyl complexes during reactions by means of high performance liquid chromatography

J. Kraak, K. Vrieze, L. H. Staal, 1981 .

Binuclear metal carbonyl dab complexes : VIII. The syntheses of Os2(CO)6(DAB) complexes (DAB = 1,4-diazabutadiene). Spectroscopic characterization and comparison with analogous iron and ruthenium complexes

G. Koten, K. Vrieze, L. H. Staal, 1981 .

Binuclear metal-carbonyl DAB complexes VI. Synthesis and spectroscopic properties of MCo(CO)5(m2-CO)(DAB) (M = Mn, Re; DAB = 1,4-diazabutadiene).X-Ray structure of [s2-N,s2-N,h2-C=N-[glyoxal[bis(t-butylimine)]]hexacarbonylcobalt-manganese

G. Koten, W. P. Bosman, K. Vrieze, 1981 .

Binuclear metal carbonyl dab complexes : II. The syntheses and coordination properties of Mn(CO)5M′(CO)3DAB (M′ = Mn, Re; DAB = 1,4-diazabutadiene)

G. Koten, K. Vrieze, L. H. Staal, 1981 .

s2-N,m2-N,h2-C=N coordination as the activating step in the C-C bond formation between two a-diimines in dinuclear ruthenium carbonyl complexes. X-ray structure of tetracarbonyl[glyoxalbis(isopropylimine)]diruthenium

G. Koten, R. W. Balk, K. Vrieze, 1980 .

The eight electron donor mode of 1,4-diazabutadiene ligands as revealed by the crystal structures of Ru2(CO)4(η-2-acetylene)[σ,σ,η2,η2-glyoxalbis(isopropylimine)] and Ru4(CO)8[σ,σ,η2,η2-glyoxalbis(isopropylimine)]

K. Vrieze, C. H. Stam, L. H. Staal, 1980 .

Binuclear metal carbonyl DAB complexes. V. The syntheses, structural and chemical properties of Co2(CO)6(DAB) (DAB = 1, 4-diazabutadiene)

L. H. Staal, P. Bosma, V. Krieze, 1980 .

New aspects of the reaction between tBuNCHCHNtBu and Fe2(CO)9, solving the controversy about the coordination mode of the DAB ligand in Fe(CO)3 (tBuNCHCHNtBu) (DAB = 1,4-diazabutadiene)

K. Vrieze, L. H. Staal, L. H. Polm, 1980 .

Carbon-carbon bond formation between two .alpha.-diimines with the simultaneous formation of a metal-metal bond. X-ray structure of hexacarbonylbis[.mu.-(1-(isopropylamino)-2-(isopropylimino)ethano-N,N')]-dimolybdenum

E. Roosendaal, H. Schenk, A. Oskam, 1979 .

Binuclear metal carbonyl DAB complexes. III. Activation of a CN double bond in Ru2(CO)6(DAB) complexes (DAB = 1, 4-diazabutadiene). C C bond formation between two DAB ligands

G. Koten, K. Vrieze, L. H. Staal, 1979 .

A study of the electronic properties of M(CO)4DAB (M = Cr, Mo, W; DAB = diazabutadiene). II. Conformational change below 200 K as evidenced from absorption and resonance raman spectra

D. J. Stufkens, L. H. Staal, A. Terpstra, 1979 .

Diazabutadienes as σ,π-bridging ligands in binuclear molybdenum carbonyl complexes containing molybdenummolybdenum double bonds

A. Oskam, K. Vrieze, L. H. Staal, 1978 .

Σ2-N′, μ2-N, η2-C:N COORDINATION AS THE ACTIVATING STEP IN THE CARBON-CARBON BOND FORMATION BETWEEN TWO α-DIIMINES IN DINUCLEAR RUTHENIUM CARBONYL COMPLEXES. X-RAY STRUCTURE OF TETRACARBONYLBIS(GLYOXALBIS(ISOPROPYLIMINE))DIRUTHENIUM

G. Koten, R. W. Balk, K. Vrieze, 1981 .

Effects of zinc addition to silica supported copper catalysts for the hydrogenolysis of esters

L. H. Staal, F. V. Scheur, 1994 .

Activity enhanced copper-zinc based catalysts for the hydrogenolysis of esters

D. Brands, E. Poels, L. H. Staal, 1994 .

Design and Preparation of Vanadium Resistant FCC Catalysts

D. Rawlence, L. H. Staal, K. Gosling, 1991 .