Search Results - "Vrieze, K"

Subgame-perfection in free transition games by Flesch, J., Kuipers, J., Schoenmakers, G., Vrieze, K.

“…► Subgame-perf. ε-eq. ∀>0 in free transition games without (semi-) continuous pay-offs. ► New technique to prove the existence of these subgame-perfect…”
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Subgame-perfection in recursive perfect information games, where each player controls one state by Kuipers, J., Flesch, J., Schoenmakers, G., Vrieze, K.

“…We consider a class of multi-player games with perfect information and deterministic transitions, where each player controls exactly one non-absorbing state,…”
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Pure subgame-perfect equilibria in free transition games by Kuipers, J., Flesch, J., Schoenmakers, G., Vrieze, K.

“…We consider a class of stochastic games, where each state is identified with a player. At any moment during play, one of the players is called active. The…”
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Subgame Perfection in Positive Recursive Games with Perfect Information by Flesch, J., Kuipers, J., Schoenmakers, G., Vrieze, K.

“…We consider a class of n -player stochastic games with the following properties: (1) in every state, the transitions are controlled by one player; (2) the…”
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Synthesis, characterization and reactivity of ionic palladium(II) complexes containing bidentate nitrogen ligands in a unidentate coordination mode by Groen, J.H., de Jong, B.J., Ernsting, J.-M., van Leeuwen, P.W.N.M., Vrieze, K., Smeets, W.J.J., Spek, A.L.

“…The novel ionic complexes [Pd(Me)( p-An-BIAN)(LL)]SO 3CF 3 (LL= p-An-BIAN (bis(anisylimino)acenaphthene) ( 1a), phen ( 2a), dmphen ( 3a), dppe ( 4a), dppp (…”
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Insertion reactions into palladium–carbon bonds of complexes containing new rigid bidentate nitrogen ligands by Groen, J.H., Vlaar, M.J.M., van Leeuwen, P.W.N.M., Vrieze, K., Kooijman, H., Spek, A.L.

“…The neutral complexes Pd(Me)Cl(DPIA) ( 3) and Pd(Me)Cl(DQIA) ( 4), containing the novel rigid bidentate nitrogen ligands…”
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Nash refinement of equilibria by PETERS, H, VRIEZE, K

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[2,6-Bis(N-tert-butyliminomethyl)pyridine-κ3N](phenolato-κO)rhodium(I) by Kooijman, H., Kaagman, J. W., Mach, K., Spek, A. L., Schreurs, A. M. M., Haarman, H. F., Vrieze, K., Elsevier, C. J.

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Introduction: “In search of light” by Vrieze, Kees

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Experimental and theoretical investigation of the electronic structure of two isoelectronic binuclear clusters. UV-PES and DV-Xα study of Ru2(CO)6[μ,μ'-N(R)CH2CH2N(R)] and FeRu(CO)6[μ,μ'-N(R)CH2CH2N(R)] by CASARIN, M, GULINO, A, KRAAKMAN, M. J. A, RIZZI, G. A, VITTADINI, A, VRIEZE, K

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Experimental and theoretical investigation of the electronic structure of two isoelectronic binuclear clusters. UV-PES and DV-X.alpha. study of ruthenium ethanediyldiamido carbonyl, Ru2(CO)6[.mu.,.mu.'-N(R)CH2CH2N(R)], and iron ruthenium ethanediyldiamido carbonyl, FeRu(CO)6[.mu.,.mu.'-N(R)CH2CH2N(R)] by Casarin, M, Gulino, A, Kraakman, M. J. A, Rizzi, G. A, Vittadini, A, Vrieze, K

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Theoretical, UV-PES, XPS, and Mössbauer investigation of the electronic structure of dinuclear metal carbonyl diimine complexes with a metallacyclopentadienyl system by BERTONCELLO, R, CASARIN, M, DAL COLLE, M, GRANOZZI, G, MATTOGNO, G, MULLER, F, RUSSO, U, VRIEZE, K

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Theoretical, UV-PES, XPS, and Moessbauer investigation of the electronic structure of dinuclear metal carbonyl diimine complexes with a metallacyclopentadienyl system by Bertoncello, R, Casarin, Maurizio, Dal Colle, M, Granozzi, G, Mattogno, G, Muller, F, Russo, U, Vrieze, K

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Insertion of carbon monoxide and alkenes in palladium-carbon bonds of complexes containing rigid bidentate nitrogen ligands : the first example of isolated complexes in stepwise successive insertion reactions on the way to polyketones by VAN ASSELT, R, GIELENS, E. C. G, RÜLKE, R. E, VRIEZE, K, ELSEVIER, C. J

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NMR study on the coordination behavior of dissymmetric terdentate trinitrogen ligands on methylpalladium(II) compounds by Rulke, Richard E, Ernsting, Jan M, Spek, Anthony L, Elsevier, Cees J, van Leeuwen, Piet W. N. M, Vrieze, Kees

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Binuclear metal carbonyl DAB complexes. 6. Syntheses and spectroscopic properties of MCo(CO)5(.mu.2-CO)(DAB) (M = manganese, rhenium; DAB = 1,4-diazabutadiene). X-ray structure of [.sigma.2-N,.sigma.2-N',.eta.2-C:N-[glyoxal bis(tert-butylimine)]]hexacarbonylcobaltmanganese by Staal, L. H, Keijsper, J, Van Koten, G, Vrieze, K, Cras, J. A, Bosman, W. P

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Binuclear metal carbonyl DAB complexes. 9. Syntheses and x-ray structure of (.mu.-acetylene)-[.sigma.-N,.sigma.-N',.eta.2-C=N,.eta.2-C=N'-glyoxal bis(isopropylimine)](.mu.2-acetylene)tetracarbonyldiruthenium. First example of the 8e-donating DAB ligand (DAB = 1,4-diazabutadiene) by Staal, L. H, Van Koten, G, Vrieze, K, Ploeger, F, Stam, C. H

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Oxidative Addition Reactions of [RhI(Br)(Tpy)] (Tpy = 4‘-(4-tert-Butylphenyl)-2,2‘:6‘,2‘ ‘-terpyridine) with Alkyl Bromides by de Pater, Boke C, Zijp, Eric J, Frühauf, Hans-Werner, Ernsting, Jan M, Elsevier, Cornelis J, Vrieze, Kees, Budzelaar, Peter H. M, Gal, Anton W

“…Oxidative addition reactions with the highly nucleophilic complex [RhI(Cl)(4‘-(4-tert-butylphenyl)-2,2‘:6‘,2‘ ‘-terpyridine)] (1) and alkyl halides containing…”
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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 by Staal, L. H, Polm, L. H, Vrieze, K, Ploeger, F, Stam, C. H

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Binuclear metal carbonyl DAB complexes. 10. Activation of .eta.2-C = N-coordinated DAB ligands toward carbon-carbon bond formation with alkynes. X-ray structure of [2-phenyl-3-(tert-butylamino)-4-(tert-butylimino)-1-buten-1-yl]diruthenium pentacarbonyl. Application to the catalytic cyclotrimerization of alkynes by Staal, L. H, Van Koten, G, Vrieze, K, Van Santen, B, Stam, C. H

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