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Results: 1-25 | 26-50 | 51-51
Results: 1-25/51
epsilon-caprolactam as a donor ligand for lanthanide halides: Formation ofcationic [Ln(C6H11NO)(6)Cl](2+) and [Ln(C6H11NO)(4)Cl-2](+) complexes
Authors: Evans, WJ Fujimoto, CH Greci, MA Ziller, JW
Citation: Wj. Evans et al., epsilon-caprolactam as a donor ligand for lanthanide halides: Formation ofcationic [Ln(C6H11NO)(6)Cl](2+) and [Ln(C6H11NO)(4)Cl-2](+) complexes, EUR J INORG, (3), 2001, pp. 745-749
The tetramethylpiperidinyl-1-oxide anion (TMPO-) as a ligand in lanthanidechemistry: synthesis of the per( TMPO-) complex [(ONC5H6Me4)(2)Sm(mu-ONC5H6Me4)](2)
Authors: Evans, WJ Perotti, JM Doedens, RJ Ziller, JW
Citation: Wj. Evans et al., The tetramethylpiperidinyl-1-oxide anion (TMPO-) as a ligand in lanthanidechemistry: synthesis of the per( TMPO-) complex [(ONC5H6Me4)(2)Sm(mu-ONC5H6Me4)](2), CHEM COMMUN, (22), 2001, pp. 2326-2327
Metallocyclic receptors with Re-I/Os-II-based moieties: Molecular photophysics and selective molecular sensing
Authors: Xu, DF Khin, KT van der Veer, WE Ziller, JW Hong, B
Citation: Df. Xu et al., Metallocyclic receptors with Re-I/Os-II-based moieties: Molecular photophysics and selective molecular sensing, CHEM-EUR J, 7(11), 2001, pp. 2425-2434
Facile formation of luminescent terbium(III) aryloxide complexes directly from terbium metal including the X-ray crystal structures of Tb(OC6H3Me2-2,6)(3)(THF)(3) and Tb((OC6H3Pr2)-Pr-i-2,6)(3)(THF)(2)
Authors: Evans, WJ Johnston, MA Greci, MA Ziller, JW
Citation: Wj. Evans et al., Facile formation of luminescent terbium(III) aryloxide complexes directly from terbium metal including the X-ray crystal structures of Tb(OC6H3Me2-2,6)(3)(THF)(3) and Tb((OC6H3Pr2)-Pr-i-2,6)(3)(THF)(2), POLYHEDRON, 20(3-4), 2001, pp. 277-280
Heteroleptic and heterometallic divalent lanthanide bis(trimethylsilyl)amide complexes: mixed ligand, inverse sandwich, and alkali metal derivatives
Authors: Evans, WJ Johnston, MA Clark, RD Anwander, R Ziller, JW
Citation: Wj. Evans et al., Heteroleptic and heterometallic divalent lanthanide bis(trimethylsilyl)amide complexes: mixed ligand, inverse sandwich, and alkali metal derivatives, POLYHEDRON, 20(19), 2001, pp. 2483-2490
Synthesis of the first tris(pentamethylcyclopentadienyl) hydride complex, (C5Me5)(3)ThH
Authors: Evans, WJ Nyce, GW Ziller, JW
Citation: Wj. Evans et al., Synthesis of the first tris(pentamethylcyclopentadienyl) hydride complex, (C5Me5)(3)ThH, ORGANOMETAL, 20(25), 2001, pp. 5489-5491
Organolanthanide-based coordination and insertion reactivity of the anion formed by deprotonation of epsilon-caprolactam
Authors: Evans, WJ Fujimoto, CH Ziller, JW
Citation: Wj. Evans et al., Organolanthanide-based coordination and insertion reactivity of the anion formed by deprotonation of epsilon-caprolactam, ORGANOMETAL, 20(22), 2001, pp. 4529-4536
Hydrolytic reactivity of a samarium(II) organometallic complex: Synthesis and structure of a hexametallic organosamarium oxide hydroxide, [(C5Me5)Sm](6)O9H6
Authors: Evans, WJ Allen, NT Greci, MA Ziller, JW
Citation: Wj. Evans et al., Hydrolytic reactivity of a samarium(II) organometallic complex: Synthesis and structure of a hexametallic organosamarium oxide hydroxide, [(C5Me5)Sm](6)O9H6, ORGANOMETAL, 20(13), 2001, pp. 2936-2937
Synthesis and structure of tris(alkyl- and silyl-tetramethylcyclopentadienyl) complexes of lanthanum
Authors: Evans, WJ Davis, BL Ziller, JW
Citation: Wj. Evans et al., Synthesis and structure of tris(alkyl- and silyl-tetramethylcyclopentadienyl) complexes of lanthanum, INORG CHEM, 40(25), 2001, pp. 6341-6348
Facile dinitrogen reduction via organometallic Tm(II) chemistry
Authors: Evans, WJ Allen, NT Ziller, JW
Citation: Wj. Evans et al., Facile dinitrogen reduction via organometallic Tm(II) chemistry, J AM CHEM S, 123(32), 2001, pp. 7927-7928
Double deprotonation of a cyclopentadienyl alkene to form a polydentate trianionic cyclopentadienyl allyl ligand system
Authors: Evans, WJ Brady, JC Ziller, JW
Citation: Wj. Evans et al., Double deprotonation of a cyclopentadienyl alkene to form a polydentate trianionic cyclopentadienyl allyl ligand system, J AM CHEM S, 123(31), 2001, pp. 7711-7712
Synthesis of optically active beta-amino acid N-carboxyanhydrides
Authors: Cheng, JJ Ziller, JW Deming, TJ
Citation: Jj. Cheng et al., Synthesis of optically active beta-amino acid N-carboxyanhydrides, ORG LETT, 2(13), 2000, pp. 1943-1946
Formal three-electron reduction by an f-element complex: Formation of [{(C5Me5)(C8H8)U}(2)(C8H8)] from cyclooctatetraene and [(C5Me5)(3)U]
Authors: Evans, WJ Nyce, GW Ziller, JW
Citation: Wj. Evans et al., Formal three-electron reduction by an f-element complex: Formation of [{(C5Me5)(C8H8)U}(2)(C8H8)] from cyclooctatetraene and [(C5Me5)(3)U], ANGEW CHEM, 39(1), 2000, pp. 240-242
Rare earth alkoxides as inorganic precursors for olefin polymerization: analternative to traditional lanthanocene chemistry
Authors: Gromada, J Chenal, T Mortreux, AE Ziller, JW Leising, F Carpentier, JF
Citation: J. Gromada et al., Rare earth alkoxides as inorganic precursors for olefin polymerization: analternative to traditional lanthanocene chemistry, CHEM COMMUN, (22), 2000, pp. 2183-2184
Reactivity of decamethylsamarocenes with trialkylaluminum reagents including the structure of a bridged isobutylaluminum complex, (C5Me5)(2)Sm[(mu-CH2CHMe2)(2)Al(CH2CHMe2)(2)]
Authors: Evans, WJ Leman, JT Clark, RD Ziller, JW
Citation: Wj. Evans et al., Reactivity of decamethylsamarocenes with trialkylaluminum reagents including the structure of a bridged isobutylaluminum complex, (C5Me5)(2)Sm[(mu-CH2CHMe2)(2)Al(CH2CHMe2)(2)], MAIN GR MET, 23(3), 2000, pp. 163-168
Variability of (ring centroid)-Ln-(ring centroid) angles in the mixed ligand C5Me5/C8H8 complexes (C5Me5)Ln(C8H8) and [(C5Me5)Yb(THF)](mu-eta(8):eta(8)-C8H8)[Yb(C5Me5)]
Authors: Evans, WJ Johnston, MA Clark, RD Ziller, JW
Citation: Wj. Evans et al., Variability of (ring centroid)-Ln-(ring centroid) angles in the mixed ligand C5Me5/C8H8 complexes (C5Me5)Ln(C8H8) and [(C5Me5)Yb(THF)](mu-eta(8):eta(8)-C8H8)[Yb(C5Me5)], J CHEM S DA, 10, 2000, pp. 1609-1612
Neutral Ru(eta(5)-pyrrole) complexes. Synthesis and structure of diazaruthenocenes and Ru(1-3 : 5,6-eta(5)-C8H11)(eta(5)-pyrrole) complexes
Authors: McComas, CC Ziller, JW Van Vranken, DL
Citation: Cc. Mccomas et al., Neutral Ru(eta(5)-pyrrole) complexes. Synthesis and structure of diazaruthenocenes and Ru(1-3 : 5,6-eta(5)-C8H11)(eta(5)-pyrrole) complexes, ORGANOMETAL, 19(15), 2000, pp. 2853-2857
(eta(6)-Hexamethylbenzene)(mesidine)ditriflatoruthenium(II)
Authors: Feher, FJ Baldwin, RK Ziller, JW
Citation: Fj. Feher et al., (eta(6)-Hexamethylbenzene)(mesidine)ditriflatoruthenium(II), ACT CRYST C, 56, 2000, pp. 633-634
Coordination compounds of strontium: Syntheses characterizations, and crystal structures of [Sr(mu-ONc)(2)(HONc)(4)](2) and Sr-5(mu(4)-O)(mu(3)-ONep)(4)(mu-ONep)(4)(HONep)(solv)(4)(ONc = O2CCH2CMe3; Nep = Ch(2)CMe(3); solv =tetrahydrofuran or 1-methyl-imidazole)
Authors: Boyle, TJ Tafoya, CJ Scott, BL Ziller, JW
Citation: Tj. Boyle et al., Coordination compounds of strontium: Syntheses characterizations, and crystal structures of [Sr(mu-ONc)(2)(HONc)(4)](2) and Sr-5(mu(4)-O)(mu(3)-ONep)(4)(mu-ONep)(4)(HONep)(solv)(4)(ONc = O2CCH2CMe3; Nep = Ch(2)CMe(3); solv =tetrahydrofuran or 1-methyl-imidazole), J COORD CH, 51(4), 2000, pp. 361-378
Crystal growth and physical characterization of NaBaVS4 obtained from sodium polysulfide flux
Authors: Figueroa, E Leman, JT Evans, WJ Ziller, JW Lawrence, JM Thompson, JD
Citation: E. Figueroa et al., Crystal growth and physical characterization of NaBaVS4 obtained from sodium polysulfide flux, J PHYS CH S, 61(5), 2000, pp. 773-778
Reactivity of "Eu((OPr)-Pr-i)(2)" with phenols: Formation of linear Eu-3, square pyramidal Eu-5, cubic Eu-8, and capped cubic Eu-9 polymetallic europium complexes
Authors: Evans, WJ Greci, MA Ziller, JW
Citation: Wj. Evans et al., Reactivity of "Eu((OPr)-Pr-i)(2)" with phenols: Formation of linear Eu-3, square pyramidal Eu-5, cubic Eu-8, and capped cubic Eu-9 polymetallic europium complexes, INORG CHEM, 39(15), 2000, pp. 3213-3220
Synthesis of arena-soluble dizirconium nonaisopropoxide lanthanide cationsinvolving divalent ytterbium
Authors: Evans, WJ Johnston, MA Ziller, JW
Citation: Wj. Evans et al., Synthesis of arena-soluble dizirconium nonaisopropoxide lanthanide cationsinvolving divalent ytterbium, INORG CHEM, 39(15), 2000, pp. 3421
Synthesis of arene-soluble mixed-metal Zr/Ce, Zr/Y, and related {[Zr-2((OPr)-Pr-i)(9)]LnX(2)}(n) complexes using the dizirconium nonaisopropoxide ligand
Authors: Evans, WJ Johnston, MA Greci, MA Ansari, MA Brady, JC Ziller, JW
Citation: Wj. Evans et al., Synthesis of arene-soluble mixed-metal Zr/Ce, Zr/Y, and related {[Zr-2((OPr)-Pr-i)(9)]LnX(2)}(n) complexes using the dizirconium nonaisopropoxide ligand, INORG CHEM, 39(10), 2000, pp. 2125-2129
How much steric crowding is possible in tris(eta(5)-pentamethylcyclopentadienyl) complexes? Synthesis and structure of (C5Me5)(3)UCl and (C5Me5)(3)UF1
Authors: Evans, WJ Nyce, GW Johnston, MA Ziller, JW
Citation: Wj. Evans et al., How much steric crowding is possible in tris(eta(5)-pentamethylcyclopentadienyl) complexes? Synthesis and structure of (C5Me5)(3)UCl and (C5Me5)(3)UF1, J AM CHEM S, 122(48), 2000, pp. 12019-12020
The availability of dysprosium diiodide as a powerful reducing agent in organic synthesis: Reactivity studies and structural analysis of DyI2((DME)(3) and its naphthalene reduction product
Authors: Evans, WJ Allen, NT Ziller, JW
Citation: Wj. Evans et al., The availability of dysprosium diiodide as a powerful reducing agent in organic synthesis: Reactivity studies and structural analysis of DyI2((DME)(3) and its naphthalene reduction product, J AM CHEM S, 122(47), 2000, pp. 11749-11750
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