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Results: 1-8 |
Results: 8
High-nuclearity palladium carbonyl trimethylphosphine clusters containing unprecedented face-condensed icosahedral-based transition-metal core geometries: proposed growth patterns from a centered Pd-13 icosahedron
Authors: Tran, NT Kawano, M Dahl, LF
Citation: Nt. Tran et al., High-nuclearity palladium carbonyl trimethylphosphine clusters containing unprecedented face-condensed icosahedral-based transition-metal core geometries: proposed growth patterns from a centered Pd-13 icosahedron, J CHEM S DA, (19), 2001, pp. 2731-2748
First-known high-nuclearity copper-nickel carbonyl cluster: [CuxNi35-x(CO)(40)](5-) (with x= 3 or 5) containing an unprecedented 35-atom three-layer hcp triangular stacking metal-core geometry
Authors: Mlynek, PD Kawano, M Kozee, MA Dahl, LF
Citation: Pd. Mlynek et al., First-known high-nuclearity copper-nickel carbonyl cluster: [CuxNi35-x(CO)(40)](5-) (with x= 3 or 5) containing an unprecedented 35-atom three-layer hcp triangular stacking metal-core geometry, J CLUST SCI, 12(1), 2001, pp. 313-338
High-nuclearity close-packed palladium-nickel carbonyl phosphine clusters:Heteropalladium [Pd16Ni4(CO)(22)(PPh3)(4)](2-) and [Pd33Ni9(CO)(41)(PPh3)(6)](4-) containing pseudo-T-d ccp Pd16Ni4 and pseudo-D-3h hcp Pd33Ni9 cores
Authors: Kawano, M Bacon, JW Campana, CF Winger, BE Dudek, JD Sirchio, SA Scruggs, SL Geiser, U Dahl, LF
Citation: M. Kawano et al., High-nuclearity close-packed palladium-nickel carbonyl phosphine clusters:Heteropalladium [Pd16Ni4(CO)(22)(PPh3)(4)](2-) and [Pd33Ni9(CO)(41)(PPh3)(6)](4-) containing pseudo-T-d ccp Pd16Ni4 and pseudo-D-3h hcp Pd33Ni9 cores, INORG CHEM, 40(11), 2001, pp. 2554-2569
High-nuclearity [Pd13Ni13(CO)(34)](4-) containing a 26-atom Pd13Ni13 core with an unprecedented five-layer close-packed triangular stacking geometry:possible substitutional Pd/Ni crystal disorder at specific intralayer nickel sites
Authors: Tran, NT Kawano, M Powell, DR Dahl, LF
Citation: Nt. Tran et al., High-nuclearity [Pd13Ni13(CO)(34)](4-) containing a 26-atom Pd13Ni13 core with an unprecedented five-layer close-packed triangular stacking geometry:possible substitutional Pd/Ni crystal disorder at specific intralayer nickel sites, J CHEM S DA, (22), 2000, pp. 4138-4144
Nanosized Pd-145(CO)(x)(PEt3)(30) containing a capped three-shell 145-atommetal-core geometry of pseudo icosahedral symmetry
Authors: Tran, NT Powell, DR Dahl, LF
Citation: Nt. Tran et al., Nanosized Pd-145(CO)(x)(PEt3)(30) containing a capped three-shell 145-atommetal-core geometry of pseudo icosahedral symmetry, ANGEW CHEM, 39(22), 2000, pp. 4121-4125
The sodium pentothal hypnosis interview with follow-up treatment for complex regional pain syndrome
Authors: Simon, EP Dahl, LF
Citation: Ep. Simon et Lf. Dahl, The sodium pentothal hypnosis interview with follow-up treatment for complex regional pain syndrome, J PAIN SYMP, 18(2), 1999, pp. 132-136
Reversible ischemic myelopathy during scoliosis surgery. A possible role for intravenous lidocaine
Authors: Klemme, WR Burkhalter, W Polly, DW Dahl, LF Davis, DA
Citation: Wr. Klemme et al., Reversible ischemic myelopathy during scoliosis surgery. A possible role for intravenous lidocaine, J PED ORTH, 19(6), 1999, pp. 763-765
Isostructural [Au6Pd6(Pd6-xNix)Ni-20(CO)(44)](6-) and [Au6Ni32(CO)(44)](6-) clusters containing corresponding nonstoichiometric Au6Pd6(Pd6-xNix)Ni-20and stoichiometric Au6Ni32 nanosized cores: Substitutional Pd Ni crystal disorder (coloring problem) at only six specific nonadjacent pseudoequivalent metal sites in the 38-atom trimetallic close-packed framework
Authors: Tran, NT Kawano, M Powell, DR Hayashi, RK Campana, CF Dahl, LF
Citation: Nt. Tran et al., Isostructural [Au6Pd6(Pd6-xNix)Ni-20(CO)(44)](6-) and [Au6Ni32(CO)(44)](6-) clusters containing corresponding nonstoichiometric Au6Pd6(Pd6-xNix)Ni-20and stoichiometric Au6Ni32 nanosized cores: Substitutional Pd Ni crystal disorder (coloring problem) at only six specific nonadjacent pseudoequivalent metal sites in the 38-atom trimetallic close-packed framework, J AM CHEM S, 121(25), 1999, pp. 5945-5952
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