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THREE-DIMENSIONAL COORDINATION POLYMER

Crystal structure of a pyrazine 2,3 dicarboxamide ligand and of its silver(I) nitrate complex, a three dimensional coordination polymer

Crystal structure of a pyrazine 2,3 dicarboxamide ligand and of its silver(I) nitrate complex, a three dimensional coordination polymer

... a three-dimensional coor- dination polymer, we make here the distinction between a coordination polymer and a metal–organic ...a three-dimensional framework but there are ...

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Poly[zinc(II) μ2 4,4′ bi­pyridine di μ2 formato]: a chiral three dimensional coordination polymer

Poly[zinc(II) μ2 4,4′ bi­pyridine di μ2 formato]: a chiral three dimensional coordination polymer

... Data collection: SMART Bruker, 2002; cell refinement: SAINT Bruker, 2002; data reduction: SAINT; programs used to solve structure: SHELXS97 Sheldrick, 1997; programs used to refine struc[r] ...

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Tris(μ 1,4 benzene­di­carboxyl­ate)­tetra­kis­­(di­methyl sulfoxide)­di μ3 hydroxo tetrazinc dihydrate

Tris(μ 1,4 benzene­di­carboxyl­ate)­tetra­kis­­(di­methyl sulfoxide)­di μ3 hydroxo tetrazinc dihydrate

... a three-dimensional network with microporous structure. Such a three-dimensional coordination polymer with metal cluster and hydroxide bridges is quite rare in metal±organic ...

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Poly[[di­methano­lmagnesium(II)] μ p phenyl­ene­dioxy­di­acetato]: a three dimensional magnesium(II) coordination polymer

Poly[[di­methano­lmagnesium(II)] μ p phenyl­ene­dioxy­di­acetato]: a three dimensional magnesium(II) coordination polymer

... metal coordination polymers incorporating this ligand, in which the 1,4-BDOA 2 group shows the capability of acting as a bridging ligand in various coordination modes, including bidentate (Gao et ...the ...

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A two dimensional Zn coordination polymer with a three dimensional supra­molecular architecture

A two dimensional Zn coordination polymer with a three dimensional supra­molecular architecture

... of coordination polymers (CPs) or metal–organic frameworks (MOFs) based on metal ions or clusters and organic ligands has attracted much attention, owing to their intriguing molecular topologies and potential ...

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A one dimensional nickel(II) coordination polymer with pyridine and isophthalate

A one dimensional nickel(II) coordination polymer with pyridine and isophthalate

... on coordination polymers has expanded rapidly because of their fascinating structural diversity and potential application as functional materials (Moulton & Zaworotko, 2001; Batten & Robson, ...of ...

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Coordination polymer chains built from CuII and adipate ions linked by hydrogen bonds to form a three dimensional framework structure

Coordination polymer chains built from CuII and adipate ions linked by hydrogen bonds to form a three dimensional framework structure

... metal coordination compounds containing carboxylate ligands is currently an active area of research due to their potential applications in the fields of molecular magnetism (Setifi et ...new coordination ...

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A new one dimensional NiII coordination polymer with a two dimensional supra­molecular architecture

A new one dimensional NiII coordination polymer with a two dimensional supra­molecular architecture

... by three N atoms (N1, N5 i and N3 ii ) from three different tripodal timb ligands and three O atoms (O1W, O1 and O5) from a coordinating water molecule, a sulfate anion and a coordinating ethane-1,2- ...

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A one dimensional coordination polymer of copper(II) with 2 pyrazine­carboxyl­ate

A one dimensional coordination polymer of copper(II) with 2 pyrazine­carboxyl­ate

... A three- dimensional framework is constructed alternately from hydrogen bonds between the O atoms of coordinated water and the O atoms of coordinated carboxylate groups (via H1WA) and between the aromatic C ...

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A two dimensional coordination polymer containing copper(II): poly­[[(1H benz­imidazole κN3)copper(II)] μ3 3 carboxylato­phen­oxy­acetato κ4O,O′:O′′:O′′′]

A two dimensional coordination polymer containing copper(II): poly­[[(1H benz­imidazole κN3)copper(II)] μ3 3 carboxylato­phen­oxy­acetato κ4O,O′:O′′:O′′′]

... square-pyramidal coordination environment, de®ned by one N atom from the terminal benzimidazole molecule and four carboxyl O atoms derived from three different 3-carboxylato- phenoxyacetate (3-CPOA) ...

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Three-dimensional silver-dabco coordination polymers with zeolitic or three-connected topology

Three-dimensional silver-dabco coordination polymers with zeolitic or three-connected topology

... AgReO4 to form a 3D coordination polymer with a zeolitic mtn topology structure, or combines.. with Ag[CoC2B9H112] to give a 3D coordination polymer with a 10,3-b ths network structure..[r] ...

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A one dimensional helical chain polymer: catena poly[[[bis­­(1H imidazole)zinc(II)] μ 3 carboxyl­ato­phen­oxy­acetato] trihydrate]

A one dimensional helical chain polymer: catena poly[[[bis­­(1H imidazole)zinc(II)] μ 3 carboxyl­ato­phen­oxy­acetato] trihydrate]

... coordination, as it is linked to two N atoms from two imidazole molecules and two carboxylate O atoms from two different 3- CPOA 2 groups. Adjacent Zn atoms are linked by 3-CPOA 2 ligands into a helical chain. The ...

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Crystal structure of a two dimensional coordination polymer of formula [Zn(NDC)(DEF)] (H2NDC is naphthalene 2,6 di­carb­­oxy­lic acid and DEF is N,N di­ethyl­formamide)

Crystal structure of a two dimensional coordination polymer of formula [Zn(NDC)(DEF)] (H2NDC is naphthalene 2,6 di­carb­­oxy­lic acid and DEF is N,N di­ethyl­formamide)

... [Zn1—O1 = 2.543 (5) A ˚ , Zn1—O2 = 1.949 (2) A˚, Zn1—O3 = 2.026 (2) A ˚ , Zn1—O4(DEF) = 1.979 (2) A˚ and Zn1—O5 = 1.980 (2) A ˚ ] from three individual NDC 2 anions and one DEF molecule in a tetragonal pyramidal ...

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A Chiral Three Dimensional  Potassium(I)/Strontium(II)/Chromium(III)  Oxalato Bridged Coordination Polymer:  Synthesis, Characterization and Thermal Analysis

A Chiral Three Dimensional Potassium(I)/Strontium(II)/Chromium(III) Oxalato Bridged Coordination Polymer: Synthesis, Characterization and Thermal Analysis

... a coordination polymer in which the three-dimensional lattice framework is realized by the interconnectivity between K + cations, Sr 2+ cations, aqua ligands and [Cr(C 2 O 4 ) 3 ] ...

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A non centrosymmetric one dimensional coordination polymer: catena[[(4,7 phenanthrolin 4 ium κN7)(thio­cyanato κS)copper(I)] μ thio­cyanato κ2N:S]

A non centrosymmetric one dimensional coordination polymer: catena[[(4,7 phenanthrolin 4 ium κN7)(thio­cyanato κS)copper(I)] μ thio­cyanato κ2N:S]

... sional coordination polymer containing tetrahedrally coordi- nated Cu I atoms bound to one N atom from a protonated 4,7- phenanthroline ligand, and one N and two S atoms from three distinct ...

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Crystal structure of a mixed ligand terbium(III) coordination polymer containing oxalate and formate ligands, having a three dimensional fcu topology

Crystal structure of a mixed ligand terbium(III) coordination polymer containing oxalate and formate ligands, having a three dimensional fcu topology

... coordination mode connecting three Tb III ions, forming a two- dimensional (2-D) layer in the ac plane. In the 2-D terbium- formate monolayer, the Tb1 Tb1 separations along the formate ligands in ...

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One dimensional ladder gallium coordination polymer

One dimensional ladder gallium coordination polymer

... on coordination polymers (CPs) and metal–organic frameworks (MOFs) remains a topical area in chemistry, particularly the study of their crystal structures (Cui et ...or three-dimensional structures ...

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A nanoporous three dimensional metal coordination polymer {(NH4)2Zn[C6H2(COO)4]·8H2O}n

A nanoporous three dimensional metal coordination polymer {(NH4)2Zn[C6H2(COO)4]·8H2O}n

... versatile coordination modes as they can form bridges between metallic centers, generating various molecular topologies and architectures, as well as having potential application as functional ...

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A new one dimensional coordination polymer: {[Cu(C10H9NO5S)(H2O)]·H2O}n

A new one dimensional coordination polymer: {[Cu(C10H9NO5S)(H2O)]·H2O}n

... methanol solution and the crystal structure determined by X-ray diffraction analysis. The Cu atom is ®ve-coordinate, forming a distorted square-pyramidal geometry. This geometry includes a weak bond between the Cu atom ...

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Importance of halide involving interactions at Hoogsteen sites in supramolecular architectures of some coordination metal complexes of N6-benzyl/furfuryl adenine

Importance of halide involving interactions at Hoogsteen sites in supramolecular architectures of some coordination metal complexes of N6-benzyl/furfuryl adenine

... of three mononuclear cobalt centers and two lattice chloride ...the three Co cen- ters have a distorted octahedral ...similar coordination geometry made up of two chloride ions, one furfuryladenine ...

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