Coordination of deprotonated saccharin in copper(II) complexes. Structural role of the saccharinate directed by the ancillary N-heterocyclic ligands

Pance Naumov, Gligor Jovanovski, Mirjana Ristova, Ibrahim Abdul Razak, Semiha Çakir, Suchada Chantrapromma, Hoong Kun Fun, Seik Weng Ng

    Research output: Contribution to journalArticle

    Abstract

    Four different coordination patterns were observed following the partial or complete thermodynamically-controlled ligand substitution of the hydrated tetraaquabis(o-sulfobenzimidato-N)copper(II) complex with heterocyclic bases as examined by X-ray diffraction. The N-heterocycle directs the o-sulfobenzimidate (saccharinate) anion into the immediate coordination polyhedron of the metal by any of the imido, carbonyl or sulfonyl functionalities, or as a lattice counter-ion in the crystal lattice. Aqua(o-sulfobenzimidato-O)tetrakis(4-methylpyridine)copper(II) o-sulfobenzimidate hemihydrate (1) crystallizes in the monoclinic space group P21/n [a = 14.7858(2), b = 16.9090(1), c = 26.2350(2) Å; β = 92.861(1)°], aquadi(o-sulfobenzimidato-N)bis(4-propylpyridine)-copper(II) (2) in the tetragonal space group P42/n [a = 15.4127(1), c = 13.4604(1) Å], diaquatetrakis(3-(2-propenyl)imidazole)-copper(II) di-o-sulfobenzimidate (3b) in the monoclinic space group P21/c [a = 9.3959(5), b = 28.029(2), c = 8.8763(3) Å; β = 111.175(1)°] and di(o-sulfobenzimidato)tetra(isoquinoline)copper(II) (4b) in the orthorhombic space group Pna21 [a = 23.2132(6), b = 11.5760(2), c = 17.6297(4) Å]. The copper atom in 1 is six-coordinate in a distorted trans-N4O2Cu octahedron with elongated copper-oxygen bonds [Cu-Owater = 2.462(3), Cu-Osulfonyl = 2.567(3) Å]. This adduct represents the first example of a combined Osulfonyl/ionic coordination of the o-sulfobenzimidate ion in the same crystal. The copper atom in 2 is fivecoordinate in the form of a N4OCu square pyramid [Cu-Owater = 2.238(5) Å]. In 3, the o-sulfobenzimidate anions are linked to the copper atom through the coordinated water molecule forming a distorted octahedral N4O2Cu environment. In 4, the copper atom is nearly octahedrally coordinated by four nitrogen atoms and a pair of o-sulfobenzimidate carbonyl oxygen atoms. The structural details of the o-sulfobenzimidate coordination pattern correspond well with the 298 and 77 K FT IR spectra of the adducts. The structures of two other solid adducts, tris(3-(2-propenyl)-imidazole)copper(II) di-o-sulfobenzimidate trihydrate (3a) and diaquabis(o-sulfobenzimidato-N)bis(isoquinoline)copper(II) (4a) have been predicted by their spectral features. Alteration of the o-sulfobenzimidate coordination mode upon changing the heterocycle ligand shows that this moiety is as a convenient polyfunctional structural tool for the construction of functional solids.

    Original languageEnglish (US)
    Pages (from-to)2930-2939
    Number of pages10
    JournalZeitschrift fur Anorganische und Allgemeine Chemie
    Volume628
    Issue number13
    DOIs
    StatePublished - Dec 1 2002

    Fingerprint

    Saccharin
    Copper
    Ligands
    Atoms
    isoquinoline
    Crystal lattices
    Anions
    Oxygen
    Radiation counters

    Keywords

    • Coordination
    • Copper complexes
    • Crystal structure
    • Infrared spectra
    • Saccharin

    ASJC Scopus subject areas

    • Inorganic Chemistry

    Cite this

    Coordination of deprotonated saccharin in copper(II) complexes. Structural role of the saccharinate directed by the ancillary N-heterocyclic ligands. / Naumov, Pance; Jovanovski, Gligor; Ristova, Mirjana; Razak, Ibrahim Abdul; Çakir, Semiha; Chantrapromma, Suchada; Fun, Hoong Kun; Ng, Seik Weng.

    In: Zeitschrift fur Anorganische und Allgemeine Chemie, Vol. 628, No. 13, 01.12.2002, p. 2930-2939.

    Research output: Contribution to journalArticle

    Naumov, Pance ; Jovanovski, Gligor ; Ristova, Mirjana ; Razak, Ibrahim Abdul ; Çakir, Semiha ; Chantrapromma, Suchada ; Fun, Hoong Kun ; Ng, Seik Weng. / Coordination of deprotonated saccharin in copper(II) complexes. Structural role of the saccharinate directed by the ancillary N-heterocyclic ligands. In: Zeitschrift fur Anorganische und Allgemeine Chemie. 2002 ; Vol. 628, No. 13. pp. 2930-2939.
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    abstract = "Four different coordination patterns were observed following the partial or complete thermodynamically-controlled ligand substitution of the hydrated tetraaquabis(o-sulfobenzimidato-N)copper(II) complex with heterocyclic bases as examined by X-ray diffraction. The N-heterocycle directs the o-sulfobenzimidate (saccharinate) anion into the immediate coordination polyhedron of the metal by any of the imido, carbonyl or sulfonyl functionalities, or as a lattice counter-ion in the crystal lattice. Aqua(o-sulfobenzimidato-O)tetrakis(4-methylpyridine)copper(II) o-sulfobenzimidate hemihydrate (1) crystallizes in the monoclinic space group P21/n [a = 14.7858(2), b = 16.9090(1), c = 26.2350(2) {\AA}; β = 92.861(1)°], aquadi(o-sulfobenzimidato-N)bis(4-propylpyridine)-copper(II) (2) in the tetragonal space group P42/n [a = 15.4127(1), c = 13.4604(1) {\AA}], diaquatetrakis(3-(2-propenyl)imidazole)-copper(II) di-o-sulfobenzimidate (3b) in the monoclinic space group P21/c [a = 9.3959(5), b = 28.029(2), c = 8.8763(3) {\AA}; β = 111.175(1)°] and di(o-sulfobenzimidato)tetra(isoquinoline)copper(II) (4b) in the orthorhombic space group Pna21 [a = 23.2132(6), b = 11.5760(2), c = 17.6297(4) {\AA}]. The copper atom in 1 is six-coordinate in a distorted trans-N4O2Cu octahedron with elongated copper-oxygen bonds [Cu-Owater = 2.462(3), Cu-Osulfonyl = 2.567(3) {\AA}]. This adduct represents the first example of a combined Osulfonyl/ionic coordination of the o-sulfobenzimidate ion in the same crystal. The copper atom in 2 is fivecoordinate in the form of a N4OCu square pyramid [Cu-Owater = 2.238(5) {\AA}]. In 3, the o-sulfobenzimidate anions are linked to the copper atom through the coordinated water molecule forming a distorted octahedral N4O2Cu environment. In 4, the copper atom is nearly octahedrally coordinated by four nitrogen atoms and a pair of o-sulfobenzimidate carbonyl oxygen atoms. The structural details of the o-sulfobenzimidate coordination pattern correspond well with the 298 and 77 K FT IR spectra of the adducts. The structures of two other solid adducts, tris(3-(2-propenyl)-imidazole)copper(II) di-o-sulfobenzimidate trihydrate (3a) and diaquabis(o-sulfobenzimidato-N)bis(isoquinoline)copper(II) (4a) have been predicted by their spectral features. Alteration of the o-sulfobenzimidate coordination mode upon changing the heterocycle ligand shows that this moiety is as a convenient polyfunctional structural tool for the construction of functional solids.",
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    T1 - Coordination of deprotonated saccharin in copper(II) complexes. Structural role of the saccharinate directed by the ancillary N-heterocyclic ligands

    AU - Naumov, Pance

    AU - Jovanovski, Gligor

    AU - Ristova, Mirjana

    AU - Razak, Ibrahim Abdul

    AU - Çakir, Semiha

    AU - Chantrapromma, Suchada

    AU - Fun, Hoong Kun

    AU - Ng, Seik Weng

    PY - 2002/12/1

    Y1 - 2002/12/1

    N2 - Four different coordination patterns were observed following the partial or complete thermodynamically-controlled ligand substitution of the hydrated tetraaquabis(o-sulfobenzimidato-N)copper(II) complex with heterocyclic bases as examined by X-ray diffraction. The N-heterocycle directs the o-sulfobenzimidate (saccharinate) anion into the immediate coordination polyhedron of the metal by any of the imido, carbonyl or sulfonyl functionalities, or as a lattice counter-ion in the crystal lattice. Aqua(o-sulfobenzimidato-O)tetrakis(4-methylpyridine)copper(II) o-sulfobenzimidate hemihydrate (1) crystallizes in the monoclinic space group P21/n [a = 14.7858(2), b = 16.9090(1), c = 26.2350(2) Å; β = 92.861(1)°], aquadi(o-sulfobenzimidato-N)bis(4-propylpyridine)-copper(II) (2) in the tetragonal space group P42/n [a = 15.4127(1), c = 13.4604(1) Å], diaquatetrakis(3-(2-propenyl)imidazole)-copper(II) di-o-sulfobenzimidate (3b) in the monoclinic space group P21/c [a = 9.3959(5), b = 28.029(2), c = 8.8763(3) Å; β = 111.175(1)°] and di(o-sulfobenzimidato)tetra(isoquinoline)copper(II) (4b) in the orthorhombic space group Pna21 [a = 23.2132(6), b = 11.5760(2), c = 17.6297(4) Å]. The copper atom in 1 is six-coordinate in a distorted trans-N4O2Cu octahedron with elongated copper-oxygen bonds [Cu-Owater = 2.462(3), Cu-Osulfonyl = 2.567(3) Å]. This adduct represents the first example of a combined Osulfonyl/ionic coordination of the o-sulfobenzimidate ion in the same crystal. The copper atom in 2 is fivecoordinate in the form of a N4OCu square pyramid [Cu-Owater = 2.238(5) Å]. In 3, the o-sulfobenzimidate anions are linked to the copper atom through the coordinated water molecule forming a distorted octahedral N4O2Cu environment. In 4, the copper atom is nearly octahedrally coordinated by four nitrogen atoms and a pair of o-sulfobenzimidate carbonyl oxygen atoms. The structural details of the o-sulfobenzimidate coordination pattern correspond well with the 298 and 77 K FT IR spectra of the adducts. The structures of two other solid adducts, tris(3-(2-propenyl)-imidazole)copper(II) di-o-sulfobenzimidate trihydrate (3a) and diaquabis(o-sulfobenzimidato-N)bis(isoquinoline)copper(II) (4a) have been predicted by their spectral features. Alteration of the o-sulfobenzimidate coordination mode upon changing the heterocycle ligand shows that this moiety is as a convenient polyfunctional structural tool for the construction of functional solids.

    AB - Four different coordination patterns were observed following the partial or complete thermodynamically-controlled ligand substitution of the hydrated tetraaquabis(o-sulfobenzimidato-N)copper(II) complex with heterocyclic bases as examined by X-ray diffraction. The N-heterocycle directs the o-sulfobenzimidate (saccharinate) anion into the immediate coordination polyhedron of the metal by any of the imido, carbonyl or sulfonyl functionalities, or as a lattice counter-ion in the crystal lattice. Aqua(o-sulfobenzimidato-O)tetrakis(4-methylpyridine)copper(II) o-sulfobenzimidate hemihydrate (1) crystallizes in the monoclinic space group P21/n [a = 14.7858(2), b = 16.9090(1), c = 26.2350(2) Å; β = 92.861(1)°], aquadi(o-sulfobenzimidato-N)bis(4-propylpyridine)-copper(II) (2) in the tetragonal space group P42/n [a = 15.4127(1), c = 13.4604(1) Å], diaquatetrakis(3-(2-propenyl)imidazole)-copper(II) di-o-sulfobenzimidate (3b) in the monoclinic space group P21/c [a = 9.3959(5), b = 28.029(2), c = 8.8763(3) Å; β = 111.175(1)°] and di(o-sulfobenzimidato)tetra(isoquinoline)copper(II) (4b) in the orthorhombic space group Pna21 [a = 23.2132(6), b = 11.5760(2), c = 17.6297(4) Å]. The copper atom in 1 is six-coordinate in a distorted trans-N4O2Cu octahedron with elongated copper-oxygen bonds [Cu-Owater = 2.462(3), Cu-Osulfonyl = 2.567(3) Å]. This adduct represents the first example of a combined Osulfonyl/ionic coordination of the o-sulfobenzimidate ion in the same crystal. The copper atom in 2 is fivecoordinate in the form of a N4OCu square pyramid [Cu-Owater = 2.238(5) Å]. In 3, the o-sulfobenzimidate anions are linked to the copper atom through the coordinated water molecule forming a distorted octahedral N4O2Cu environment. In 4, the copper atom is nearly octahedrally coordinated by four nitrogen atoms and a pair of o-sulfobenzimidate carbonyl oxygen atoms. The structural details of the o-sulfobenzimidate coordination pattern correspond well with the 298 and 77 K FT IR spectra of the adducts. The structures of two other solid adducts, tris(3-(2-propenyl)-imidazole)copper(II) di-o-sulfobenzimidate trihydrate (3a) and diaquabis(o-sulfobenzimidato-N)bis(isoquinoline)copper(II) (4a) have been predicted by their spectral features. Alteration of the o-sulfobenzimidate coordination mode upon changing the heterocycle ligand shows that this moiety is as a convenient polyfunctional structural tool for the construction of functional solids.

    KW - Coordination

    KW - Copper complexes

    KW - Crystal structure

    KW - Infrared spectra

    KW - Saccharin

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