首页> 外文期刊>Inorganic Chemistry: A Research Journal that Includes Bioinorganic, Catalytic, Organometallic, Solid-State, and Synthetic Chemistry and Reaction Dynamics >COPPER AND BISMUTH COMPLEXES CONTAINING DIPYRIDYL GEM-DIOLATO LIGANDS - BI-2(III)(2-PY)(2)CO(OH)](2)(O2CCF3)(4)(THF)(2), CU-II[(2-PY)(2)CO(OH)](2)(HO2CCH3)(2), AND CU-4(II)[(2-PY)(2)CO(OH)(2)(O2CCH3)(6)(H2O)(2), A FERROMAGNETICALLY COUPLED TETRANUCLE
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COPPER AND BISMUTH COMPLEXES CONTAINING DIPYRIDYL GEM-DIOLATO LIGANDS - BI-2(III)(2-PY)(2)CO(OH)](2)(O2CCF3)(4)(THF)(2), CU-II[(2-PY)(2)CO(OH)](2)(HO2CCH3)(2), AND CU-4(II)[(2-PY)(2)CO(OH)(2)(O2CCH3)(6)(H2O)(2), A FERROMAGNETICALLY COUPLED TETRANUCLE

机译:含二吡啶基二元乙二酸酯配体的铜和铋络合物-BI-2(III)(2-PY)(2)CO(OH)](2)(O2CCF3)(4)(THF)(2),CU-II (2-PY)(2)CO(OH)](2)(HO2CCH3)(2)和CU-4(II)[(2-PY)(2)CO(OH)(2)(O2CCH3)( 6)(H2O)(2),铁磁耦合的四边形

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The reactions of the singly deprotonated di-2-pyridylmethanediol ligand (dpmdH(-)) with copper(II) and bismuth(III) have been investigated. A new dinuclear bismuth(III) complex Bi-2(dpmdH)(2)(O2CCF3)(4)(THF)(2), 1, has been obtained by the reaction of BiPh(3) with di-2-pyridyl ketone in the presence of HO2CCF3 in tetrahydrofuran (THF). The reaction of Cu(OCH3)(2) with di-2-pyridyl ketone, H2O, and acetic acid in a 1:2:2:2 ratio yielded a mononuclear complex Cu[(2-Py)(2)CO(OH)](2)(HO2CCH3)(2), 2, while the reaction of Cu(OAC)(2)(H2O) with di-2-pyridyl ketone and acetic acid in a 2:1:1 ratio yielded a tetranuclear complex Cu-4[(2-Py)(2)CO(OH)](2)(O2CCH3)(6)(H2O)(2), 3 The structures of these complexes were determined by single-crystal X-ray diffraction analyses. Three different bonding modes of the dpmdH(-) ligand were observed in compounds 1-3. In 2, the dpmdH(-) ligand functions as a tridentate chelate to the copper center and forms a hydrogen bond between the OH group and the noncoordinating HO2CCH3 molecule. In 1 and 3, the dpmdH(-) ligand functions as a bridging ligand to two metal centers through the oxygen atom. The two pyridyl groups of the dpmdH(-) ligand are bound to one bismuth(III) center in 1, while in 3 they are bound two copper(II) centers, respectively. Compound 3 has an unusual one dimensional hydrogen bonded extended structure. The intramolecular magnetic interaction in 3 has been found to be dominated by ferromagnetism. Crystal data: 1, C38H34N4O14F12Bi2, triclinic P (1) over bar, a = 11.764(3) Angstrom, b = 11.949(3) Angstrom, c = 9.737(1) Angstrom, alpha = 101.36(2)degrees, beta = 105.64(2)degrees, gamma = 63.79(2)degrees, Z = 1; 2, C26H26N4O8Cu/CH2Cl2, monoclinic C2/c, a = 25.51(3) Angstrom, b = 7.861(7) Angstrom, c = 16.24(2) Angstrom, beta = 113.08(9)degrees, Z = 4; 3, C34H40N4O18Cu4/CH2Cl2, triclinic P (1) over bar, 10.494(2) Angstrom, b = 13.885(2) Angstrom, c = 7.900(4) Angstrom, Angstrom = 106.52(2)degrees, beta = 90.85(3)degrees, gamma = 94.12(1)degrees, Z = 1. [References: 38]
机译:研究了单去质子化的二-2-吡啶基甲烷二醇配体(dpm​​dH(-))与铜(II)和铋(III)的反应。 BiPh(3)与二-2-吡啶基酮反应制得了新的双核铋(III)络合物Bi-2(dpmdH)(2)(O2CCF3)(4)(THF)(2),1,在HO2CCF3存在下于四氢呋喃(THF)中。 Cu(OCH3)(2)与二-2-吡啶基酮,H2O和乙酸按1:2:2:2的比例反应生成单核络合物Cu [(2-Py)(2)CO(OH) ]](2)(HO2CCH3)(2),2,而Cu(OAC)(2)(H2O)与二-2-吡啶基酮和乙酸按2:1:1的比例反应生成四核配合物Cu-4 [(2-Py)(2)CO(OH)](2)(O2CCH3)(6)(H2O)(2),3通过单晶X射线衍射分析确定这些配合物的结构。在化合物1-3中观察到dpmdH(-)配体的三种不同键合模式。在2中,dpmdH(-)配体起着与铜中心的三齿螯合物的作用,并在OH基团和非配位HO2CCH3分子之间形成氢键。在1和3中,dpmdH(-)配体用作通过氧原子连接至两个金属中心的桥连配体。 dpmdH(-)配体的两个吡啶基在1中与一个铋(III)中心键合,而在3中它们分别与两个铜(II)中心键合。化合物3具有不寻常的一维氢键延伸结构。已经发现3中的分子内磁性相互作用主要由铁磁性引起。晶体数据:1,C38H34N4O14F12Bi2,棒上的三斜晶P(1),a = 11.764(3)埃,b = 11.949(3)埃,c = 9.737(1)埃,alpha = 101.36(2)度,beta = 105.64 (2)度,伽马= 63.79(2)度,Z = 1; 2,C26H26N4O8Cu / CH2Cl2,单斜晶C2 / c,a = 25.51(3)埃,b = 7.861(7)埃,c = 16.24(2)埃,beta = 113.08(9)度,Z = 4; 3,C34H40N4O18Cu4 / CH2Cl2,棒上的三斜晶P(1),10.494(2)埃,b = 13.885(2)埃,c = 7.900(4)埃,埃= 106.52(2)度,beta = 90.85(3)度,伽玛= 94.12(1)度,Z =1。[参考:38]

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